706 Bibliography
1354. Xiao H., Bruhns O.T., Meyers A. (1998): On objective corotational rates and their defining spin
tensors, Int. J. Solids Structures 35 (1998) 4001–4014
1355. Xiao H., Bruhns O.T., Meyers A. (1999): Existence and uniqueness of the integrable–exactly
hypoelastic equation and its significance to finite inelasticity, Acta Mechanica 138 (1999) 31–50
1356. Yang Q.H., Snyder J.P., Tobler W.R. (2000): Map Projection Transformation, Taylor & Francis, 2000
1357. Yano K. (1940a): Concircular geometry I. Concircular transformations, Proc. Imperial Academy
(Japan) 16 (1940) 195–200
1358. Yano K. (1940b): Concircular geometry II. Integrability conditions of, Proc. Imperial Academy
(Japan) 16 (1940) 354–360
1359. Yano K. (1940c): Concircular geometry III. Theory of curves, Proc. Imperial Academy (Japan) 16
(1940) 442–448
1360. Yano K. (1940d): Concircular geometry IV. Theory of subspaces, Proc. Imperial Academy (Japan) 16
(1940) 505–511
1361. Yano K. (1940e): Conformally separable quadratic differential forms, Proc. Imp. Acad. Tokyo 16
(1940) 83–86
1362. Yano K. (1942): Concircular geometry V. Einstein spaces, Proc. Imperial Academy (Japan) 18 (1942)
446–451
1363. Yano K. (1955): The theory of lie derivatives and its applications, North–Holland Publishing Co.,
Amsterdam 1955
1364. Yano K. (1970): On Riemannian manifolds admitting an infinitesimal conformal transformation,
Math. Z. 113 (1970) 205–214
1365. Yanushaushas A.I. (1982): Three–dimensional analogues of conformal mappings (in Russian) Iz da te
l’stvo Nauka, Novosibirsk 1982
1366. Yates F. (1949): Systematic sampling, Philosophical transactions of the Royal Society 241 (1949)
355–77
1367. Yeremeyev V.F., Yurkina M.J. (1969): On the orientation of the Reference Geodetic Ellipsoid,
Bulletin G´ eod´ esique 91 (1969) 13–16
1368. Yoeli P. (1986): Computer executed production of a regular grid of height points from digital
contours, The American Cartographer 13 (1986) 219–229
1369. Young A.E. (1920): Some investigations in the theory of map projections, Royal Geographical Soc.,
London 1920
1370. Young A.E. (1930): Conformal map projections, Geographical J. 76 (1930) 348–351
1371. Young P. (1994): A reformulation of the partial least squares regression algorithm, SIAM J. Sci.
Comput. 15 (1994) 225–230
1372. Yurkina M.I. (1996): Gravity potential at the major vertical datum as primary geodetic constant,
Studia geoph. et geod. 40 (1996) 9–13
1373. Yuzefovich Y.M. (1971): Extension of the Chebyshev–Grave theorem to a new glass of cartographic
projections, Geodesy and Aerophotography 10 (1971) 155–157
1374. Zadro M., Carminelli A. (1966): Rapprezentazione conforme del geoide sull ellissoide internazionale,
Bollettino di Geodesia e Scienze Affini 25 (1966) 25–36
1375. Zafindratafa G. (1990): The local structure of a 2–codimensional conformally flat submanifold in an
Euclidean Space R
n+2 , in: M. Boyom et al. (ed.), Geometry and topology of submanifolds, II, World
Scientific, Singapore 1990, pp. 386–412
1376. Zeger J. (1991): 150 Jahre Bessel Ellipsoid 1841–1991, ¨
Osterreichische Zeitschrift f¨ ur
Vermessungswesen und Photogrammetrie 79 (1991) 337–340
1377. Zha H. (1991): The restricted singular value decomposition of matrix triplets, SIAM J. Matrix Anal.
Appl. 12 (1991) 172–194
1378. Zharkov V.N., Leontjev V.V., Kozenko A.V. (1985): Models, figures, and gravitational moments of
the Galilean satellites of Jupiter and icy satellites of Saturn, Icarus 61 (1985) 92–100
1379. Zilkoski D.B., Richards J.H., Young G.M. (1992): Results of the general adjustement of the North
American Datum of 1988, Surveying and Mapping 52 (1992) 133–149
1380. Zippel R. (1993): Effective Polynomial Computation, Kluwer Academic, Boston 1993
1381. Zoeppritz K. (1912): Leitfaden der Kartenentwurfslehre, hrsg. von A. Bludau, Erster Teil: Die
Projektionslehre, Teubner, Leipzig und Berlin 1912
1382. Zoeppritz K., Bludau A. (1912): Leitfaden der Kartenentwurfslehre, Teubner, Leipzig 1912
1354. Xiao H., Bruhns O.T., Meyers A. (1998): On objective corotational rates and their defining spin
tensors, Int. J. Solids Structures 35 (1998) 4001–4014
1355. Xiao H., Bruhns O.T., Meyers A. (1999): Existence and uniqueness of the integrable–exactly
hypoelastic equation and its significance to finite inelasticity, Acta Mechanica 138 (1999) 31–50
1356. Yang Q.H., Snyder J.P., Tobler W.R. (2000): Map Projection Transformation, Taylor & Francis, 2000
1357. Yano K. (1940a): Concircular geometry I. Concircular transformations, Proc. Imperial Academy
(Japan) 16 (1940) 195–200
1358. Yano K. (1940b): Concircular geometry II. Integrability conditions of, Proc. Imperial Academy
(Japan) 16 (1940) 354–360
1359. Yano K. (1940c): Concircular geometry III. Theory of curves, Proc. Imperial Academy (Japan) 16
(1940) 442–448
1360. Yano K. (1940d): Concircular geometry IV. Theory of subspaces, Proc. Imperial Academy (Japan) 16
(1940) 505–511
1361. Yano K. (1940e): Conformally separable quadratic differential forms, Proc. Imp. Acad. Tokyo 16
(1940) 83–86
1362. Yano K. (1942): Concircular geometry V. Einstein spaces, Proc. Imperial Academy (Japan) 18 (1942)
446–451
1363. Yano K. (1955): The theory of lie derivatives and its applications, North–Holland Publishing Co.,
Amsterdam 1955
1364. Yano K. (1970): On Riemannian manifolds admitting an infinitesimal conformal transformation,
Math. Z. 113 (1970) 205–214
1365. Yanushaushas A.I. (1982): Three–dimensional analogues of conformal mappings (in Russian) Iz da te
l’stvo Nauka, Novosibirsk 1982
1366. Yates F. (1949): Systematic sampling, Philosophical transactions of the Royal Society 241 (1949)
355–77
1367. Yeremeyev V.F., Yurkina M.J. (1969): On the orientation of the Reference Geodetic Ellipsoid,
Bulletin G´ eod´ esique 91 (1969) 13–16
1368. Yoeli P. (1986): Computer executed production of a regular grid of height points from digital
contours, The American Cartographer 13 (1986) 219–229
1369. Young A.E. (1920): Some investigations in the theory of map projections, Royal Geographical Soc.,
London 1920
1370. Young A.E. (1930): Conformal map projections, Geographical J. 76 (1930) 348–351
1371. Young P. (1994): A reformulation of the partial least squares regression algorithm, SIAM J. Sci.
Comput. 15 (1994) 225–230
1372. Yurkina M.I. (1996): Gravity potential at the major vertical datum as primary geodetic constant,
Studia geoph. et geod. 40 (1996) 9–13
1373. Yuzefovich Y.M. (1971): Extension of the Chebyshev–Grave theorem to a new glass of cartographic
projections, Geodesy and Aerophotography 10 (1971) 155–157
1374. Zadro M., Carminelli A. (1966): Rapprezentazione conforme del geoide sull ellissoide internazionale,
Bollettino di Geodesia e Scienze Affini 25 (1966) 25–36
1375. Zafindratafa G. (1990): The local structure of a 2–codimensional conformally flat submanifold in an
Euclidean Space R
n+2 , in: M. Boyom et al. (ed.), Geometry and topology of submanifolds, II, World
Scientific, Singapore 1990, pp. 386–412
1376. Zeger J. (1991): 150 Jahre Bessel Ellipsoid 1841–1991, ¨
Osterreichische Zeitschrift f¨ ur
Vermessungswesen und Photogrammetrie 79 (1991) 337–340
1377. Zha H. (1991): The restricted singular value decomposition of matrix triplets, SIAM J. Matrix Anal.
Appl. 12 (1991) 172–194
1378. Zharkov V.N., Leontjev V.V., Kozenko A.V. (1985): Models, figures, and gravitational moments of
the Galilean satellites of Jupiter and icy satellites of Saturn, Icarus 61 (1985) 92–100
1379. Zilkoski D.B., Richards J.H., Young G.M. (1992): Results of the general adjustement of the North
American Datum of 1988, Surveying and Mapping 52 (1992) 133–149
1380. Zippel R. (1993): Effective Polynomial Computation, Kluwer Academic, Boston 1993
1381. Zoeppritz K. (1912): Leitfaden der Kartenentwurfslehre, hrsg. von A. Bludau, Erster Teil: Die
Projektionslehre, Teubner, Leipzig und Berlin 1912
1382. Zoeppritz K., Bludau A. (1912): Leitfaden der Kartenentwurfslehre, Teubner, Leipzig 1912