700 Bibliography
1180. Soycan M. (2005): Polynomial versus similarity transformations between GPS and Turkish reference
systems, Survey Review 38 (2005) 58–69
1181. Spada G. (1995): Changes in the Earth inertia tensor: The role of boundary conditions at the
core–mantle interface, Geophysical Research Letters 22 (1995) 3557–3560
1182. Spallek K. (1980): Kurven und Karten, Bibliographisches Institut, Z¨ urich 1980
1183. Spanier J., Oldham K.B. (1967): An atlas of functions, Hemisphere, Washington D.C. 1967
1184. Spanier J., Oldham K.B. (1987): The Jacobian elliptic functions, An Atlas of Functions, Washington
DC: Hemisphere 1987, pp. 635–652
1185. Spata M., Froehlich H. (2001): Kartendatum–Shiftparameter, Allgemeine Vermessungsnachrichten
108 (2001) 132–133
1186. Spencer A.J. (1987): Isotropic polynomial invariants and tensor functions, in: Applications of tensor
functions in solid mechanics, CISM courses and lectures 292, Springer Verlag, Berlin – Heidelberg –
New York 1987, 142–186
1187. Spencer A.J., Rivlin R.S. (1958/59): The theory of matrix polynomials and its application to the
mechanics of isotropic continua, Arch. Rational Mech. Anal 2 (1958/59) 309–336
1188. Spencer A.J., Rivlin R.S. (1960): Further results in the theory of matrix polynomials, Arch. Rational
Mech. and Analysis 3 (1960) 214–230
1189. Spencer D.C. (1969): Overdetermined systems of linear partial differential equations, Bulletin of the
American Mathematical Society 75 (1969) 179–239
1190. Spilhaus A. (1942): Maps of the whole world ocean, Geographical Review 32 (1942) 431–435
1191. Spilhaus A. (1976): New look in maps brings out patterns of plate tectonics, Smithsonian 7 (1976)
54–63
1192. Spilhaus A. (1983): World ocean maps: The proper places to interrupt, Proceedings of the American
Philosophical Society 127 (1983) 50–60
1193. Spilhaus A. (1984): Plate tectonics in geoforms and jigsaws, Proceedings of the American
Philosophical Society 128 (1984) 257–269
1194. Spilhaus A., Snyder J.P. (1991): World maps with natural boundaries, Cartography and Geographic
Information Systems 18 (1991) 246–254
1195. Spivak M. (1979): A comprehensive introduction to differential geometry, Vol. 4, 2nd edition, Publish
or Perish, Boston 1979
1196. Staude O. (1922): Fokaleigenschaften und konfokale Systeme von Fl¨ achen zweiter Ordnung, in:
Repetitorium der h¨ oheren Mathematik, Vol. 2 (Geometrie), ed.: E. Pascal, Verlag B.G. Teubner,
Leipzig (1922) 616–618
1197. Steeb W.H. (1991): Kronecker product of matrices and applications, B. I. Wissenschaftsverlag,
Mannheim 1991
1198. Steers J.A. (1970): An introduction to the study of map projections, 15th ed., University of London
Press, London 1970
1199. Stein E.M., Weiss G. (1968): Generalization of the Cauchy–Riemann equations and representations of
the rotation group, American J. Math. 90 (1968) 163–196
1200. Stillwell J. (1989): Mathematics and history, New York, Berlin, Heidelberg 1989, 152–167
1201. Stooke P.J. (1991): Lunar and planetary cartographic research at the University of Western Ontario,
CISM Journal ACSGC 45 (1991) 23–31
1202. Stooke P.J., Keller C.P. (1990): Map projections for non–spherical worlds, Cartographica 27 (1990)
82–100
1203. Stoughton H.W. (1984): Analysis of various algorithms to compute scale factors on the Lambert
conformal conic projection, Technical paper of the American Congress on Surveying and Mapping
Fall Convention, in: R.B. McEwen nad L. Starr (eds.): Research for the USGS digital cartography
program, San Antonio 1984, pp. 325–333
1204. Strang van Hees G.L. (1993): Globale en lokale geodetische Systemen, Nederlandse Commissie voor
Geodesie, TU Delft, Publikatie 30, Delft 1993
1205. Strasser G.L. (1957): Ellipsoidische Parameter der Erdfigur (1800–1959), Report A19, Deutsche
Geod¨ atische Kommission, Bayer. Akad. Wiss., M¨ unchen 1957
1206. Stroyan K. (1977): Infinitesimal analysis of curves and surfaces; in Barwise, J.: Handbook of
mathematical logic, North–Holland, Amsterdam 1977
1207. Sturmfels B. (1996): Gr¨ obner bases and convex polytopes, American Mathematical Society,
Providence 1996
1180. Soycan M. (2005): Polynomial versus similarity transformations between GPS and Turkish reference
systems, Survey Review 38 (2005) 58–69
1181. Spada G. (1995): Changes in the Earth inertia tensor: The role of boundary conditions at the
core–mantle interface, Geophysical Research Letters 22 (1995) 3557–3560
1182. Spallek K. (1980): Kurven und Karten, Bibliographisches Institut, Z¨ urich 1980
1183. Spanier J., Oldham K.B. (1967): An atlas of functions, Hemisphere, Washington D.C. 1967
1184. Spanier J., Oldham K.B. (1987): The Jacobian elliptic functions, An Atlas of Functions, Washington
DC: Hemisphere 1987, pp. 635–652
1185. Spata M., Froehlich H. (2001): Kartendatum–Shiftparameter, Allgemeine Vermessungsnachrichten
108 (2001) 132–133
1186. Spencer A.J. (1987): Isotropic polynomial invariants and tensor functions, in: Applications of tensor
functions in solid mechanics, CISM courses and lectures 292, Springer Verlag, Berlin – Heidelberg –
New York 1987, 142–186
1187. Spencer A.J., Rivlin R.S. (1958/59): The theory of matrix polynomials and its application to the
mechanics of isotropic continua, Arch. Rational Mech. Anal 2 (1958/59) 309–336
1188. Spencer A.J., Rivlin R.S. (1960): Further results in the theory of matrix polynomials, Arch. Rational
Mech. and Analysis 3 (1960) 214–230
1189. Spencer D.C. (1969): Overdetermined systems of linear partial differential equations, Bulletin of the
American Mathematical Society 75 (1969) 179–239
1190. Spilhaus A. (1942): Maps of the whole world ocean, Geographical Review 32 (1942) 431–435
1191. Spilhaus A. (1976): New look in maps brings out patterns of plate tectonics, Smithsonian 7 (1976)
54–63
1192. Spilhaus A. (1983): World ocean maps: The proper places to interrupt, Proceedings of the American
Philosophical Society 127 (1983) 50–60
1193. Spilhaus A. (1984): Plate tectonics in geoforms and jigsaws, Proceedings of the American
Philosophical Society 128 (1984) 257–269
1194. Spilhaus A., Snyder J.P. (1991): World maps with natural boundaries, Cartography and Geographic
Information Systems 18 (1991) 246–254
1195. Spivak M. (1979): A comprehensive introduction to differential geometry, Vol. 4, 2nd edition, Publish
or Perish, Boston 1979
1196. Staude O. (1922): Fokaleigenschaften und konfokale Systeme von Fl¨ achen zweiter Ordnung, in:
Repetitorium der h¨ oheren Mathematik, Vol. 2 (Geometrie), ed.: E. Pascal, Verlag B.G. Teubner,
Leipzig (1922) 616–618
1197. Steeb W.H. (1991): Kronecker product of matrices and applications, B. I. Wissenschaftsverlag,
Mannheim 1991
1198. Steers J.A. (1970): An introduction to the study of map projections, 15th ed., University of London
Press, London 1970
1199. Stein E.M., Weiss G. (1968): Generalization of the Cauchy–Riemann equations and representations of
the rotation group, American J. Math. 90 (1968) 163–196
1200. Stillwell J. (1989): Mathematics and history, New York, Berlin, Heidelberg 1989, 152–167
1201. Stooke P.J. (1991): Lunar and planetary cartographic research at the University of Western Ontario,
CISM Journal ACSGC 45 (1991) 23–31
1202. Stooke P.J., Keller C.P. (1990): Map projections for non–spherical worlds, Cartographica 27 (1990)
82–100
1203. Stoughton H.W. (1984): Analysis of various algorithms to compute scale factors on the Lambert
conformal conic projection, Technical paper of the American Congress on Surveying and Mapping
Fall Convention, in: R.B. McEwen nad L. Starr (eds.): Research for the USGS digital cartography
program, San Antonio 1984, pp. 325–333
1204. Strang van Hees G.L. (1993): Globale en lokale geodetische Systemen, Nederlandse Commissie voor
Geodesie, TU Delft, Publikatie 30, Delft 1993
1205. Strasser G.L. (1957): Ellipsoidische Parameter der Erdfigur (1800–1959), Report A19, Deutsche
Geod¨ atische Kommission, Bayer. Akad. Wiss., M¨ unchen 1957
1206. Stroyan K. (1977): Infinitesimal analysis of curves and surfaces; in Barwise, J.: Handbook of
mathematical logic, North–Holland, Amsterdam 1977
1207. Sturmfels B. (1996): Gr¨ obner bases and convex polytopes, American Mathematical Society,
Providence 1996