Cociella somaliensis

Cociella somaliensis is a species of demersal, marine ray-finned fish belonging to the family Platycephalidae, the flatheads. It is found in the north western Indian Ocean.

Taxonomy

Cociella somaliensis was first formally described in 1996 by Leslie William Knapp with the type locality given as south of Ras Hafun in Somalia.crocodile flathead (C. crocodilus) but were recognised as a valid species in 1996, although this species was only tentatively assigned to the genus Cociella.specific name somaliensis refers to the type locality.

Description

Cociella somaliensis has 8 spines in the first dorsal fin with an additional very small separate spine to the front of it while the second dorsal fin has 12 soft rays, while the anal fin may have between 11 and 13 soft rays but typically has 12. The pectoral fins have 19-22 rays. In the lateral line the pored scales at the front end have spines. The types and paratypes ranged in standard length between 199 and 290 mm (7.8 and 11.4 in). The upper body is pale tan in colour, marked with a scattering of small dark spots. The first dorsal fin is dusky marked with large dark spots while the second is also marked with large dark spots but on a pale background. The paired fins are dusky while the caudal fin is marked with spots and bars.

Distribution and habitat

Cociella somaliensis is found in the north western Indian Ocean where it has been recorded off Somalia and off southern Oman at depths between 30 and 49 m (98 and 161 ft) and its habitat appears to be muddy or sandy seabeds.


Double truth

For Buddhist principle, see Two truths doctrine.

Double-truth theory is "the view that religion and philosophy, as separate sources of knowledge, might arrive at contradictory truths without detriment to either".

Latin Averroism

In medieval Europe, the Church was specifically opposed to "Latin Averroists" (see Averroës), such as the prominent Averroist Siger of Brabant. It sought to halt the spread of certain of Aristotle's doctrines — those that dealt with physical scienceAristotelian physics, Condemnations of 1210-1277), which the reconquest of Spain and, accordingly, access to the libraries of the Moors had re-introduced into the Latin literate world.

Neoplatonism and Aristotelianism

At the time, much of the theology of the Roman Catholic Church was influenced by Neoplatonic ideas, and Aristotelianism struck many as heretical.Thomas Aquinas, in his Summa Theologica (1267–73), rejected Neoplatonism and stated that there can be no conflict between reason and faith.

Revival in the Renaissance

Questions remained, and again came to the fore when scientists such as Copernicus made discoveries which seemed to contradict scripture. The doctrine of "double truth" was revived by the scholastics under the rubric "two truths". Thus, according to the scholastics, there was a lesser truth, that the Earth circled the Sun, as Copernicus said, and a greater truth, that when Joshua fought at Jericho it was the Sun, not the Earth, which stood still. The scholastics held that both "truths" were true in their own sphere.

Francis Bacon exemplifies this concept in his book The Advancement of Learning arguing that the fact that revelation was contrary to reason is what gave value to faith.

Revival in Contemporary continental philosophy


Double truth

Revival in Contemporary continental philosophy

John Sallis, described by Simon Critchley as the first distinctive voice in American continental philosophy, addresses the question of 'double truth', bringing to it both his formative experiences as a student of classical philosophy as well as his commanding understanding of continental philosophy. In his 'Double Truth' (1995) he reframes the problem, suggesting that 'truth is the double of being' (xii). John Sallis, Double Truth: Religion and the Representation of the Past (SUNY Press, 1995). Reviewed by Steve W. Davis, 'Truth Otherwise than Truth: Wonder' Research in Phenomenology 26 (1996), pp. 276–283. and Michael D. Barber, Modern Schoolman 73 (2):186-186 (1996). . Also the subject of chapter ten of Berndard Freydburg, The Thought of John Sallis: Phenomenology, Plato, Imagination [DOI: 10.2307/j.ctv47w64n.19].

  * Faith and rationality
  * Natural theology
  * Non-overlapping magisteria
  * Postliberal theology


Dysgonomonas macrotermitis

Dysgonomonas macrotermitis is a Gram-negative, facultatively anaerobic and non-motile bacterium from the genus of Dysgonomonas which has been isolated from the hindgut from the termite Macrotermes barneyi.

  * Type strain of Dysgonomonas macrotermitis at BacDive - the Bacterial Diversity Metadatabase


Joyce Foundation

The Joyce Foundation is a non-operating private foundation based in Chicago, Illinois. As of 2021, it had assets of approximately $1.1 billion and distributes $50 million in grants per year and primarily funds organizations in the Great Lakes region.

Former U.S. President Barack Obama served on the foundation's board of directors from 1994 through 2002. The Joyce Foundation is notable for its support of gun control measures.

History

The Joyce Foundation was established in 1948 by Beatrice Joyce Kean of Chicago.David Joyce, a lumber executive and industrialist from Clinton, Iowa. The family wealth came from the lumber industry, including family-owned timberlands, plywood and saw mills, and wholesale and retail building material distribution facilities located in the Midwest, Louisiana, and Texas. The Foundation was modestly endowed until Kean's death in 1972, when she bequeathed it nearly $100 million.

Charles U. Daly, a former aide to President John F. Kennedy, served as president of the Foundation for eight years. He was succeeded by Craig Kennedy in 1986.Department of Justice, served as president of the organization from 1992 to 1999, and was succeeded by Paula DiPerna, named president in 1999.Barack Obama served on the foundation's board of directors from 1994 through 2002.

As of 2015, the Joyce Foundation has awarded over $950 million in grants since its establishment.

Programs

The Joyce Foundation describes its mission as "working to improve quality of life, promote community vitality, and achieve a fair society".

The Joyce Foundation's primary focus is on the Great Lakes region, where its funding efforts are focused on "environmental preservation, diverse art, energy efficiency, teacher quality, gun violence prevention, early literacy, and workforce development".

The Joyce Foundation is one of the few private foundations that considers gun-related research proposals.

  * Official website


Camden Society

This article is about the text publication society. For the architectural society, see Cambridge Camden Society.

The Camden Society was a text publication society founded in London in 1838 to publish early historical and literary materials, both unpublished manuscripts and new editions of rare printed books. It was named after the 16th-century antiquary and historian William Camden. In 1897 it merged with the Royal Historical Society, which continues to publish texts in what are now known as the Camden Series.

History

The formation of the Camden Society in 1838 was the initiative of Thomas Wright, John Gough Nichols, and John Bruce.Surtees Society (founded in 1834 to publish materials relating to the history of northern England), of which Nichols had been the first treasurer. Other founder members included Thomas Amyot,Thomas Crofton Croker,Frederic Madden, John Payne Collier, and Rev. Joseph Hunter. Lord Francis Egerton served as the first President.

For an annual subscription (originally £1 per year), members received the Society's publications, roughly two volumes per year. The original membership was 500. In 1838, 20% of members were clergymen, 9% held legal qualifications, and 36% were Fellows of the Society of Antiquaries of London.Royal Historical Society.

The Society published some works jointly with the Early English Text Society.

Publications


Camden Society

Publications

Between 1838 and 1872 the Society published 105 volumes in its first series (now sometimes known as the Old Series); followed by a further 56 volumes in its second series (known as the New Series), which appeared between 1871 and 1896. Following the merger with the Royal Historical Society, the joint society issued another 6 volumes in the New Series, of which the last, volume 62, appeared in 1901. A fresh series was then begun, published under the Royal Historical Society imprint, but named the Camden Third Series, in which 94 volumes appeared between 1900 and 1963. A further 44 volumes were published between 1969 and 1993 in the Camden Fourth Series; and the Camden Fifth Series, which began publication in 1993, had reached volume 56 by 2019, and remains in progress. The majority of volumes have contained book-length texts (occasionally running into multiple volumes), or thematic groups of shorter texts; but they have also from time to time – both in the two original Camden Society series and in the three RHS Camden Series – been made up of two or more disparate shorter texts, under the series title Camden Miscellany. A total of 36 Miscellany volumes had appeared by 2015.

Volumes are now published for the RHS by Cambridge University Press.

  * Johnson, Charles (1940). "The Camden Society, 1838–1938". Transactions of the Royal Historical Society. 22: 23–38. doi:10.2307/3678580. JSTOR 3678580. S2CID 162416678.
  * Levine, Philippa (1986). The Amateur and the Professional: antiquarians, historians and archaeologists in Victorian England, 1838–1886. Cambridge: Cambridge University Press. ISBN 0-521-30635-3.
  * Levy, F. J. (1964). "The Founding of the Camden Society". Victorian Studies. 7: 295–305.
  * Taylor Milne, Alexander (1968). A Centenary Guide to the Publications of the Royal Historical Society 1868–1968, and of the former Camden Society 1838–1897. Royal Historical Society Guides and Handbooks. Vol. 9. London: Royal Historical Society.
  * Guide to the Royal Historical Society Camden series, which incorporates the Camden Society's publications, including lists of volumes published.
  * Publications of the Camden Society at the Internet Archive


2012 Clifford Cup

The 78th Clifford Cup tournament was held between the 28 September and 7 October 2012.

The cup final was held on the same day, 7 October 2012, as the final of the 2012 T20 World Cup (which was played at R. Premadasa Stadium in Colombo, between Sri Lanka and West Indies), this resulted in lower crowds than normally experienced at previous Clifford Cup finals.Bogambara Stadium instead of Nittawela Rugby Stadium. Havelock SC came into the final after securing the 2012 Rugby League title, having edged out Kandy SC. Kandy SC were the current cup holders, having had won the cup for the previous five years, while Havelock SC's last win was 31 years earlier, in 1981.

Seedings

The seeding is based upon the teams standings at the end of the 2012 Dialog Rugby League season. The first four seeds represent the four teams in the cup section of the league and the remaining four seeds are the first four teams in the plate section of the league.

 1. Havelock SC
 2. Kandy SC
 3. Navy
 4. Up Country Lions
 5. Army SC
 6. Police SC
 7. Ceylonese R & FC
 8. Air Force SC

Quarter finals

28 September 2012
18:30

Havelock SC  47 – 5  Air Force SC

Havelock Park

29 September 2012

Kandy SC  83 – 5  Ceylonese Rugby & Football Club

Bogambara Stadium

29 September 2012

Navy SC  21 – 23  Police SC

Havelock Park
Referee: Pradeep Fernando

30 September 2012

Up Country Lions  33 - 10  Army SC

Havelock Park
Attendance: Eron Littlewood

Semi finals

3 October 21012
16:30

Havelock SC  32 – 31  Up Country Lions

Havelock Park

4 October 2012

Kandy SC  53 - 8  Police SC

Bogambara Stadium

Final

7 October 2012
16:30

Kandy SC  10 - 5  Havelock SC

Bogambara Stadium
Attendance: 2,000
Referee: Paul MacKay


Jala Kendua

Jala Kendua is a census town in Panchla CD Block of Howrah Sadar subdivision in Howrah district in the Indian state of West Bengal.

Geography

Jala Kendua is located at 22°33′N 88°11′E / 22.55°N 88.18°E.

Demographics

As per 2011 Census of India Jala Kendua had a total population of 6,658 of which 3,375 (51%) were males and 3,283 (49%) were females. Population below 6 years was 1,029. The total number of literates in Jala Kendua was 4,290 (76.21% of the population over 6 years).

As of 2001 India census,


Fritz Dällenbach

Fritz Dällenbach (born 25 September 1911, date of death unknown) was a Swiss athlete. He competed in the men's decathlon at the 1936 Summer Olympics.


George Agnew (Australian politician)

George Agnew (14 June 1853 – 19 December 1934) was a member of the Queensland Legislative Assembly.

Biography

Agnew was born in Manchester, England, the son of Hugh Agnew and his wife Eliza (née Byron). After being employed in the Manchester railway works he migrated to Sydney in 1880 and then to Brisbane in 1882. He became the managing director of the Queensland Railway Carriage, Wagon & Tramcar Company and also Queensland Deposit and Grassdale Land Company.

As a boy he was very interested in music and was a member on the choir of the Manchester Catholic Cathedral where he became associated with Leslie Stuart, who was the composer of Florodora and other musical comedies.

On The 19 February 1880 he married Mary Elizabeth WalmsleyWilliam Webb, who was later a Judge on the High Court of Australia and also Chief Justice of Queensland.Fallowfield, his Sandgate home in December 1934 and his funeral proceeded from Fallowfield to the Toowong Cemetery.

Public career

At the 1888 Queensland colonial election, Agnew won the new seat of Nundah in the Queensland Legislative Assembly, defeating Robert Bulcock in a tight contest.1893, defeating Thomas Bridges and John Appel.1896 Queensland colonial election however, Bridges had his revenge and defeated Agnew.

Agnew was also an alderman on the Sandgate Council.


Fathead

Look up fathead in Wiktionary, the free dictionary.

Fathead may refer to:

Company

  * Fathead (brand), a graphics company specializing in sports decorations and custom wall graphics

Fish

  * Fathead carp
  * Fathead minnow
  * Fathead sculpin
  * Cubiceps
  * Semicossyphus pulcher of the family Labridae
  * Psychrolutes microporos of the family Psychrolutidae

Music

  * David "Fathead" Newman (1933-2009), American jazz and R&B saxophonist
      + Fathead (album), Newman's debut release
  * Fathead (musician) (c. 1960–1988), Jamaican dance hall deejay
  * Fathead (band), Canadian blues band

Other uses

  * Fat Head, a documentary criticizing Super Size Me and seeking to refute the lipid hypothesis
  * The Fatheads, a show within a show on Rocko's Modern Life


Cociulia

For Cociulia Nouă village in Leova District, see Băiuș.

Cociulia is a village in Cantemir District, Moldova.


Double tangent bundle

In mathematics, particularly differential topology, the double tangent bundle or the second tangent bundle refers to the tangent bundle (TTM,πTTM,TM) of the total space TM of the tangent bundle (TM,πTM,M) of a smooth manifold M .πTTM : TTM → TM. Some authors index these maps by their ranges instead, so for them, that map would be written πTM.

The second tangent bundle arises in the study of connections and second order ordinary differential equations, i.e., (semi)spray structures on smooth manifolds, and it is not to be confused with the second order jet bundle.

Secondary vector bundle structure and canonical flip

Since (TM,πTM,M) is a vector bundle in its own right, its tangent bundle has the secondary vector bundle structure (TTM,(πTM)*,TM), where (πTM)*:TTM→TM is the push-forward of the canonical projection πTM:TM→M. In the following we denote

[{\displaystyle \xi =\xi ^{k}{\frac {\partial }{\partial x^{k}}}{\Big |}_{x}\in T_{x}M,\qquad X=X^{k}{\frac {\partial }{\partial x^{k}}}{\Big |}_{x}\in T_{x}M}]

and apply the associated coordinate system

[{\displaystyle \xi \mapsto (x^{1},\ldots ,x^{n},\xi ^{1},\ldots ,\xi ^{n})}]

on TM. Then the fibre of the secondary vector bundle structure at X∈TxM takes the form


Double tangent bundle

[{\displaystyle (\pi _{TM})_{*}^{-1}(X)={\Big \{}\ X^{k}{\frac {\partial }{\partial x^{k}}}{\Big |}_{\xi }+Y^{k}{\frac {\partial }{\partial \xi ^{k}}}{\Big |}_{\xi }\ {\Big |}\ \xi \in T_{x}M\ ,\ Y^{1},\ldots ,Y^{n}\in \mathbb {R} \ {\Big \}}.}]

The double tangent bundle is a double vector bundle.

The canonical flipj:TTM→TTM that exchanges these vector space structures in the sense that it is a vector bundle isomorphism between (TTM,πTTM,TM) and (TTM,(πTM)*,TM). In the associated coordinates on TM it reads as

[{\displaystyle j{\Big (}X^{k}{\frac {\partial }{\partial x^{k}}}{\Big |}_{\xi }+Y^{k}{\frac {\partial }{\partial \xi ^{k}}}{\Big |}_{\xi }{\Big )}=\xi ^{k}{\frac {\partial }{\partial x^{k}}}{\Big |}_{X}+Y^{k}{\frac {\partial }{\partial \xi ^{k}}}{\Big |}_{X}.}]

The canonical flip has the property that for any f: R2 → M,

[{\displaystyle {\frac {\partial f}{{\partial t}{\partial s}}}=j\circ {\frac {\partial f}{{\partial s}{\partial t}}}}]

where s and t are coordinates of the standard basis of R 2. Note that both partial derivatives are functions from R2 to TTM.


Double tangent bundle

This property can, in fact, be used to give an intrinsic definition of the canonical flip.p: J20 (R2,M) → TTM given by

[{\displaystyle p([f])={\frac {\partial f}{{\partial t}{\partial s}}}(0,0)}]

where p can be defined in the space of two-jets at zero because only depends on f up to order two at zero. We consider the application:

[{\displaystyle J:J_{0}^{2}(\mathbb {R} ^{2},M)\to J_{0}^{2}(\mathbb {R} ^{2},M)\quad /\quad J([f])=[f\circ \alpha ]}]

where α(s,t)= (t,s). Then J is compatible with the projection p and induces the canonical flip on the quotient TTM.

Canonical tensor fields on the tangent bundle

As for any vector bundle, the tangent spaces Tξ(TxM) of the fibres TxM of the tangent bundle (TM,πTM,M) can be identified with the fibres TxM themselves. Formally this is achieved through the vertical lift, which is a natural vector space isomorphism vlξ:TxM→Vξ(TxM) defined as

[{\displaystyle (\operatorname {vl} _{\xi }X)[f]:={\frac {d}{dt}}{\Big |}_{t=0}f(x,\xi +tX),\qquad f\in C^{\infty }(TM).}]

The vertical lift can also be seen as a natural vector bundle isomorphism vl:(πTM)*TM→VTM from the pullback bundle of (TM,πTM,M) over πTM:TM→M onto the vertical tangent bundle

[{\displaystyle VTM:=\operatorname {Ker} (\pi _{TM})_{*}\subset TTM.}]


Double tangent bundle

The vertical lift lets us define the canonical vector field

[{\displaystyle V:TM\to TTM;\qquad V_{\xi }:=\operatorname {vl} _{\xi }\xi ,}]

which is smooth in the slit tangent bundle TM\0. The canonical vector field can be also defined as the infinitesimal generator of the Lie-group action

[{\displaystyle \mathbb {R} \times (TM\setminus 0)\to TM\setminus 0;\qquad (t,\xi )\mapsto e^{t}\xi .}]

Unlike the canonical vector field, which can be defined for any vector bundle, the canonical endomorphism

[{\displaystyle J:TTM\to TTM;\qquad J_{\xi }X:=\operatorname {vl} _{\xi }(\pi _{TM})_{*}X,\qquad X\in T_{\xi }TM}]

is special to the tangent bundle. The canonical endomorphism J satisfies

[{\displaystyle \operatorname {Ran} (J)=\operatorname {Ker} (J)=VTM,\qquad {\mathcal {L}}_{V}J=-J,\qquad J[X,Y]=J[JX,Y]+J[X,JY],}]

and it is also known as the tangent structure for the following reason. If (E,p,M) is any vector bundle with the canonical vector field V and a (1,1)-tensor field J that satisfies the properties listed above, with VE in place of VTM, then the vector bundle (E,p,M) is isomorphic to the tangent bundle (TM,πTM,M) of the base manifold, and J corresponds to the tangent structure of TM in this isomorphism.

There is also a stronger result of this kind N is a 2n-dimensional manifold and if there exists a (1,1)-tensor field J on N that satisfies


Double tangent bundle

[{\displaystyle \operatorname {Ran} (J)=\operatorname {Ker} (J),\qquad J[X,Y]=J[JX,Y]+J[X,JY],}]

then N is diffeomorphic to an open set of the total space of a tangent bundle of some n-dimensional manifold M, and J corresponds to the tangent structure of TM in this diffeomorphism.

In any associated coordinate system on TM the canonical vector field and the canonical endomorphism have the coordinate representations

[{\displaystyle V=\xi ^{k}{\frac {\partial }{\partial \xi ^{k}}},\qquad J=dx^{k}\otimes {\frac {\partial }{\partial \xi ^{k}}}.}]

(Semi)spray structures

A Semispray structure on a smooth manifold M is by definition a smooth vector field H on TM \0 such that JH=V. An equivalent definition is that j(H)=H, where j:TTM→TTM is the canonical flip. A semispray H is a spray, if in addition, [V,H]=H.

Spray and semispray structures are invariant versions of second order ordinary differential equations on M. The difference between spray and semispray structures is that the solution curves of sprays are invariant in positive reparametrizationsM, whereas solution curves of semisprays typically are not.

Nonlinear covariant derivatives on smooth manifolds

The canonical flip makes it possible to define nonlinear covariant derivatives on smooth manifolds as follows. Let

[{\displaystyle T(TM\setminus 0)=H(TM\setminus 0)\oplus V(TM\setminus 0)}]

be an Ehresmann connection on the slit tangent bundle TM\0 and consider the mapping


Double tangent bundle

[{\displaystyle D:(TM\setminus 0)\times \Gamma (TM)\to TM;\quad D_{X}Y:=(\kappa \circ j)(Y_{*}X),}]

where Y*:TM→TTM is the push-forward, j:TTM→TTM is the canonical flip and κ:T(TM/0)→TM/0 is the connector map. The mapping DX is a derivation in the module Γ (TM) of smooth vector fields on M in the sense that

  * [{\displaystyle D_{X}(\alpha Y+\beta Z)=\alpha D_{X}Y+\beta D_{X}Z,\qquad \alpha ,\beta \in \mathbb {R} }].
  * [{\displaystyle D_{X}(fY)=X[f]Y+fD_{X}Y,\qquad \qquad \qquad f\in C^{\infty }(M)}].

Any mapping DX with these properties is called a (nonlinear) covariant derivative M. The term nonlinear refers to the fact that this kind of covariant derivative DX on is not necessarily linear with respect to the direction X∈TM/0 of the differentiation.

Looking at the local representations one can confirm that the Ehresmann connections on (TM/0,πTM/0,M) and nonlinear covariant derivatives on M are in one-to-one correspondence. Furthermore, if DX is linear in X, then the Ehresmann connection is linear in the secondary vector bundle structure, and DX coincides with its linear covariant derivative.

  * Spray (mathematics)
  * Secondary vector bundle structure
  * Finsler manifold


ETV (Mongolia)

Emerge Television (Mongolian: ETV Телевиз), or ETV, is a television broadcaster in Mongolia owned by Davaabayar Ch of IMerge Media LLC.

It is also affiliated with Ikh Mongol FM 99.7 (Mongolian: Их Монгол ФМ 99.7).

History

It was founded in July 2010.

  * Media of Mongolia
  * Communications in Mongolia
  * Official website [Edit this at Wikidata]


David Sandström

For other people named David Sandström, see David Sandström (disambiguation).

David Sandström (born 2 January 1975) is the drummer for hardcore punk group Refused. After Refused broke up, Sandström and the other members of Refused worked on a project entitled TEXT and released one album. Then David went on to do solo work. In 2008 he formed the hardcore punk band AC4 with Refused frontman Dennis Lyxzén, playing bass guitar.

Sandström states that before Refused formed he was a "glue-sniffing death metal kid" but eventually a fan of Step Forward, the embryo of Refused. As Step Forward called it quits and the friendship between Sandström and Dennis Lyxzén grew stronger, Lyxzén took him home and made him listen to Youth of Today's We're Not in This Alone album over and over again in a room alone.

David Sandström Overdrive

After Refused's demise, Sandström formed his own band, David Sandström Overdrive. His first release under his own name was called Om det inte händer nåt innan imorgon så kommer jag.. (If nothing happens before tomorrow, I am going to...). Om det is about David's grandfather, and was sung in Swedish. The second album, The Dominant Need of Needy Soul Is to Be Needed was released in 2004. His third album is Go Down! and was released in May 2005 under the name David Sandström Overdrive. In October 2008 the fourth album was released, titled Pigs Lose on Razzia Records.

Albums

The Faint Sounds of Shovelled Earth

Under the alias The Faint Sounds of Shovelled Earth
1998, Simba recordings

Text – ST

as Member
2000, Demon Box Recording
2000, Desperate Fight Records
2001, Buddyhead

Om det inte händer nåt innan imorgon så kommer jag

2000, Demonbox Recordings

The Dominant Need of the Needy Soul Is to Be Needed

2004, Mofab Teg Recordings

Go Down!

With David Sandström Overdrive. 2005, Mofab Teg Recordings

Pigs Lose

With David Sandström Overdrive. 2008, Razzia Records


David Sandström

With David Sandström Overdrive. 2008, Razzia Records

You're The Lotion On Darkness Knuckles As It Punches Light in the Face

A Heavy Feather 2011, Razzia Records

Singles

  * Here's For Summer (2:14), 2005 Mofab Teg Recordings
  * Not a Good Boy (2:27), 2008 Mofab Teg Recordings
  * Lisa, Lisa (4:04), 2008 Razzia Records
  * Sandström's old website (archived)


Brian Hindley

Brian Hindley (born 1944)rugby league footballer who played for Warrington RLFC between 1962 and 1963. He made his professional debut in February 1962, aged 17.

Hindley played as a Centre and was part of the Warrington team that won the 1962 Lancashire Cup against Rochdale Hornets.

  * Warrington profile


Electoral history of Ron Paul

Congressman Ron Paul

  This article is part of
  a series about
  Ron Paul

  * Political positions
  * Electoral history
  * Campaign for Liberty
  * F.R.E.E
  * Early life and career
U.S. Representative from Texas
  * Early congressional career (1976–1985)
  * Later congressional career (1997–2013)
Presidential campaigns
  * 1988 presidential campaign
  * 2008 presidential campaign
  * 2012 presidential campaign
Published works
  * A Foreign Policy of Freedom
  * The Revolution: A Manifesto
  * End the Fed
  * Liberty Defined
  * List of legislation sponsored by Ron Paul
  * Young Americans for Liberty
  * Draft Ron Paul movement
  * Ron Paul newsletters

[Ron Paul's signature]

  * v
  * t
  * e

Electoral history of Ron Paul, Republican U.S. Representative from Texas (1976-1977, 1979-1985, 1997-2013), 1988 Libertarian Party Presidential nominee and candidate for the 2008 and 2012 Republican presidential nomination.

House and Senate races (1974-1984)

Texas's 22nd congressional district, 1974:

  * Robert R. Casey (D) (inc.) – 47,783 (69.54%)
  * Ron Paul (R) – 19,483 (28.35%)
  * James T. Smith (American) – 847 (1.23%)
  * Jill Fein (Socialist Workers) – 602 (0.88%)

Texas's 22nd congressional district, 1976 (special election):

  * Robert Gammage (D) – 15,287 (42.07%)
  * Ron Paul (R) – 14,386 (39.59%)
  * John S. Brunson (D) – 3,670 (10.10%)
  * Roy Ybarra (D) – 1,456 (4.01%)
  * J. Charles Whitfield (I) – 776 (2.14%)
  * Joe W. Jones (I) – 568 (1.56%)
  * Erich J. Brann (I) – 197 (0.54%)

Texas's 22nd congressional district, 1976 (special election runoff):

  * Ron Paul (R) – 39,041 (56.16%)
  * Robert Gammage (D) – 30,483 (43.85%)

Texas's 22nd congressional district, 1976:


Electoral history of Ron Paul

Texas's 22nd congressional district, 1976:

  * Robert Gammage (D) – 96,535 (50.07%)
  * Ron Paul (R) (inc.) – 96,267 (49.93%)

Texas's 22nd congressional district, 1978:

  * Ron Paul (R) – 54,643 (50.56%)
  * Robert Gammage (D) (inc.) – 53,443 (49.45%)

Texas's 22nd congressional district, 1980:

  * Ron Paul (R) (inc.) – 106,797 (51.04%)
  * Michael A. Andrews (D) – 101,094 (48.31%)
  * Vaudie V. Nance (I) – 1,360 (0.65%)

Texas's 22nd congressional district, 1982:

  * Ron Paul (R) (inc.) – 66,536 (100.00%)

Republican primary for the United States Senate from Texas, 1984:

  * Phil Gramm – 246,716 (73.25%)
  * Ron Paul – 55,431 (16.46%)
  * Robert Mosbacher, Jr. – 26,279 (7.80%)
  * Hank Grover – 8,388 (2.49%)

1988 presidential election

1987 Libertarian National Convention:

  * Ron Paul – 196 (51.31%)
  * Russell Means – 120 (31.41%)
  * James A. Lewis – 49 (12.83%)
  * None – 17 (4.45%)

1988 North Dakota Libertarian presidential primary:

  * Ron Paul – 985 (100.00%)

1988 United States presidential election:


Electoral history of Ron Paul

1988 United States presidential election:

  * George H. W. Bush/Dan Quayle (R) – 48,886,597 (53.4%) and 426 electoral votes (79.18%, 40 states carried)
  * Michael Dukakis/Lloyd Bentsen (D) – 41,809,476 (45.6%) and 111 electoral votes (20.63%, 10 states and D.C. carried)
  * Lloyd Bentsen/Michael Dukakis (D) – 1 electoral vote (0.19%, West Virginia faithless elector)
  * Ron Paul/Andre Marrou (LBT) – 431,750 (0.5%)
  * Lenora Fulani (New Alliance) – 217,221 (0.2%)
  * Others – 249,642 (0.3%)

House races (from 1996)

Texas's 14th congressional district, 1996 (Republican primary):

  * Greg Laughlin (inc.) – 14,777 (42.52%)
  * Ron Paul – 11,112 (31.97%)
  * Jim Deats – 8,466 (24.36%)
  * Ted Bozarth – 398 (1.15%)

Texas's 14th congressional district, 1996 (Republican primary runoff):

  * Ron Paul – 11,244 (54.06%)
  * Greg Laughlin (inc.) – 9,555 (45.94%)

Texas's 14th congressional district, 1996:

  * Ron Paul (R) – 99,961 (51.08%)
  * Charles Morris (D) – 93,200 (47.62%)
  * Ed Fasanella (Natural Law) – 2,538 (1.30%)

Texas's 14th congressional district, 1998:

  * Ron Paul (R) (inc.) – 84,459 (55.25%)
  * Loy Sneary (D) – 68,014 (44.49%)
  * Write-in – 390 (0.26%)

Texas's 14th congressional district, 2000:


Electoral history of Ron Paul

Texas's 14th congressional district, 2000:

  * Ron Paul (R) (inc.) – 137,370 (59.71%)
  * Loy Sneary (D) – 92,689 (40.29%)

Texas's 14th congressional district, 2002:

  * Ron Paul (R) (inc.) – 102,905 (68.09%)
  * Corby Windham (D) – 48,224 (31.91%)

Texas's 14th congressional district, 2004:

  * Ron Paul (R) (inc.) – 173,668 (100.00%)

Texas's 14th congressional district, 2006 (Republican primary):

  * Ron Paul (inc.) – 24,075 (77.65%)
  * Cynthia Sinatra – 6,931 (22.35%)

Texas's 14th congressional district, 2006:

  * Ron Paul (R) (inc.) – 94,380 (60.19%)
  * Shane Sklar (D) – 62,429 (39.81%)

Texas's 14th congressional district, 2008 (Republican primary):

  * Ron Paul (inc.) – 37,777 (70.43%)
  * Chris Peden – 15,859 (29.56%)

Texas's 14th congressional district, 2008:

  * Ron Paul (R) (inc.) – 191,293 (100.00%)

Texas's 14th congressional district, 2010

  * Ron Paul (inc.) – 140,441 (76.0%)
  * Robert Pruett – 44,345 (24.0%)

2008 presidential election

Iowa Republican straw poll, 2008:


Electoral history of Ron Paul

2008 presidential election

Iowa Republican straw poll, 2008:

  * Mitt Romney – 4,516 (31.58%)
  * Mike Huckabee – 2,587 (18.09%)
  * Sam Brownback – 2,192 (15.33%)
  * Tom Tancredo – 1,961 (13.71%)
  * Ron Paul – 1,305 (9.13%)
  * Tommy Thompson – 1,039 (7.27%)
  * Fred Thompson – 203 (1.42%)
  * Rudy Giuliani – 183 (1.28%)
  * Duncan Hunter – 174 (1.22%)
  * John McCain – 101 (0.71%)
  * John Cox – 41 (0.29%)

Republican New Hampshire Vice Presidential primary, 2008:

  * John Barnes, Jr. – 40,207 (62.43%)
  * John McCain* – 4,305 (6.68%)
  * Mike Huckabee* – 3,227 (5.01%)
  * Rudy Giuliani* – 3,164 (4.91%)
  * Mitt Romney* – 2,396 (3.72%)
  * Ron Paul* – 1,938 (3.01%)
  * Fred Thompson* – 1,496 (2.32%)
  * Duncan Hunter* – 901 (1.40%)
  * Others – 3,982 (6.18%)

(* – write in)

Liberty Union Party presidential primary, 2008:

  * Brian Moore – 178 (44.61%)
  * Barack Obama – 25 (6.27%)
  * Hillary Clinton – 15 (3.76%)
  * Ralph Nader – 5 (1.25%)
  * Eugene V. Debs – 1 (0.25%)
  * Patrick Leahy – 1 (0.25%)
  * John McCain – 1 (0.25%)
  * Richard Norford – 1 (0.25%)
  * Ron Paul – 1 (0.25%)
  * Morgan Phillips – 1 (0.25%)
  * Others – 170 (42.61%)

Constitution Party presidential primaries, 2008:


Electoral history of Ron Paul

Constitution Party presidential primaries, 2008:

  * Don J. Grundmann – 16,105 (36.07%)
  * Max Riekse – 13,597 (30.45%)
  * Ron Paul – 65 (0.15%)
  * David Andrew Larson – 18 (0.04%)
  * Bryan Malatesta – 18 (0.04%)
  * Undecided – 7 (0.02%)
  * Mike Huckabee – 3 (0.01%)
  * Alan Keyes – 3 (0.01%)
  * Mitt Romney – 2 (0.00%)
  * Jerome Corsi – 1 (0.00%)
  * Others – 1 (0.00%)

Minnesota Independence Party presidential caucus, 2008:

  * Mike Bloomberg – 50 (50.00%)
  * Barack Obama – 20 (20.00%)
  * Ron Paul – 20 (20.00%)
  * Others – 10 (10.00%)

2008 Libertarian National Convention (Presidential tally):

First ballot:

  * Bob Barr – 153
  * Mary Ruwart – 152
  * Wayne Allyn Root – 123
  * Mike Gravel – 71
  * George Phillies – 49
  * Steve Kubby – 41
  * Michael Jingozian – 23
  * Ron Paul – 6
  * Christine Smith – 6
  * Penn Jillette – 3
  * Daniel Imperato – 1
  * William Koehler – 1
  * None of the above – 2

Second ballot:

  * 'Bob Barr – 188
  * Mary Ruwart – 162
  * Wayne Allyn Root – 138
  * Mike Gravel – 71
  * George Phillies – 38
  * Steve Kubby – 32
  * Ron Paul – 3
  * Stephen Colbert – 1
  * Jesse Ventura – 1
  * None of the above – 1

Third ballot:

  * Bob Barr – 186
  * Mary Ruwart – 186
  * Wayne Allyn Root – 146
  * Mike Gravel – 71
  * George Phillies – 31
  * Ron Paul – 1
  * None of the above – 2

Sixth ballot:

  * Bob Barr – 324
  * Mary Ruwart – 276
  * Ralph Nader – 1
  * Ron Paul – 1
  * None of the above – 26

Republican presidential primaries, 2008:


Electoral history of Ron Paul

Republican presidential primaries, 2008:

  * John McCain – 9,926,234 (46.80%)
  * Mitt Romney – 4,663,847 (21.99%)
  * Mike Huckabee – 4,280,723 (20.18%)
  * Ron Paul – 1,210,022 (5.71%)
  * Rudy Giuliani – 597,494 (2.82%)
  * Fred Thompson – 294,607 (1.39%)
  * Uncommitted – 70,866 (0.33%)
  * Alan Keyes – 59,637 (0.28%)
  * Scattering – 42,822 (0.20%)
  * Duncan Hunter – 39,895 (0.19%)
  * Tom Tancredo – 8,595 (0.04%)
  * John Cox – 3,351 (0.02%)
  * Sam Brownback – 2,838 (0.01%)

2008 Republican National Convention (Presidential tally):

  * John McCain – 2,343 (99.28%)
  * Ron Paul – 15 (0.64%)
  * Mitt Romney – 2 (0.09%)

2008 United States presidential election:


Electoral history of Ron Paul

2008 United States presidential election:

  * Barack Obama/Joe Biden (D) – 69,498,215 (52.91%) and 365 electoral votes (28 states+D.C.+NE-02 carried)
  * John McCain/Sarah Palin (R) – 59,948,240 (45.66%) and 173 electoral votes (22 states carried)
  * Ralph Nader/Matt Gonzales (I) – 738,475 (0.56%)
  * Bob Barr/Wayne Allyn Root (LBT) – 523,686 (0.40%)
  * Chuck Baldwin/Darrell Castle (CST) – 199,314 (0.15%)
  * Cynthia McKinney/Rosa Clemente (Green) – 161,603 (0.12%)
  * Alan Keyes/Brian Rohrbough – 47,694 (0.04%)
  * Ron Paul/With Multiple VP candidates – 42,426 (0.03%)
  * Gloria La Riva/Eugene Puryear (Socialism & Liberation) – 6,808 (0.01%)
  * Brian Moore/Stewart Alexander (Socialist) – 6,528 (0.01%)

2012 presidential election

Iowa Republican straw poll, 2011:

  * Michele Bachmann - 4,823 (28.6%)
  * Ron Paul - 4,671 (27.7%)
  * Tim Pawlenty - 2,293 (13.6%)
  * Rick Santorum - 1,657 (9.8%)
  * Herman Cain - 1,456 (8.6%)
  * Rick Perry (write-in) - 718 (4.3%)
  * Mitt Romney - 567 (3.4%)
  * Newt Gingrich - 385 (2.3%)
  * Jon Huntsman - 69 (0.4%)
  * Thaddeus McCotter - 35 (0.2%)
  * Scattering - 218 (1.30%)

Republican New Hampshire Vice Presidential primary, 2012:


Electoral history of Ron Paul

Republican New Hampshire Vice Presidential primary, 2012:

  * Mitt Romney - 97,591 (39.27%)
  * Ron Paul - 56,872 (22.88%)
  * Jon Huntsman, Jr. - 41,964 (16.88%)
  * Rick Santorum - 23,432 (9.43%)
  * Newt Gingrich - 23,421 (9.42%)
  * Rick Perry - 1,764 (.71%)
  * Others - 3,171 (1.27%)
  * Misc. write-ins - 260 (0.1%)

2012 Libertarian National Convention (Presidential tally):

  * Gary Johnson - 419 (70.42%)
  * R. Lee Wrights - 152 (25.55%)
  * Jim Burns - 12 (2.02%)
  * Carl Person - 3 (0.50%)
  * NOTA - 3 (0.50%)
  * Sam Sloan (Write-in) - 2 (0.34%)
  * Max Abramson (Write-in) - 2 (0.34%)
  * Ron Paul (Write-in) - 1 (0.17%)
  * Wayne Allyn Root (Write-in) - 1 (0.17%)

Republican presidential primaries, 2012:

  * Mitt Romney - 10,031,336 (52.13%)
  * Rick Santorum - 3,932,069 (20.43%)
  * Newt Gingrich - 2,734,571 (14.21%)
  * Ron Paul - 2,095,762 (10.89%)
  * Rick Perry - 54,769 (0.28%)
  * Jon Huntsman, Jr. - 83,918 (0.44%)
  * Michele Bachmann - 41,199 (0.21%)

2012 Republican National Convention (Presidential tally):


Electoral history of Ron Paul

2012 Republican National Convention (Presidential tally):

  * Mitt Romney – 2,061 (90.16%)
  * Ron Paul – 185 (8.09%)
  * Rick Santorum – 9 (0.39%)
  * Jon Huntsman, Jr. - 1 (0.04%)
  * Michele Bachmann - 1 (0.04%)
  * Buddy Roemer - 1 (0.04%)
  * Uncommitted - 1 (0.04%)

2012 United States presidential election:

  * Barack Obama/Joe Biden (D) - 65,915,796 (51.06%)
  * Mitt Romney/Paul Ryan (R) - 60,933,500 (47.20%)
  * Gary Johnson/James P. Gray (Libertarian) - 1,275,971 (0.99%)
  * Jill Stein/Cheri Honkala (Green) - 469,627 (0.36%)
  * Virgil Goode/Jim Clymer (Constitution) - 122,388 (0.09%)
  * Roseanne Barr/Cindy Sheehan (Peace and Freedom) - 67,326 (0.05%)
  * Rocky Anderson/Luis J. Rodriguez (Justice Party (United States)|Justice) - 43,018 (0.03%)
  * Tom Hoefling/Jonathan D. Ellis (America's Party (political party)|America's) - 40,628 (0.03%)
  * Ron Paul - 26,204 (0.02%)
  * Others - 190,944 (0.15%)

2016 Presidential Election

  * Though not a candidate in the 2016 United States presidential election, Ron Paul received one vote in the electoral college. Paul also received a vote on the first ballot at the Libertarian Party National Convention's nomination for President.
  * Ron Paul presidential campaign, 1988
  * Ron Paul presidential campaign, 2008
  * Ron Paul presidential campaign, 2012


David Brown (Scottish cricketer)

For others of a similar name, see David Brown.

David Basil Stuart Brown (14 June 1941 – 11 March 2011) was a Scottish cricketer. Brown was a left-handed batsman. He was born in Insch, Aberdeenshire.

Brown made his first-class debut for Scotland against Ireland in 1973. He played two further first-class matches, which came against the same opposition in 1974 and 1975.batting average of 19.16, with a single half century high score of 58.

Outside of first-class cricket, Brown was capped a further 16 times for Scotland, one of which he played a non first-class match against the touring Indians.Aberdeenshire Cricket Club, who he captained in 1974 and 1975.police officer. He joined Grampian Police in 1960 and over the course of the next two decades he moved up through the ranks to become an Inspector.

In November 2010, Brown was inducted into Aberdeen's sporting hall of fame, alongside Sir Alex Ferguson and Katherine Grainger.brain tumor.

  * David Brown at ESPNcricinfo
  * David Brown at CricketArchive


Fritz Enskat

Fritz Enskat (1 January 1939 – 8 February 2023) was a German diver. He competed in the men's 10 metre platform event at the 1960 Summer Olympics.

  * Fritz Enskat at Olympics.com
  * Fritz Enskat at Olympedia


Bill Knibbs

William Arthur Knibbs (born January 24, 1942 – September 16, 2006) was a Canadian professional ice hockey player who played 53 games in the National Hockey League with the Boston Bruins during the 1964–65 season. The rest of his career, which lasted from 1962 to 1975, was mainly spent in the American Hockey League.

Knibbs scored seven goal for Boston in his lone NHL season. His first goal occurred on December 16, 1964 in the Bruins' 7-5 loss to the Chicago Blackhawks at Chicago Stadium.

Career statistics

Regular season and playoffs

                                  Regular season       Playoffs
Season      Team                  League          GP   G         A    Pts  PIM  GP  G   A   Pts  PIM
1959–60     Barrie Flyers         OHA             48   14        25   39   29   6   2   1   3    19
1960–61     Niagara Falls Flyers  OHA             48   22        35   57   31   7   4   1   5    2
1961–62     Niagara Falls Flyers  OHA             50   28        34   62   19   10  2   4   6    5
1961–62     Kingston Frontenacs   EPHL            1    0         0    0    0    7   1   2   3    0
1962–63     Kingston Frontenacs   EPHL            69   22        25   47   8    5   0   1   1    5
1963–64     Minneapolis Bruins    CHL             72   29        36   65   12   5   0   3   3    0
1964–65     Boston Bruins         NHL             53   7         10   17   4    —   —   —   —    —
1964–65     Minneapolis Bruins    CHL             16   11        8    19   10   —   —   —   —    —
1965–66     Baltimore Clippers    AHL             71   21        17   38   18   —   —   —   —    —
1966–67     Baltimore Clippers    AHL             70   16        17   33   24   9   2   2   4    4
1967–68     Buffalo Bisons        AHL             49   13        27   40   21   5   3   0   3    2
1968–69     Buffalo Bisons        AHL             68   13        38   51   38   6   2   3   5    0
1969–70     Buffalo Bisons        AHL             69   17        43   60   18   8   1   4   5    10
1970–71     Seattle Totems        WHL             39   14        17   31   4    —   —   —   —    —
1970–71     Omaha Knights         CHL             19   10        22   32   70   11  2   9   11   2
1971–72     Providence Reds       AHL             76   13        33   46   34   5   0   2   2    2
1972–73     Providence Reds       AHL             67   17        39   56   32   4   0   1   1    0
1973–74     Rochester Americans   AHL             38   9         25   34   6    —   —   —   —    —
1974–75     Rochester Americans   AHL             44   8         17   25   14   7   1   1   2    4
AHL totals  552                   127             256  383       205  44   9    13  22  22
NHL totals  53                    7               10   17        4    —    —    —   —   —


Bill Knibbs

* Biographical information and career statistics from NHL.com, or Eliteprospects.com, or Hockey-Reference.com, or The Internet Hockey Database


Baba Kuseh-ye Sofla

Baba Kuseh-ye Sofla (Persian: باباكوسه سفلي, also Romanized as Bābā Kūseh-ye Soflá; also known as Bābā Kūseh)Qalkhani Rural District, Gahvareh District, Dalahu County, Kermanshah Province, Iran. At the 2006 census, its population was 92, in 19 families.


Cociovaliștea

The Cociovaliștea is a right tributary of the river Ialomița in Romania.Fierbinți-Târg.Corbeanca, Săftica, Dumbrăveni, Balotești, Moara Vlăsiei, Grădiștea and Fierbinți-Târg. Its length is 49 km (30 mi) and its basin size is 192 km2 (74 sq mi).


2021 Ladies European Tour

The 2021 Ladies European Tour was a series of golf tournaments for elite female golfers from around the world. The tournaments were sanctioned by the Ladies European Tour (LET).

The season was affected by the COVID-19 pandemic with many tournaments either being postponed or cancelled. Among the cancellations was the Australian Swing, the tour's season opening.

Schedule

The table below shows the 2021 schedule. The season featured a month-long European Swing of the LPGA Tour, starting with the Evian Championship in late July.Aramco Team Series, four tournaments carrying a $1 million total prize fund each held in London, Sotogrande and New York, concluding in Saudi Arabia in November.

The numbers in brackets after the winners' names indicate the career wins on the Ladies European Tour, including that event, and is only shown for members of the tour.

Key Major championships
Regular events
Team championships


2021 Ladies European Tour

Date            Tournament                              Location              Winner                                 WWGR      Purse                             Notes
                                                                                points
18–21 Feb       Australian Ladies Classic               Australia                     Tournament cancelled                     Co-sanctioned with the ALPG Tour
25–28 Feb       New South Wales Women's Open            Australia                     Tournament cancelled                     Co-sanctioned with the ALPG Tour
17–20 Mar       Investec South African Women's Open     South Africa          [South Africa] Lee-Anne Pace (10)         6                  €200,000              Co-sanctioned with the Sunshine Ladies Tour
13–16 May
28–30 May       Ladies Italian Open                     Italy                 [France] Lucie Malchirand (1, a)          6                  €200,000              Last played in 2014
3–5 Jun         Jabra Ladies Open                       France                [Slovenia] Pia Babnik (1)                 6                  €200,000
10–13 Jun       Scandinavian Mixed                      Sweden                [England] Alice Hewson (n/c)              6                 €1,000,000             Co-sanctioned with the European Tour with field of
                                                                              low woman                                                                          78 men and 78 women playing from different tees
25–27 Jun       Tipsport Czech Ladies Open              Czech Republic        [Thailand] Atthaya Thitikul (3)           6                  €200,000
30 Jun – 3 Jul  Big Green Egg Open                      Netherlands           [Australia] Stephanie Kyriacou (2)        6                  €200,000              Last played in 2015
8–10 Jul        Aramco Team Series – London             England               [Norway] Marianne Skarpnord (5)           16                 $200,000              Aramco Team Series Individual event
18–20 Jun       Gant Ladies Open                        Finland               [Finland] Matilda Castren (1)             6                  €200,000              New event
15–17 Jul
22–25 Jul       Amundi Evian Championship               France                [Australia] Minjee Lee (n/a)             100                $4,500,000             Co-sanctioned with the LPGA Tour
29 Jul – 1 Aug  ISPS Handa World Invitational           Northern Ireland      [Thailand] Pajaree Anannarukarn (1)       18                $1,500,000             Women's event co-sanctioned with the LPGA Tour
7–9 Oct         Aramco Team Series – Sotogrande         Spain                 [United States] Alison Lee (n/a)          14                 $200,000              Aramco Team Series Individual event


2021 Ladies European Tour

5–7 Aug
12–15 Aug       Trust Golf Women's Scottish Open        Scotland              [United States] Ryann O'Toole (n/a)       37                $1,500,000             Co-sanctioned with the LPGA Tour
19–22 Aug       AIG Women's Open                        England               [Sweden] Anna Nordqvist (4)              100                $5,800,000             Co-sanctioned with the LPGA Tour
27–29 Aug       Didriksons Skaftö Open                  Sweden                [France] Pauline Roussin-Bouchard (1)     6                  €220,000              New event
2–5 Sep         Creekhouse Ladies Open                  Sweden                [Sweden] Maja Stark (1)                   8                  €400,000              New event
9–11 Sep        VP Bank Swiss Ladies Open               Switzerland           [Thailand] Atthaya Thitikul (4)           6                  €200,000
16–18 Sep       Lacoste Ladies Open de France           France                [France] Céline Boutier (3)               6                  €300,000
30 Sep – 3 Oct  Hero Women's Indian Open                India                         Tournament cancelled           $500,000
15–18 Jul       Estrella Damm Ladies Open               Spain                 [Sweden] Maja Stark (2)                   6                  €250,000
1–3 Oct
14–17 Oct       Magical Kenya Ladies Open               Kenya                         Tournament cancelled           €300,000
27–29 May       Aramco Team Series – New York           United States         [England] Charley Hull (3)               19.5                $200,000              Aramco Team Series Individual event
14–16 Oct
21–24 Oct       Lalla Meryem Cup                        Morocco                       Tournament cancelled
27–29 Oct       Dubai Moonlight Classic                 United Arab Emirates  [England] Bronte Law (1)                  15                 €260,000
4–7 Nov         Aramco Saudi Ladies International       Saudi Arabia          [New Zealand] Lydia Ko (6)               18.5               $1,000,000
10–12 Nov       Aramco Team Series – Jeddah             Saudi Arabia          [Slovenia] Pia Babnik (2)                16.5                $200,000              Aramco Team Series Individual event
TBA             Ladies European Thailand Championship   Thailand                      Tournament cancelled           €300,000


2021 Ladies European Tour

TBA             Ladies European Thailand Championship   Thailand                      Tournament cancelled           €300,000
25–28 Nov       Andalucia Costa Del Sol Open De España  Spain                 [Spain] Carlota Ciganda (5)               12                 €600,000


2021 Ladies European Tour

Unofficial events

The following event appears on the schedule, but does not carry ranking points.

Date       Tournament                        Host country   Winner(s)                                 WWGR    Purse ($)  Notes
                                                                                points
                                                            [Germany] Olivia Cowan
8–10 Jul   Aramco Team Series – London       England        [Germany] Sarina Schmidt                    –      800,000   Aramco Team Series Team event
                                                            [India] Diksha Dagar
                                                            [England] Andrew Kelsey (a)
                                                            [South Africa] Ashleigh Buhai
7–9 Oct    Aramco Team Series – Sotogrande   Spain          [South Africa] Stacy Bregman                –      800,000   Aramco Team Series Team event
5–7 Aug                                                     [England] Hayley Davis
                                                            [Spain] Ignacio Morillo (a)
5–8 Aug    Olympic women's golf competition  Japan          [United States] Nelly Korda                 37
4–6 Sep    Solheim Cup                       United States  [Europe] Europe                             –         –
                                                            [United States] Jessica Korda
27–29 May  Aramco Team Series – New York     United States  [Germany] Karolin Lampert                   –      800,000   Aramco Team Series Team event
14–16 Oct                                                   [Sweden] Lina Boqvist
                                                            [United States] Alexandra O'Laughlin (a)
                                                            [Denmark] Emily Kristine Pedersen
10–12 Nov  Aramco Team Series – Jeddah       Saudi Arabia   [England] Hannah Burke                      –      800,000   Aramco Team Series Team event
                                                            [Finland] Krista Bakker
                                                            [Saudi Arabia] Ahmed Al Subaey (a)

Order of Merit rankings

Rank  Player              Country    Points
 1    Atthaya Thitikul    Thailand   3,592
 2    Pia Babnik          Slovenia   1,954
 3    Stephanie Kyriacou  Australia  1,765
 4    Sanna Nuutinen      Finland    1,657
 5    Olivia Cowan        Germany    1,587
 6    Maja Stark          Sweden     1,516
 7    Marianne Skarpnord  Norway     1,305
 8    Charley Hull        England    1,210
 9    Anna Nordqvist      Sweden     1,179
 10   Alice Hewson        England    1,156

Source:

  * 2021 LPGA Tour
  * Official site of the Ladies European Tour
  * 2021 Ladies European Tour Tournaments


Didymostoma aurotinctalis

Didymostoma aurotinctalis is a moth in the family Crambidae. It was described by George Hampson in 1898. It is found in Australia, where it has been recorded from Queensland.New Guinea, where it is found on Fergusson Island.

The wings are transparent with black patches, including one at the tip of the forewings.


Janie, West Virginia

Janie is an unincorporated community and former coal town known as Mordue in Boone County, West Virginia, United States.


Hispano-Suiza 12Z

The 12Z, designated Type 89 by the company, was the final production evolution of the series of Hispano-Suiza V-12 aircraft engines. The Z model was in the middle of development when France fell to the Germans during World War II. A small number were produced before and during the war but following the occupation of Vichy France, the German occupation government did not allow full-scale production to start. After the war development would resume and small numbers were built to equip new designs, but the rapid introduction of the jet engine ended further development.

Design and development

The 12Z differed from the earlier 12Y primarily in the use of four valves per cylinder operated by dual overhead cams, as opposed to two valves operated by a single camshaft. This gave the cylinders considerably better volumetric efficiency and faster operation, raising the RPM from 2,400 to 2,700. As with the later variants of the 12Y, the engine was designed to run on 100 octane fuel as well as operate at a higher 7.0:1 compression ratio. After the initial prototypes, fuel injectors built by Lavalette-Bosch would replace the original carburetors, raising the power from 1,000 to 1,300 hp (750 to 970 kW) at sea level.

The engine continued to use a single-stage, single-speed centrifugal supercharger and therefore lacked the all-altitude performance of German and British designs. But swapping the mediocre HS No.1 supercharger for the larger Szydlowsky-Planiol supercharger tuned for a higher critical altitude improved high-altitude performance considerably, delivering 1,500 hp (1,120 kW) at 6,400 m (21,000 ft) as opposed to 930 hp (690 kW) at 900 m (3,000 ft) for the 12Y-45.


Hispano-Suiza 12Z

Small prototype runs started in 1939, and were fitted to the French Air Force's front-line fighter aircraft, the M.S.410 and D.520, creating the M.S.450 and D.524 respectively. Production of the main model, the 12Zter, was still not ready at the time of the armistice when the factory had to move from Bois-Colombes to Tarbes. The earliest full-scale production order of 70 engines was placed in 1941, intended to support the first half of an order for 105 D.520Zs that was not permitted by the occupation government. Initial production instead was undertaken in Hispano-Suiza's Spanish factories in Barcelona where they were intended for the HA-1109. In 1943, La Hispano-Suiza received an order for 120 engines from the Spanish Air Force, but by late 1947 only 50 were completed. Rather than operate with 100/130 octane fuel as used by the French, the Spanish 12Zs were tuned to operate with 92 octane fuel. The lower grade fuel the power dropped slightly to 1,280 hp (950 kW) at 2,600 rpm (1,479 hp (1,100 kW) maximum take-off). Of these first 50 12Zs, three would be given to France post-war to speed up aircraft development.

Development would continue in Barcelona after the occupation of Southern France in 1942, but then would return to France after liberation in 1944. With the reestablishment of Hispano-Suiza in France, development and production would quickly pick back up in 1945 with the 12Z-17 family of engines and end in 1950 after producing about 200 engines.ENASA for an order of 280 new 12Z-17s and 50 rebuilt 12Z-M.

Variants

With development and production being split between La Hispano Suiza of Barcelona and Hispano Suiza of Bois-Colombes and Tarbes, there were multiple designations for the same model created for the 12Z and its variants. Spanish serial numbers were in the 50XXX range and French serial numbers were in the 10XXX range.

Type 89


Hispano-Suiza 12Z

Type 89

12Z-01 Carbureted prototypes fitted with a single speed HS No.1 supercharger, first ran in 1939, for the D.524, MS.450, and later the D.520Z prototype. 12Zbis Carbureted design fitted with a single speed Szydlowsky-Planiol (Turbomeca) supercharger proposed for the CAPRA R-80 trimotor. 12Zter Known as just the 12Z by the Spanish Air Force and, incorrectly, as the 12Z-89 internally by Hispano Aviación and the Barcelona factory.VG 39, HS-50 prototype, second VB 10 prototype, and HA-1109J. 12Z-17 Main production variant fitted with a single speed Turbomeca supercharger. For the Bre.482 and SE.520Z prototypes, in service with S-49C and HA-1109K/1110K/1112K. 12Z-18 12Z-17 but opposite turning. 12Z-A 1944 design from Spain fitted with a 2-speed HS No.2 supercharger, proposed for a large-wing Hispano HS-50 variant. 12Z-B 1944 design from Spain fitted with a 2-stage, intercooled supercharger. 12Z-T Fitted with Hispano-Boverli (HISBO) turbocharger, planned for Amiot 357. 12Z-M 12Zter rebuilt to 12Z-17 standard, not moteur-canon capable. 12Z-1 Also called the 12Z-I, prototypes fitted with a 2-speed HS No.3bis supercharger, planned for SE.520Z production models. 12Z-11 Also called the 12Z-II, design fitted with a 2-speed Turbomeca supercharger, proposed for enhanced CASA 2.111 or S-49 variants.

Type 91

12Z-15 12Z-17 fitted with a larger 340 mm output gear instead of 300 mm, dedicated variant for VB 10. 12Z-16 12Z-18 fitted with a larger 340 mm output gear instead of 300 mm, dedicated variant for VB 10.

Applications


Hispano-Suiza 12Z

Applications

  * Arsenal VB 10
  * Breguet 482
  * Hispano Aviación HA-1112
  * Ikarus S-49C
  * Morane-Saulnier M.S.450
  * SNCASE SE.520Z — Development of the: Dewoitine D.520 Z prototype.

Specifications (12Z-1)

Data from

General characteristics

  * Type: V-12 60° liquid-cooled, gear driven supercharged four stroke piston engine
  * Bore: 150mm (5.9in)
  * Stroke: 170mm (6.69in)
  * Displacement: 36.05 litres (2,199.9 cu in)
  * Length: 2,384mm (93.8in)
  * Width: 744mm (29.3in)
  * Height: 1,074mm (42.3in)
  * Dry weight: 620kg (1,367lb)
  * Hollow propeller shaft to accommodate a cannon barrel

Components

  * Valvetrain: Two intake and two sodium-cooled exhaust valves per cylinder actuated by dual overhead camshafts
  * Supercharger: Gear-driven single-stage two-speed centrifugal type supercharger with automatic boost control - ratios 6.36:1 and 9.38:1
  * Fuel system: Direct fuel injection @ 40 kgf/cm² (570 psi) 2x Lavalette P511-AS2 6-plunger injection pumps with 1x Lavalette KFD injector per cylinder
  * Fuel type: 100/130-octane rating gasoline
  * Oil system: Dry sump, pressure feed @ 5 kgf/cm² (70 psi), 20.5 centistokes (100 S.U. secs) viscosity oil
  * Cooling system: Ethylene Glycol/water mix
  * Reduction gear: Spur reduction gear ratio 0.6:1
  * Air Equipment 1525 compressed gas starting system

Performance


Hispano-Suiza 12Z

Performance

  * Power output:
      + Take-off: 1,342 kW (1,800 hp) @ 1,150mm (45.3in)Hg boost @ 2,800rpm
      + Military, low: 1,193 kW (1,600 hp) @ 2,500 m (8,202 ft) @ 2,800rpm
      + Military, high: 984 kW (1,320 hp) @ 8,000 m (26,247 ft) @ 2,800rpm
      + Cruising, low: 1,193 kW (1,600 hp) @ 3,000 m (9,843 ft) @ 2,100rpm
      + Cruising, high: 1,193 kW (1,600 hp) @ 5,600 m (18,373 ft) @ 2,100rpm
  * Specific power: @ take-off power - 37.22kW/L (0.818hp/(cu in))
  * Compression ratio: 7.0:1
  * Specific fuel consumption: 0.29kg/(kW h) (0.48lb/(hp h))
  * Oil consumption: 0.006 kg/(kW h) (0.018lb/(hp h))
  * Power-to-weight ratio: @take-off power - 2.16kW/kg (1.32hp/lb)
  * B.M.E.P. (Brake mean effective pressure) 16.3 kgf/cm² (232 psi)

Related development

  * Hispano-Suiza 12Y
  * Klimov VK-103
  * Klimov VK-104
  * Klimov VK-105P
  * Klimov VK-106
  * Klimov VK-107

Related lists

  * List of aircraft engines
  * Lage, Manuel (2004). Hispano Suiza in Aeronautics. Warrendale, USA: SAE International. ISBN 0-7680-0997-9.
Wikimedia Commons has media related to Hispano-Suiza 12Z.
  * "Hispano Suiza 12B" a 1949 Flight article


Emilio Z. Marquez

Emilio Z. Marquez is the former bishop of the Roman Catholic Diocese of Lucena. He previously served as the first Bishop of Gumaca in Quezon province from January 29, 1985 until his appointment as Coadjutor Bishop of Lucena and Apostolic Administrator of Gumaca on May 4, 2002. After the resignation of Bishop Bishop Ruben T. Profugo in 2003, Bishop Marquez was installed as the fourth Bishop of Lucena on November 4, 2003.

Education

  * 1952-1956: High School - Mount Carmel Seminary - Tayabas, Quezon
  * 1946-1952: Elementary - Lopez Elementary School
  * 1956-1960: College - Mount Carmel Seminary, Sariaya, Quezon
  * 1960-1964: Theology - UST Central Seminary, Manila
  * 1973-1974: Post Graduate Studies - Theology - Faculdad Teologica del Norte de España, Burgos, Spain
  * 1975-1977: Post Graduate Studies - Theology - Angelicum University, Rome, Italy
  * 1977-1979: Post Graduate Studies - Canon Law - Lateran University, Rome, Italy

Ministries as a priest

  * 1964-1973 - Professor, Mt. Carmel Seminary, Sariaya, Quezon
  * 1965 – Professor & Prefect of Disciple, Mt Carmel Seminary
  * 1969 – Professor & Spiritual Director, Mt Carmel Seminary
  * 1970 – Asst. Parish Priest, Lopez, Quezon
  * 1971-1973 - Professor & Vice Rector, Mt Carmel Seminary
  * 1979-1983 - Rector, St. Alphonsus School of Theology, Lucena City
  * 1983 - Parish Priest (Substitute), Pagbilao, Quezon
  * 2003-2007 - Member, CBCP Commission on Canon Law
  * 2003-2007 - Vice-Chairman, CBCP Commission on Social Action, Justice and Peace
  * 2003-2013 - Chairman, CBCP Commission on Women
  * 2013-2015 - Member, CBCP Commission on Canon Law
  * 2013-2015 - Member, CBCP Commission on Catechesis and Catholic Education


John Anstis, younger

The tabard of Blanc Coursier John Anstis, created in 1727

John Anstis FSA (17 November 1708 – 5 December 1754) was an officer of arms at the College of Arms in London.

Biography

Anstis was born in St Clement Danes, Westminster, and was the seventh child and eldest son of John Anstis and his wife, Elizabeth. He was educated at Westminster School and privately by Michael Maittaire. He graduated from Corpus Christi College, Oxford, in 1725. In May of that year he was made genealogist of the newly created Order of the Bath. On 6 October 1727, he was appointed Blanc Coursier Herald. This was a new office attached to that of the genealogist and first companion of the order; this creation was the work of his father, who had risen to the post of Garter Principal King of Arms. Later in 1727, Anstis was created joint Garter with his father and in 1733 he accompanied him to The Hague to invest the Prince of Orange with the Order of the Garter. In 1736 he was made a fellow of the Society of Antiquaries of London and he became the sole Garter King of Arms on his father's death in 1744. In 1749, he became a barrister of the Middle Temple, although he never practised law. The younger Anstis died a bachelor on 5 December 1754 at his house in Mortlake, Surrey, and was buried at Duloe, Cornwall.

Arms

Coat of arms of John Anstis
  Notes These were granted by Ward, Clarenceux, to the elder Anstis and his posterity on the motion of the younger Anstis and without the elder's knowledge. Neither father nor son used personal arms on their official seals as Garter. He was also granted quarterings for Smith and Cudlip, and in the Grant Book the coronet in the crest of Anstis is charged with 3 blue roundels. Adopted 10 March 1744 Crest 5 ostrich feathers argent in a king of arms' coronet or. Escutcheon Argent, a cross raguly gules between 4 doves azure, beaks and legs gules. Motto Arma Nobilitant Genus ("Arms make a family noble" or "Weapons make a family famous")


John Anstis, younger

* Heraldry
  * The College of Arms
  * Heraldic List of Officers of Arms
Citations
Bibliography
  * John Anstis. The Register of the Most Noble Order of the Garter. (London, 1724).
  * Edward Cruickshanks. Anstis, John. Parliament Records (London, 1715–54).
  * Walter H Godfrey and Sir Anthony Wagner, The College of Arms, Queen Victoria Street: being the sixteenth and final monograph of the London Survey Committee. (London, 1963).
  * Mark Noble, A History of the College of Arms. (London, 1805).
  * Anthony Wagner and Albert Rowse. John Anstis: Garter King of Arms (London, 1992).
  * Nicolas, Nicholas H. History of the Orders of Knighthood of the British Empire, Vol III. (London, 1842).
  * Gandell, H.L. (January 1970). "Blanc Coursier's Tabard". The Coat of Arms XI (81): 11.
  * Sir Anthony Wagner. A Catalogue of English Mediaeval Rolls of Arms. Harleian Society (London, 1950).
  * Sir Anthony Wagner. Heralds of England: a History of the Office and College of Arms. (London, 1967).


Eğriağaç, Yüreğir

Eğriağaç is a neighbourhood in the municipality and district of Yüreğir, Adana Province, Turkey.Karataş District to the Yüreğir District.


Bill Kitchener

William Harry Kitchener (born 3 November 1946) is an English former professional footballer who played in the Football League for West Ham United, Torquay United and AFC Bournemouth.

Career

Born in Arlesey,West Ham United after leaving school. He turned professional in November 1963. In September 1966 he joined Torquay United on loan, making his debut on 17 September 1966 in a 5–2 home win against Walsall. He played 25 games before returning to Upton Park. He finally made his Hammers' debut in a First Division away game against Nottingham Forest on 18 March 1967. He won an extended run in the first team, making 11 appearances for West Ham, before leaving in December 1967 to become Torquay's record signing.Bobby Baxter's place at left-back, though also played in the centre of defence when required. By the end of his second spell with Torquay, he had played a further 142 games, scoring five goals.

In July 1971, he moved to AFC Bournemouth, managed by his former West Ham and Torquay teammate John Bond in July 1971, but stayed only one season with the Cherries before leaving league football, joining Cambridge City. He subsequently played for Wealdstone, Christchurch and New Milton.

Outside of football he had joined the Devon & Cornwall Police Force whilst with Torquay, and was later stationed at Burley in the New Forest for many years.


Baba Khvarazm-e Karim

Baba Khvarazm-e Karim (Persian: باباخوارزم کريم, also Romanized as Bābā Khvārazm-e Karīm; also known as Bābā Khvārazm and Bābā Khvārazm-e Soflá)Jayedar Rural District, in the Central District of Pol-e Dokhtar County, Lorestan Province, Iran. At the 2006 census, its population was 193, in 41 families.


Cociuba Mare

"Carasau" redirects here. For the bread, see pane carasau.

Cociuba Mare (Hungarian: Alsókocsoba) is a commune in Bihor County, Crișana, Romania with a population of 2,798 people. It is composed of four villages: Cărăsău (Karaszó), Cheșa (Kisháza), Cociuba Mare and Petid (Petegd).

Location

Cociuba Mare is situated in the southern part of the county Bihor. It is 600 km from Bucharest and 50 km from Oradea. It is bordered to the north-west by the commune Tinca, to the north-east by Holod, to the east by Căpâlna, to the south-east by Șoimi and to the south by Olcea.

Geographical features

Cociuba Mare is located in "Câmpia de Vest" which translates to the Western Plain. The total area spans 74,380km. The vast majority of the landscape is formed by "Câmpul Crișul Negru" (the Plains of the Black River) to the north and the houses of the villagers to the south. On the territory there is 1272 hectares of forest, mostly oak and sky with an average age of 45-50 years. 991 ha of forest land is owned by Cociuba Mare.

Climate

Cociuba Mare has a moderate continental climate. Its average annual temperature is 10.5 degrees Celsius. The highest monthly average temperature is recorded in July as having been 21.2 degrees Celsius while the lowest monthly average temperature has been recorded as -15 degrees Celsius in January.

In winter there is generally frost along with defrosting. Spring is relatively short and high temperatures can occur suddenly in March. The weather is variable in April while in May the summer temperatures begin to appear. The hottest months are July and August. Autumns are generally long and sunny, lasting until November. The wettest months are May, June and November, with the vast majority of precipitation being rain.


2021 Las Vegas Challenger – Singles

Main article: 2021 Las Vegas Challenger

Vasek Pospisil was the defending champion

J. J. Wolf won the title after defeating Stefan Kozlov 6–4, 6–4 in the final.

Seeds

 1. [United States] Steve Johnson (first round)
 2. [United States] Denis Kudla (second round)
 3. [United States] Tennys Sandgren (first round, retired)
 4. [Germany] Daniel Altmaier (second round)
 5. [Japan] Taro Daniel (quarterfinals)
 6. [United States] Mitchell Krueger (first round)
 7. [Ecuador] Emilio Gómez (quarterfinals)
 8. [Chinese Taipei] Jason Jung (first round)

Draw

Key

  * Q = Qualifier
  * WC = Wild card
  * LL = Lucky loser
  * Alt = Alternate
  * SE = Special exempt
  * PR = Protected ranking
  * ITF = ITF entry
  * JE = Junior exempt
  * w/o = Walkover
  * r = Retired
  * d = Defaulted
  * SR = Special ranking

Finals

  Semifinals                                                                       Final

  Alt         [United States] Stefan Kozlov         6                              6

  WC          [United States] Aleksandar Kovacevic  2                              4
              Alt                                   [United States] Stefan Kozlov  4                           4

                                                                                [United States] J. J. Wolf  6  6
              [United States] Michael Mmoh          3                              2

              [United States] J. J. Wolf            6                              6

Top half


2021 Las Vegas Challenger – Singles

Top half

  First round                                   Second round        Quarterfinals                                    Semifinals

  1            [United States] S Johnson    4   4
  LL           [United Kingdom] A McHugh    6   6                                  LL   [United Kingdom] A McHugh    2                         7                  613
  Q            [India] M Sasikumar          2   4                                  Alt  [United States] S Kozlov     6                         5                  715
  Alt          [United States] S Kozlov     6   6                                                                                Alt                [United States] S Kozlov     77  6
               [Australia] J Kubler         65  6             78                                                     7                         [Ecuador] E Gómez  63                           4
               [Japan] Yo Watanuki          77  0             66                        [Australia] J Kubler         6                         0                  68
               [Germany] C-M Stebe          62  0                                  7    [Ecuador] E Gómez            2                         6                  710
  7            [Ecuador] E Gómez            77  6                                       Alt                          [United States] S Kozlov  6                  6
  4            [Germany] D Altmaier         78  6                                                                                WC                 [United States] A Kovacevic  2   4
               [Japan] Y Uchiyama           66  1                                  4    [Germany] D Altmaier         67                        3
  WC           [United States] A Kovacevic  6   3             77                   WC   [United States] A Kovacevic  79                        6
               [United States] C Eubanks    1   6             65                                                                               WC                 [United States] A Kovacevic  6   6
  Q            [United States] D Young      4   4                                                                    5                         [Japan] T Daniel   3                            2
               [Japan] T Ito                6   6                                       [Japan] T Ito                2                         1
  WC           [South Africa] Jordan Sauer  0   2                                  5    [Japan] T Daniel             6                         6
  5            [Japan] T Daniel             6   6

Bottom half


2021 Las Vegas Challenger – Singles

Bottom half

  First round                                       Second round        Quarterfinals                                      Semifinals

  6            [United States] M Krueger        4   1
               [Australia] A Vukic              6   6                                     [Australia] A Vukic              4                       4
               [United States] M Mmoh           6   6                                     [United States] M Mmoh           6                       6
  LL           [United States] N Chappell       2   1                                                                                [United States] M Mmoh      6   65  6
  Q            [Australia] D Kelly              6   6                                                                                [Denmark] M Torpegaard      1                           77  1
  WC           [Nigeria] Christopher Bulus      3   2                                  Q  [Australia] D Kelly              2                       3
               [Denmark] M Torpegaard           64  7             3                       [Denmark] M Torpegaard           6                       6
  3            [United States] T Sandgren       77  5             0r                                                       [United States] M Mmoh  3                           2
  8            [Chinese Taipei] J Jung          5   2                                                                                [United States] J. J. Wolf  6   6
               [United States] T-S Kwiatkowski  7   6                                     [United States] T-S Kwiatkowski  5                       2
               [United States] B Fratangelo     78  62            65                      [United States] E Escobedo       7                       6
               [United States] E Escobedo       66  77            77                                                                                [United States] E Escobedo  3   3
  Q            [Japan] S Mochizuki              3   5                                                                                [United States] J. J. Wolf  6                           6
               [United States] J. J. Wolf       6   7                                     [United States] J. J. Wolf       4                       6                           6
               [Canada] B Schnur                3   2                                  2  [United States] D Kudla          6                       3                           0
  2            [United States] D Kudla          6   6

  * Main draw
  * Qualifying draw


Aliabad, Bampur

For other places with similar names, see Aliabad.

Aliabad (Persian: علي اباد, also Romanized as ‘Alīābād)Bampur-e Sharqi Rural District, in the Central District of Bampur County, Sistan and Baluchestan Province, Iran. At the 2006 census, its population was 1,174, in 233 families.


Janice Whitby

Janice Whitby (born October 31, 1950) is a Canadian-born American film and television actress. Her most notable roles includes her debut as a Golddigger, a singing and dancing troupe of young women on The Dean Martin Show. However, she is probably best known for her portrayal of the fembot Katy in the 1970s television series The Bionic Woman.

Early life

Whitby was born in London, Ontario and grew up in Long Island and New York City where she studied ballet.

Career

Whitby made her television debut when she joined "The Golddiggers", an assembled singing and dance troupe that performed regularly on "The Dean Martin Show". She remained with the troupe when they spun off into their own television show, "Chevrolet Presents the Golddiggers". Whitby then departed the Golddiggers and joined the final season of Rowan & Martin's "Laugh-In" as one of the Beautiful Downtown Beauties.

After "Laugh-In" Whitby landed guest roles on several hit TV series including Baretta, Emergency! and Cannon. However, her biggest and possibly most memorable TV role was guest starring on "The Six Million Dollar Man" and The Bionic Woman three part epic crossover entitled "Kill Oscar". She played the android assailant, Katy, Doctor Franklin's (John Houseman) fembot assistant and operative. The fembot role earned Whitby ongoing cult status fame among science fiction fans.

Filmography

Films

Year             Title                                Role          Notes
1974             Mame                                 Dance troupe
Blazing Saddles  Studio tour guide                    Uncredited
1977             The Happy Hooker Goes to Washington  Tennis pro
1981             Sophisticated Gents                  Gail Peabody  Uncredited, (final film role)

TV series

Year(s)    Title                               Role                                       Seasons  Notes
1970–1971  The Dean Martin Show                Golddigger                                 1
1971–1972  Chevrolet Presents The Golddiggers  Golddigger                                 1
1973–1974  Laugh-in                            as one of the Beautiful Downtown Beauties  1

TV appearances


Janice Whitby

TV appearances

Year  Title                       Role              Episode titles           Notes
1974  Emergency!                  Partying Actress  "The Bash"               Season 4, episode 14
1975  Cannon                      Nancy Harris      "The Wrong Medicine"     Season 5, episode 3
1976  The Bionic Woman            Fembot #1/Katy    "Kill Oscar"             Season 2, episode 5
1976  The Six Million Dollar Man  Fembot #1/Katy    "Kill Oscar (Part 2)"    Season 4, episode 6
1976  The Bionic Woman            Fembot #1/Katy    "Kill Oscar (Part 3)"    Season 2, episode 6
1977  The Bionic Woman            Fembot #1/Katy    "Fembots in Las Vegas "  Season 3, episode 3 (archive footage)

Additional sources

  * http://www.bionicwomanfiles.com
  * http://www.supermegafest.com/
  * Janice Whitby at IMDb
  * Official Website
  * Janice Whitby at Rotten Tomatoes


Hispano-Suiza piston aero-engines

Hispano-Suiza piston aero-engines were predominantly piston engines produced by Hispano-Suiza in France, Spain, and under licence in the United Kingdom, the United States and Russia from the First World War through to the 1950s. Development of these engines started with the very successful V-8 engines which introduced many new features which ensured the success of the Hispano-Suiza line.

Designations

Letter system

The Service technique de l'aéronautique (STAé) used a common designation system for the vast majority of engines produced in France, which signified the major attributes of the particular engines:-

 1. Manufacturer - In this case Hispano-Suiza
 2. 12 - the number of cylinders in any configuration (V, straight, W, horizontally opposed, radial, etc.).
 3. Y - the family letter in capitals (note: in at least two instances the family designator consisted of two letters in capitals e.g. 14AA and 14AB), advancing alphabetically. (note:Hispano-Suiza avoided W to avoid confusion with W / Broad-arrow engines)
 4. a – sub variant indicator, (which could also indicate the rotation of the engine, where otherwise identical engines with opposite hand rotation were built, e.g. 12Ndr anti-clockwise and 12Nfr clockwise).
 5. r – attribute indicators, denoting various attributes that the engine might have, (r = reduction gearing, i = fuel injection, s = supercharged, etc.)
 6. 1 - sub-sub variants were denoted by using a number after the letters, (e.g. 12Xhrs and 12Xhrs1), usually indicating differences in ancillary equipment.

Thus the 12Xgrs was of the X family, with reduction gearing and supercharger, whereas the 12Xhrs was identical but rotated in the opposite direction.

Number system

The STAé introduced a numbered attribute indicator from the late 1930s, thus;

12Y-26, 12Y-27 – left and right rotation versions of the same engine.

Basic versions of each engine had even numbers and opposite rotation version were odd numbered.

List of H-S piston aero-engines


Hispano-Suiza piston aero-engines

List of H-S piston aero-engines

Data from:Moteurs d'Aviation Hispano-Suiza

Livre d'Or de la Société Française Hispano-Suiza

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Jun 28

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Jan 28

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Nov 29

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Dec 30

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Jun 30

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Nov 31

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Apr 32

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Oct 32

Hispano-Suiza:Revue et Bulletin Technique de la Société Française Hispano-Suiza Jan-Jun 35

Le moteur-canon V8 Hispano-Suiza

HISPANO-SUIZA:LES MOTEURS DE TOUS LES RECORDS

Aviafrance

5Q 6M 6Mb 6Mbr 6P 6Pa 8A 8Aa 8Ab 8B 8Ba 8Bb 8Bc 8Bd 8Be 8Bec 8C 8Cb

A Hispano-Suiza 8 on display


Hispano-Suiza piston aero-engines

A Hispano-Suiza 8 on display

8F 8Fa 8Fb 8Fe 9Q 9Qa 9Qb 9Qc 9Qd 9Qdr 9T Produced under licence from Clerget, derived from the Clerget 9C, diesel radial engine. 9V 9Vr 9Vb 9Vbr 9Vbrs 9Vbs 9Vd 9V-10 9V-11 9V-16 9V-17 12B (1945) 12F 12Fd 12G (Type 50) 12Ga 12Gb 12H (Type 51) 12Ha 12Hb 12Hbr 12Hbxr 12J (Type 52) 12Ja 12Jb 12K Kb Kbrs 12L Lb Lbr Lbxr

A 12Lbr on display at theMuseu de la Ciencia i la Tècnica de Catalunya in Spain


Hispano-Suiza piston aero-engines

12M (Type 57) 12Mb/500 12Mb/500r 12Mc/500 12Mcr/500 12Md 12Mdr 12Mdsh 12N (Type 61) 12Nb/650 12Nbr/650 12Nbrs/650 12Nc 12cNr: 12Ndr 12Ner 12Nfr 12Ngr 12Ns 12Nsr 12Ns Special 12Nsr Special 12X (Type 72) 12Xbr 12Xbrs 12Xbrg 12Xbr 12Xbrs 12Xbrs1 12Xdrs 12Xfrs 12Xgrs 12Xgrs1 12Xhrs 12Xhrs1 12Xirs 12Xjrs (Type 76) with 20 mm (0.787 in) calibre Hispano-Suiza HS.404 cannon between cylinder banks, firing through propeller shaft. 12Xcrs 12Xers 12Xirs 12Xjrs 12Xirs1 12Xjrs1 12X-13 12Y (Type 73) 12Ybr 12Ybrg 12Ybrs1 12Ygrs 12Ydr 12Ydrs 12Ydrs1 12Ydrs2 12Yfrs 12Yfrs1 12Yfrs2 12Y-21 12Y-25 12Y-26 12Y-27 12Y-28 12Y-29 12Y-38 12Y-39 (Type 77) with 20 mm Hispano-Suiza HS.404 cannon between cylinder banks, firing through propeller shaft. 12Ybrs 12Ycrs 12Y-28 12Y-29 12Y-30 12Y-31 12Y-32 12Y-33 12Y-36 12Y-37 12Y-41 12Y-45 12Y-47 12Y 49 12Y-50 12Y-51

A Hispano-Suiza 12Y-31

12Z

(Type 89)


Hispano-Suiza piston aero-engines

12Z

(Type 89)

12Z-1 12Z-17 12Z-89 14AA (Type 79) 14AA-00 14AA-01 14AA-02 14AA-03 14AA-04 14AA-05 14AA-06 14AA-07 14AB 14AB-12 14AB-13 14H 14Ha-7a 14Hbs 14Hbrs 14U Produced under licence from Clerget, derived from the Clerget 14F, diesel radial engine. Hispano Suiza 400hp V-16 120 mm × 130 mm (4.7 in × 5.1 in) Hispano Suiza 600hp V-16 140 mm × 150 mm (5.5 in × 5.9 in) 18R 18S 18Sb 18Sbr 24Y (Types 82 and 90) 24Z (Type 95) 36Y 48H 48Z Whirlwind Abadal 12Y (HS 8 with a third inverted vertical bank) 260–300 kW (350–400 hp) at 2,500 rpm, with reduction gear, weighing 340 kg (750 lb).

Hispano-Suiza in-house Type designations

Data from:

The Hispano-Suiza Type numbers were used for all Hispano-Suiza products, including cars trucks and engines: Types 21, 22 and 23 are known to have been cars.


Hispano-Suiza piston aero-engines

Type 31 Prototype, (bxs 120 mm × 120 mm (4.72 in × 4.72 in)), with mixed cooling (11 fins) and initial production 8A, (bxs 120 mm × 120 mm (4.72 in × 4.72 in)), with 8 cooling fins, 1,450 rpm, 110 kW (150 hp). Type 34 8Aa, 1800 rpm, 4.7:1 compression, 110 kW (150 hp), 100% water-cooling. Type 34-S (S for surcomprimé) 8Ab, 1800 rpm, 5.3:1 compression, 130 kW (180 hp), 100% water-cooling. Type 35 8B, 2,000 rpm, 150 kW (200 hp), geared. Type 35-S (S for surcomprimé) 8B, 2,000 rpm, 160 kW (220 hp), high compression, geared. Type 36 8B with Lewis gun Type 38 8BeC, Type 36 with a modified 37 mm (1.457 in) SAMC Model 37 cannon Type 39 Coupled 150 kW (200 hp) engines Type 40 (8E ?) Type 41 (8A ?) Type 42 8Fb, (bxs 140 mm × 150 mm (5.51 in × 5.91 in)), 18.48 L (1,128 cu in), 220 kW (300 hp) at 1,800 rpm. Type 42VS 8Fe Type 43 cannon equipped project Type 44 A later, little used, moteur-canon version. Type 45 37 mm (1.457 in) cannon Type 50 12G Type 51 12H Type 52 12J Type 57 12M Type 61 12N Type 72 12X Type 73 12Y Type 76 12X with cannon Type 77 12Y with cannon Type 79 14AA Type 82 24Y Type 89 12Z Type 90 24Y Type 95 24Z Type 96 48Z

Specifications

Data from:


Hispano-Suiza piston aero-engines

Model          Bore                Stroke              Capacity                   Comp.  Wt. dry              T/O pr               T/O rpm  S. charger  Red. gear  Rated pr                Rated rpm  Rated alt            Comments
5Q             127 mm (5.00 in)    140 mm (5.51 in)    8.9 L (543.11 cu in)       5.1    186 kg (410.1 lb)    130 kW (180 hp)               n           DD         123 kW (165 hp)         2,000      S/L                  5-cyl. Radial
6Pa            110 mm (4.33 in)    140 mm (5.51 in)    7.97 L (486.36 cu in)      5.5    150 kg (330.7 lb)    110 kW (150 hp)      2,100    n           DD                                                                 6 cyl. In-line water-cooled
6Mb            130 mm (5.12 in)    170 mm (6.69 in)    13.54 L (826.26 cu in)     6      250 kg (551.2 lb)    220 kW (300 hp)      2,100    n           DD                                                                 6 cyl. In-line water-cooled
6Mbr           130 mm (5.12 in)    170 mm (6.69 in)    13.54 L (826.26 cu in)     6      290 kg (639.3 lb)    220 kW (290 hp)      2,100    n           0.5:1                                                              6 cyl. In-line water-cooled
8Aa            120 mm (4.72 in)    140 mm (5.51 in)    11.8 L (720.08 cu in)      4.7    195 kg (429.9 lb)    130 kW (175 hp)      2,100    n           DD                                                                 V-8 90°
8Ab            120 mm (4.72 in)    140 mm (5.51 in)    11.8 L (720.08 cu in)      5.3    195 kg (429.9 lb)    175 kW (235 hp)      2,100    n           DD                                                                 V-8 90°
8Ad            120 mm (4.72 in)    130 mm (5.12 in)    10.9 L (665.16 cu in)      5.3    210 kg (463.0 lb)    160 kW (210 hp)      2,100    n           DD                                                                 V-8 90°


Hispano-Suiza piston aero-engines

8Fb            140 mm (5.51 in)    150 mm (5.91 in)    18.48 L (1,127.72 cu in)   5.3    270 kg (595.2 lb)    257 kW (345 hp)      2,100    n           DD                                                                 V-8 90°
8Fe            140 mm (5.51 in)    150 mm (5.91 in)    18.48 L (1,127.72 cu in)   5.5    275 kg (606.3 lb)    280 kW (370 hp)      2,100    n           DD                                                                 V-8 90°
9Qa            127 mm (5.00 in)    140 mm (5.51 in)    16 L (976.38 cu in)        5.1    272 kg (599.7 lb)    230 kW (308 hp)               n           DD         190 kW (250 hp)         2,000      S/L                  9-cyl. Radial
9Qb            127 mm (5.00 in)    140 mm (5.51 in)    15.96 L (973.94 cu in)     5.1    272 kg (599.7 lb)    214 kW (287 hp)               n           DD         170 kW (230 hp)         1,800      S/L                  9-cyl. Radial
9Qc            127 mm (5.00 in)    140 mm (5.51 in)    15.96 L (973.94 cu in)     6      272 kg (599.7 lb)    312 kW (418 hp)               n           DD         220 kW (300 hp)         2,200      S/L                  9-cyl. Radial
9Qcx           127 mm (5.00 in)    140 mm (5.51 in)    16 L (976.38 cu in)        5.1    272 kg (599.7 lb)    287 kW (385 hp)               n           DD         220 kW (300 hp)         2,200      S/L                  9-cyl. Radial
9Qdr           127 mm (5.00 in)    140 mm (5.51 in)    16 L (976.38 cu in)        6      297 kg (654.8 lb)    300 kW (400 hp)               n           0.615:1    260 kW (350 hp)         2,200      S/L                  9-cyl. radial


Hispano-Suiza piston aero-engines

9V             155.6 mm (6.13 in)  174.7 mm (6.88 in)  29.8 L (1,818.51 cu in)    5.3    390 kg (859.8 lb)    480 kW (650 hp)               n           DD         429 kW (575 hp)         1,900      S/L                  9-cyl. Radial
9Vr            155.6 mm (6.13 in)  174.7 mm (6.88 in)  29.8 L (1,818.51 cu in)    5.3    417 kg (919.3 lb)    480 kW (650 hp)               n           0.63:1     429 kW (575 hp)         1,950      S/L                  9-cyl. radial
9T             130 mm (5.12 in)    170 mm (6.69 in)    20.34 L (1,241.22 cu in)   16     330 kg (727.5 lb)    300 kW (400 hp)      2,100    n           DD         220 kW (300 hp)         1,900      S/L                  9-cyl. radial diesel engine
12Ga           140 mm (5.51 in)    150 mm (5.91 in)    27.712 L (1,691.09 cu in)  5.3                                              2,100    n           DD                                 1,800      S/L                  W-12, 3x twin carbs
12Gb           140 mm (5.51 in)    150 mm (5.91 in)    27.712 L (1,691.09 cu in)  6      390 kg (859.8 lb)    450 kW (610 hp)      2,100    n                                              2,000      S/L                  W-12, 3x twin carbs, 300 built
12Ha           140 mm (5.51 in)    150 mm (5.91 in)    27.712 L (1,691.09 cu in)  5.3    415 kg (914.9 lb)    400 kW (540 hp)      2,100    n           DD         340 kW (450 hp)         1,800      S/L                  6x twin carbs


Hispano-Suiza piston aero-engines

12Hb           140 mm (5.51 in)    150 mm (5.91 in)    27.712 L (1,691.09 cu in)  6      415 kg (914.9 lb)    459 kW (615 hp)      2,100    n           DD         370 kW (500 hp)         2,000      S/L                  6x twin carbs, 750 built
12Hbr          140 mm (5.51 in)    150 mm (5.91 in)    27.712 L (1,691.09 cu in)  6      460 kg (1,014.1 lb)  440 kW (590 hp)      2,100    n           0.5:1      370 kW (500 hp)         2,000      S/L                  6x twin carbs
12Ja           120 mm (4.72 in)    150 mm (5.91 in)    20.36 L (1,242.44 cu in)   5.3    355 kg (782.6 lb)    290 kW (390 hp)      2,100    n           DD         260 kW (350 hp)         1,800      S/L
12Jb           120 mm (4.72 in)    150 mm (5.91 in)    20.36 L (1,242.44 cu in)   6      355 kg (782.6 lb)    347 kW (465 hp)      2,100    N           DD         300 kW (400 hp)         2,000      S/L
12Kb           140 mm (5.51 in)    170 mm (6.69 in)    31.4 L (1,916.15 cu in)    6      415 kg (914.9 lb)                         2,100    n           DD         450 kW (600 hp)         2,000      S/L                  W-12 60°
12Lb           140 mm (5.51 in)    170 mm (6.69 in)    31.4 L (1,916.15 cu in)    6:1    420 kg (925.9 lb)    494 kW (662 hp)      2,100    n                      450 kW (600 hp)         2,000      S/L


Hispano-Suiza piston aero-engines

12Lbr          140 mm (5.51 in)    170 mm (6.69 in)    31.4 L (1,916.15 cu in)    6:1    420 kg (925.9 lb)    480 kW (640 hp)      2,100    n           0.5:1      450 kW (600 hp)         2,000      S/L
12Mb           130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   6      400 kg (881.8 lb)                         2,100    n           DD         370 kW (500 hp)         2,000      S/L                  6x twin carbs, 600 built
12Mbr          130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   6      445 kg (981.1 lb)    370 kW (500 hp)      2,000    n           0.5:1      430 kW (570 hp)         1,950      S/L                  6x twin carbs
12Mc           130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   7      400 kg (881.8 lb)    480 kW (640 hp)      2,200    n           DD         370 kW (500 hp)         2,000      S/L                  6x twin carbs
12Nb           150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  6.2:1  455 kg (1,003 lb)                         2,100    n           DD         480 kW (650 hp)         2,000      S/L                  6x Zenith twin carbs
12Nbr          150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  6.2:1  500 kg (1,100 lb)    550 kW (740 hp)      2,100    n           0.5:1      480 kW (650 hp)         2,000      S/L                  6x Zenith twin carbs


Hispano-Suiza piston aero-engines

12Nbrs         150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  6.2:1  675 kg (1,488 lb)                                  y                      480 kW (650 hp)         1,950      S/L                  6x Zenith twin carbs, 11,700 built
12Xbr          130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   6.4:1  355 kg (783 lb)      450 kW (610 hp)      2,200    n           0.666:1
12Xbrg         130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   5.8:1  370 kg (820 lb)      500 kW (670 hp)      2,400    n           0.666:1    660 kW (880 hp)         2,400                           with Gaveur (mixture distributor)
12Xbrs         130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   5.8:1  370 kg (820 lb)      450 kW (600 hp)      2,600    y           0.666:1    480 kW (650 hp)         2,600                           6x Zenith single carbs
12Xirs         130 mm (5.12 in)    170 mm (6.69 in)    27.08 L (1,652.52 cu in)   5.8:1  385 kg (849 lb)      480 kW (650 hp)      2,600    y           y                                                                  6x Zenith single carbs, 800 built, 85 Octane
12Ybr          150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  6.4:1  415 kg (915 lb)      585 kW (785 hp)      2,200    n           0.666:1


Hispano-Suiza piston aero-engines

12Ybrg         150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  5.8:1  430 kg (950 lb)      660 kW (880 hp)      2,400    n           0.666:1    690 kW (925 hp)         2,400                           with Gaveur (mixture distributor)
12Ybrs         150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  5.8:1                       600 kW (800 hp)      2,400    y           0.666:1                            2,400
12Y-30/-31     150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)         520 kg (1,150 lb)    620 kW (830 hp)      2,400    y           0.666:1    640 kW (860 hp)         2,400      3,300 m (10,800 ft)  -30 LH rotation, -31 RH rotation, with cannon
12Y-32/-33     150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)         500 kg (1,100 lb)    720 kW (960 hp)      2,400    y           0.666:1    712 kW (955 hp)         2,400      2,300 m (7,500 ft)   -32 LH rotation, -33 RH rotation
12Y-36/-37     150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)         520 kg (1,150 lb)    780 kW (1,050 hp)    2,400    y           0.55:1     720 kW (970 hp)         2,400      2,300 m (7,500 ft)   -36 LH rotation, -37 RH rotation


Hispano-Suiza piston aero-engines

12Y-50/-51     150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  7:1    492 kg (1,085 lb)    820 kW (1,100 hp)    2,500    y           0.666:1    750 kW (1,000 hp)       2,500      3,300 m (10,800 ft)  -50 LH rotation, -51 RH rotation
12Z-1          150 mm (5.91 in)    170 mm (6.69 in)    36.054 L (2,200.15 cu in)  7:1    620 kg (1,370 lb)    1,300 kW (1,800 hp)  2,800    y 2-speed   0.60:1     high 980 kW (1,320 hp)  2,800      8,000 m (26,000 ft)  with cannon
18Sb           150 mm (5.91 in)    170 mm (6.69 in)    54 L (3,295.28 cu in)      6.2    590 kg (1,300.7 lb)  839 kW (1,125 hp)    2,100    n           DD         750 kW (1,000 hp)       2,000      S/L                  W-18 80°
18Sbr          150 mm (5.91 in)    170 mm (6.69 in)    54 L (3,295.28 cu in)      6.2    615 kg (1,355.8 lb)  839 kW (1,125 hp)    2,100    n           0.5:1      750 kW (1,000 hp)       2,000      S/L                  W-18 80°
14U            140 mm (5.51 in)    170 mm (6.69 in)    36.6 L (2,233.47 cu in)    16     510 kg (1,124.4 lb)  480 kW (640 hp)      2,200    n           DD         370 kW (500 hp)         1,900      S/L                  14-cyl. radial diesel engine


Hispano-Suiza piston aero-engines

14AA-00 / -01  155.6 mm (6.13 in)  170 mm (6.69 in)    36.6 L (2,233.47 cu in)    6.2    585 kg (1,289.7 lb)  771 kW (1,034 hp)             y (5.95:1)  DD         750 kW (1,000 hp)       2,100      1,550 m (5,090 ft)   14-cyl. radial, -00 RH -01 LH
14AA-02 / -03  155.6 mm (6.13 in)  170 mm (6.69 in)    36.6 L (2,233.47 cu in)    6.2    630 kg (1,388.9 lb)  771 kW (1,034 hp)             y (5.95:1)  0.625      750 kW (1,000 hp)       2,100      1,550 m (5,090 ft)   14-cyl. radial, -02 RH -03 LH
14AA-04 / -05  155.6 mm (6.13 in)  170 mm (6.69 in)    36.6 L (2,233.47 cu in)    6.2    630 kg (1,388.9 lb)  804 kW (1,078 hp)             y (10:1)    0.625      820 kW (1,100 hp)       2,125      3,000 m (9,800 ft)   14-cyl. radial, -04 RH -05 LH
14AA-06 / -07  155.6 mm (6.13 in)  170 mm (6.69 in)    36.6 L (2,233.47 cu in)    6.2    595 kg (1,311.8 lb)  804 kW (1,078 hp)             y (10:1)    DD         820 kW (1,100 hp)       2,125      3,000 m (9,800 ft)   14-cyl. radial, -06 RH -07 LH
J-5 Whirlwind  115 mm (4.53 in)    139.7 mm (5.50 in)  13 L (793.31 cu in)               230 kg (507.1 lb)    150 kW (200 hp)      1,800    n           DD                                                                 Licence-built Wright J-5


Hispano-Suiza piston aero-engines

Applications and chronology