2,085,449 research outputs found

    Wits Architecture Student Works 1922-1980. Weaver, R N. Watercolour painting of a Building. 1934. third year.

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    Wits Architecture Student Works 1922-1980. Weaver, R N. Watercolour painting of a Building. 1934. third year.Wits Architecture Student Works 1922-1980. Weaver, R N. Watercolour painting of a Building. 1934. third year

    Donald R. and Harry N. Savage

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    Donald R Savage H1898 March 42 - Nov 43 Navy "Maland[a"] Harry N Savage Navy H1636 "Swan."

    R. Vernon Boyd Collection

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    Interview with R. N. Hogan, a preacher from Monroe County, Arkansas. The interview includes Hogan's experiences growing up and around the Church of Christ, his family history, and his past and current with the church. The interview also includes the broader history the church with context to time period and race relations

    R. Vernon Boyd Collection

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    Interview with R. N. Hogan, a preacher from Monroe County, Arkansas. The interview includes Hogan's experiences growing up and around the Church of Christ, his family history, and his past and current with the church. The interview also includes the broader history the church with context to time period and race relations

    Laguerre geometry of hypersurfaces in R-n

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    Laguerre geometry of surfaces in R-3 is given in the book of Blaschke [Vorlesungen uber Differentialgeometrie, Springer, Berlin Heidelberg New York (1929)], and has been studied by Musso and Nicolodi [Trans. Am. Math. soc. 348, 4321-4337 (1996); Abh. Math. Sem. Univ. Hamburg 69, 123-138 (1999); Int. J. Math. 11(7), 911-924 (2000)], Palmer [Remarks on a variation problem in Laguerre geometry. Rendiconti di Mathematica, Serie VII, Roma, vol. 19, pp. 281-293 (1999)] and other authors. In this paper we study Laguerre differential geometry of hypersurfaces in R-n. For any umbilical free hypersurface x:M -> R-n with non-zero principal curvatures we define a Laguerre invariant metric g on M and a Laguerre invariant self-adjoint operator S:TM -> TM, and show that {g,S} is a complete Laguerre invariant system for hypersurfaces in R-n with >= 4. We calculate the Euler-Lagrange equation for the Laguerre volume functional of Laguerre metric by using Laguerre invariants. Using the Euclidean space R-n, the semi-Euclidean space R-1(n) and the degenerate space R-0(n) we define three Laguerre space forms URn, UR1n and UR0n and define the Laguerre embeddings URn1 -> URn and UR0n -> URn, analogously to what happens in the Moebius geometry where we have Moebius space forms S-n, H-n and R-n (spaces of constant curvature) and conformal embeddings H-n -> S-n and R-n -> S-n[cf. Liu et al. in Tohoku Math. J. 53, 553-569 (2001) and Wang in Manuscr. Math. 96, 517-534 (1998)]. Using these Laguerre embeddings we can unify the Laguerre geometry of hypersurfaces in R-n, R-1(n) and R-0(n). As an example we show that minimal surfaces in R-1(3) or R-0(3) are Laguerre minimal in R-3.MathematicsSCI(E)0ARTICLE173-9512

    R. W. Cooper, N. R. Weeks and S. C. Hahn.

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    "Gnr. R.W. Cooper Bob East Point No. '41 to May '43 NP9278 --------- G.N.R. Weeks TX.13151 East Point 1941 1942 1943 ------- " S. C. Hahn. 2/4 Pioneer Bn. NX 41178. 1941 - 43."Gunner R.W. Cooper Bob East Point November '41 to May '43 NP9278 --------- Gunner N. R. Weeks TX.13151 East Point 1941 1942 1943 ------- Gunner S. C. Hahn. 2/4 Pioneer Battalion. NX 41178. 1941 - 43

    I Am Proud to be the Mother of a Soldier Boy

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    1917The music and lyrics for "I Am Proud to be the Mother of a Soldier Boy" were written by R. N. Moffat. It was arranged by Dudley Huntington McCosh and published by R. N. Moffat in Seattle. The piece was performed at least once locally, at Fort Lawton by the Fourteenth Infantry Band.Caption information source: The Seattle Sunday Times, April 30, 1916, p. 25.1 score (4 p." + 1 part ; 10.75 x 13.75 in

    S T R U K T U R A N A T O M I D A U N L E N G K E N G D IA M O N D R IV E R

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    L e n g ke n g S e c a r a m o r f ol o g i k e e m p a t k ul t i va r l e n g ke n g y a i t u L o ka l , I t oh, pi n g pon g da n D i a m ond r i ve r m e m pu n y a i st r u k t ur y a n g be r v a r i a si , t e r ut a m a da unn y a b a i k be nt u k m a upun u k ur a nn y a . S e c a r a a na t om i ba g i a n ba g i a n da un t e r di r i da r i e pi de r m i s, m e sof i l , se r t a si st e m pe m bul uh. E pi de r m i s m e r u pa ka n l a pi sa n se l t e r l u a r pa da da un y a n g u m u m n y a t e r susun a t a s sa t u l a pi sa n se l . D e r i va t e pi de r m i s da un a nt a r a l a i n: t r i k o m a , s e l k i pa s, da n st om a t a . Me sof i l t e r l e t a k di se b e l a h da l a m e pi de r m i s t e r di r i da r i j a r i n g a n pa l i sa de d a n j a r i n g a n spons. S e c a r a u m u m da un m e m pun y a i b a g i a n ba g i a n t e r se but t e t a pi ke t e ba l a n, u k u r a n da n j u m l a h l a pi sa n d a pa t be r v a r i a si . P a da f a m i l i y a n g s a m a t e t a pi spe si e s be r be d a st r u k t ur da unn y a be r a g a m . O l e h se ba b i t u a ka n di l a k u ka n pe ne l i t i a n t e nt a n g st r u k t ur a n a t om i da un l e n g ke n g P e ne l i t i a n i ni di l a k sa n a k a n pa d a bul a n Juni 2 012 sa m p a i S e pt e m be r 2012. L o k a si p e n g a m bi l a n sa m pe l da un l e n g ke n g di K e c a m a t a n A j un g , J e m b e r . P e ne l i t i a n i ni m e n gg un a k a n d u a m e t ode y a i t u m e t ode pa r a f i n unt uk pe m bua t a n pr e p a r a t a na t om i d a un l e n g ke n g y a n g di l a k u k a n di F a k ul t a s B i ol o g i , U G M d a n m e t ode Joha nse n unt uk pe m bua t a n pr e pa r a t pa r a d e r m a l st om a t a y a n g di l a ku k a n di j ur usa n B i ol og i , F MI P A , U ni ve r s i t a s Je m be r . v i i H a si l pe ne l i t i a n p a da k e t e ba l a n i bu t ul a n g d a u n ke e m pa t k ul t i va r l e n gk e n g m e nunj u kk a n h a si l y a n g be r be da . P a d a k ul t i va r I t oh m e m pun y a i k e t e b a l a n i bu t ul a ng da un de n g a n ni l a i t e r t i n gg i y a i t u 968,76 µ m , t e r e nda h pa d a k ul t i va r D i a m ond r i ve r y a i t u 629,5 µ m . P a da e pi d e r m i s a t a s k ul t i va r I t oh m e m pun y a i ni l a i t e r t i n g g i y a i t u 12,52 µ m , se da n g e pi de r m i s ba w a h k e t e b a l a n t e r t i n g g i pa da k ul t i va r D i a m ond r i ve r . K ut i k ul a m e r upa ka n se n y a w a l e m a k y a n g t e r d a pa t di pe r m u ka a n l u a r di ndi n g se l e pi de r m i s . P a d a k ul t i va r P i n g pon g m e m pun y a i k e t e b a l a n k ut i k ul a t e r t i n gg i de n g a n r a t a r a t a y a i t u 5,52 µ m di i k ut i I t oh 3,51, L o k a l 3,1 1 µ m da n D i a m ond r i ve r 3,02 µ m . D e r i va t e pi de r m i s y a n g di j um pa i pa da ke e m p a t k ul t i va r l e n g ke n g a da l a h t r i k o m a da n st o m a t a . P a da se m u a k ul t i va r m e m p un y a i dua t i pe t r i k o m a y a i t u t r i k om a t a npa k e l e nj a r d a n t r i kom a b e r ke l e nj a r . P a d a k ul t i va r P i n g pon g pa nj a n g l e n g a n t r i k o m a m e m pun y a i ni l a i t e r t i n g g i y a i t u 17,82 µ m da n t e r e nda h p a da k u l t i va r i t oh y a i t u 10,37 µ m . U k u r a n l e ba r st om a t a , pa nj a n g por us da n l e ba r por u s k e e m p a t k ul t i va r l e n g ke n g m e m pun y a i r a t a r a t a y a n g s a m a be r t ur ut t ur ut y a i t u 14,28 µ m , 14,28 µ m da n 7,14 µ m . D e m i k i a n ha l n y a p a nj a n g st o m a t a p a da k ul t i va r L o k a l , I t oh, da n D i a m ond r i v e r m e m pun y a i r a t a r a t a pa nj a n g st om a t a y a n g sa m a y a i t u 24,99 µ m t e t a pi k ul t i va r pi n g pon g r a t a r a t a pa nj a n g st om a t a ha n y a 21,42 µ m . D e nsi t a s st om a t a m e r up a k a n j um l a h st om a t a pe r sa t ua n l ua s bi da n g pa nd a n g . H a si l pe r hi t un g a n de nsi t a s m e nunj u kka n ba hw a ni l a i t e r t i n gg i p a da k ul t i va r P i n g pon g y a i t u 20,38 st om a t a / m m 2 , ni l a i t e r e nda h pa da k ul t i va r L o ka l da n D i a m ond r i ve r y a i t u 10,19 st om a t a / m m 2 . B e r da sa r ka n de nsi t a s st om a t a t e r se but m a ka ke e m pa t k ul t i va r l e n g ke n g m e m pun y a i d e nsi t a s st om a t a t e r g ol on g se di k i t ka r e na j u m l a hn y a 1 50 st om a t a / m m . M e so f i l um um n y a t e r sus un a t a s dua t i pe j a r i n g a n y a i t u j a r i n g a n t i a n g da n j a r i n g a n spons L o k a

    N. R. Davey

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    "SX22761 Capt. N.R. Davey "C" Coy 10/48 Battalion A.I.F. 1942 - 1945".SX22761 Captain N. R. Davey. "C" Company, 10/48 Battalion, Australian Imperial Forces 1942 - 1945

    Appropriate Similarity Measures for Author Cocitation Analysis

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    We provide a number of new insights into the methodological discussion about author cocitation analysis. We first argue that the use of the Pearson correlation for measuring the similarity between authors’ cocitation profiles is not very satisfactory. We then discuss what kind of similarity measures may be used as an alternative to the Pearson correlation. We consider three similarity measures in particular. One is the well-known cosine. The other two similarity measures have not been used before in the bibliometric literature. Finally, we show by means of an example that our findings have a high practical relevance.information science;Pearson correlation;cosine;similarity measure;author cocitation analysis
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