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                    Bruce C.Berndt — Ramanujan's Notebooks (part 2) 
                  
                
                    
                        
                            
                                
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                                    Название:   Ramanujan's Notebooks (part 2) 
Автор:   Bruce C.Berndt   
Аннотация:  During the years 1903-1914, Ramanujan recorded many of his mathematical discoveries in notebooks without providing proofs. Although many of his results were already in the literature, more were not. Almost a decade after Ramanujan's death in 1920, GN Watson and BM Wilson began to edit his notebooks, but never completed the task. A Photostat edition, with no editing, was published by the Tata Institute of Fundamental Research in Bombay in 1957. 
 This book is the second of four volumes devoted to the editing of Ramanujan's Notebooks. Part I, published in 1985, contains an account of Chapters 1-9 in the second notebook as well as a description of Ramamnujan's second notebook. If a result is known, we provide references in the literature where proofs may be found; if a result is not known, we attempt to prove it. 
 
 Not only are the results fascinating, but, for the most part, Ramanujan's methods remain a mystery. Much work still needs to be done. We hope readers will strive to discover Ramanujan's thoughts and further develop his beautiful ideas.
 
Язык:   
Рубрика:  Математика /Анализ /Продвинутый анализ / 
Статус предметного указателя:  Готов указатель с номерами страниц  
ed2k:   ed2k stats  
Год издания:  1989 
Количество страниц:  359 
Добавлена в каталог:  20.10.2004 
Операции:  Положить на полку  |
	 
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                    Предметный указатель 
                  
                
                    
                        Abel — Plana summation formula        221    
Abel's formula        88    
Absolutely complete series        320    
Achuthan, P.        126   130    
Aiyar, M.V.        see “Ayyar”    
Aiyar, S.N.        285    
Allen, E.J.        109    
Andoyer, H.        137    
Andrews, G.E.        1   6   15   127   305    
Apery, R.        155   162    
Apostol, T.M.        259   276   330    
Appell, P.E.        8    
Appledorn, C.R.        216    
Askey, R.A.        6   8—9   36   41   86—87   137   219   225    
Asymptotic expansions        5   54—56   168   181—184   185—218   238—239   283—291   300—314   337    
Atkin, A.O.L.        329    
Ayoub, R.        73   283   305    
Ayyar (Aiyar), M.V.        253   256   261—263    
Bailey, W.N.        42   48   59    
Barnes, E.W.        214    
Batut, C.        162    
Bauer — Muir transformation        159   162    
Bauer, G.        24   145    
Belevitch, V.        134    
Berndt, B.C.        240   245   253   256   258—261   263   276—277   293—295   299   326   333    
Bernoulli number        36   301    
Bessel functions        51   58—59   133   186   214    
Binet, J.        206   221    
Binomial coefficient identities        69    
Birthday surprise problem        182    
Blaum, M.        182    
Boas, R.P.        226    
Bodendiek, R.        276    
Boersma, J.        294    
Bowman, K.O.        181    
Bromwich, T.J.PA.        238    
Brouncker, Lord        145    
Bruckman, P.S.        299    
Buckholtz, J.D.        182    
Buehler, W.K.        8    
Buehring, W.        77    
Burkhardt, H.        206    
C-fraction        175    
Carlitz, L.        182    
Carlson, B.C.        15    
Carr, G.S.        102   134    
Catalan's constant        40   45   151   153    
Cauchy, A.        187   262   293—294   299    
Chandrasekharan, K.        262   276    
Character (mod 4)        240    
Chowla, S.        262—263   277    
Chrystal, G.        106    
Churchill, R.V.        324    
Clausen, T.        58    
Coddington, E.A.        88    
Cohen, H.        6   151   162   175    
Complete series        320    
Continued fractions        4   103—107   112—166   168—172   175—183    
Continued fractions notation        104—105    
Continued fractions of Bessel functions        133    
Continued fractions of gamma functions        132   140—164    
Continued fractions of hypergeometric functions        see “Hypergeometric functions”    
Continued fractions periodic        116    
Continued fractions tails        105   107   112   115   119   120    
Continued fractions, even part        121    
Continued fractions, general convergence        123    
Continued fractions, kth numerator and denominator        105    
Copson, E.T.        34   66   182   203   307    
Coulomb approximation        40    
Darling, H.B.C.        46—47    
De Morgan, A.        127   129    
de Saint-Venant, M.        294    
Dedekind eta-function        253   281   305    
Dedekind zeta-function        276    
Degree of a modular equation        334    
Degree of a series        320—321    
Dickson, L.E.        327    
Discriminant function        326    
Divisor problem        304    
Divisor sums        301   313—314   319   327   329—330    
Dixon, A.C.        4   7   15   22   24—25   46   60—62    
Dougall, J.        8   40   47   145    
Dyson — Gunson — Wilson identity        15    
Edwards, J.        102   162   192    
Eisenstein series        5   240   301   318—320   326—333    
Elliptic integral        38   79—80   281    
Endelyi, A.        44    
Euler — Maclaurin summation formula        208   300—302    
Euler, L.        103   106   114   129   132—133   137   141   168   185    
Evans, R.J.        5—6   12   40   48   65   70   77   186   202   216   243    
Exponential integral        184    
Exponential series        181    
Fichtengolz, G.M.        232    
Fields, J.        6   12    
Flajolet, P.        6   130   300    
Fletcher, A.        96    
Frasch, H.        328    
Frullani's theorem        162    
Gamma function        5   96   172—175    
Gamma function, continued fractions        see “Continued fractions”    
Gamma function, logarithmic derivative        8   43   104    
Gauss's continued fraction        103   134    
Gauss's theorem        17   25   26   36   56   84   120    
Gauss, C.F.        4   7   34   36   42   50   57   92    
Generalized hypergeometric series        8    
Gessel, I.        7   15    
Glaeske, H.J.        276    
Glaisher, J.W.L.        192   262   315   327    
Glasser, M.L.        6   226    
Goldberg, L.        305    
Goldstein, L.J.        276    
Gosper, R.W.        7    
Gould, H.W.        69    
Gouldlen, I.P.        126   130    
Graham, S.        304    
Grosjean, C.C.        294   329    
Grosswald, E.        256   261   276    
Guinand, A.P.        256   262   276    
Hafner, J.L.        304    
Halbritter, U.        276    
Halphen, M.        327    
Hansen, E.R.        69    
Hardy, G.H.        2   4   7—9   11   15   18   20—22   24   39   41   50   57—61   63   86   102—103   145—146   156   168   181   185   190   192   214   225   240   261—262   284   293   295   298   304—305   333    
Henriei, P.        221   247—248    
Herschfeld, A.        109    
Hill, J.        242    
Hill, M.J.M.        34    
Hurwitz, A.        256   262    
Hypergeometric series        4   7—102   186   196   245—248    
Hypergeometric series, asymptotic formulas        12—15   40—43   52   70—77   193—205    
Hypergeometric series, balanced        13   48   70—77   80    
Hypergeometric series, confluent        186   193—193   202—205    
Hypergeometric series, continued fractions        103   112   115—117   120   131   134—137   139—140   142—145   164—165   180    
Hypergeometric series, differential equations        49   87—92    
Hypergeometric series, partial sums        11—14   39   41—42   45—47    
Hypergeometric series, products        48   58—64    
Hypergeometric series, quadratic transformations        48—51   58   64   92—99    
Imperfect series        320    
Inclusion-Exclusion Principle        28    
Incomplete series        320    
Infinite products        230—231   241    
Infinite radicals        108—112    
Integrals        31—32   54—56   79—80   166—171   178—182   185—207   216—217   219—227   229—237   263—264   278—279    
Iseki, S.        276    
Ismail, M.E.H.        6   321   323    
Iteration of function        335—338    
Ivic, A.        304    
Iwaniec, H.        304    
Jackson, D.M.        126   130   133    
Jacobi, C.G.J.        9   185    
Jacobsen, L.        6   104   107   109   121—124   132   137   141   146   148   156—157   159   162   164—165   169    
Jogdeo, K.        182    
Jones, W.B.        105   116   121—122   129   134    
Jordan, W.B.        145    
Kampe de Feriet, J.        8    
Karlsson, P.W.        7    
Katayama, K.        276—277    
Khovanskii, A.N.        105   134   170    
Kirschenhofer, P.        276    
Klamkin, M.S.        182    
Klein, F.I.        8    
Klusch, D.        299    
Knopp, K.        268    
Knuth, D.E.        182    
Kolesnik, G.        304    
Koshliakov, N.S.        262    
Krischnamachari, C.        256   262    
Krishnan, K.S.        226    
Kummer's theorem        17   21   24    
Kummer, E.E.        4   7   36—37   42   48—50   64   92—93   96   117    
L-function        259   276—277    
Lagrange inversion formula        100—102   198   202    
Lagrange, J.        253   256   261    
Lagrange, J.L.        133    
Laguerre, E.        132    
Lambert, J.H.        133    
Lamm, G.        40    
Lampherre, R.L.        5—6   243    
Landau's constant        40    
Landau, E.        304    
Lavoie, J.L.        19    
Lawden, D.F.        182    
Lebedev, N.N.        186   193   202    
Legendre polynomials        65—69    
Legendre, A.M.        165    
Lehmer, D.H.        330    
Lerch zeta-function        259    
Lerch, M.        276   293    
LeVeque, W.J.        330    
Levitt, J.        329    
Lewittes, J.        256    
Lindeloef, E.        221    
Linear series        321    
Ling, C.-B.        256   262   299    
Littlewood, J.E.        305    
MacMahon, P.A.        28    
Madhava, K.B.        150    
Malmsten's integral representation of        162    
Malurkar, S.L.        256   261—263   276—277   295    
Marsaglia, J.C.W.        181    
Masser, D.W.        6   329    
Masson, D.        141   142   145    
Matala-Aho, T.        38    
Mathematical gazette        182   295    
Matsuoka, Y.        276    
McCabe, J.H.        130    
McKay, J.H.        108    
Mellin, H.        295    
Mikolas, M.        276    
Mixed series        320    
Modified theta-function        5   314—317    
Modular equation        301   333—335   338    
Modular form        327—329    
Morley, F.        25    
Mozzochi, C.J.        304    
Muir, T.        129    
Multiplier for modular equation        334    
Nagasaka, C.        276    
Nanjundiah, T.S.        261—263   277   294   295    
Narasimhan, R.        262   276    
Newman, D.J.        182    
Newton, I.        28    
Nielsen, N.        32   165   181   184   206    
Noerlund, N.E.        135   156    
Ogg, A.        320    
Olivier, M.        162    
Olver, F.W.J.        6   104   168   184   208   212—214   216    
Paris, R.B.        182    
Parseval's theorem        186   207   224—225    
Partial fraction decompositions        237   241   248—249   267—275   277—279   291—293   314—315    
Partition function        305    
Perfect series        320    
Perron, O.        105—106   112   120   132—135   137   141   146   148   156   159   170    
Pfaff, J.F.        9   36   93    
Phillips, E.G.        294—295    
Pincherle, S.        142—143    
Poisson distribution        182    
Poisson summation formula        5   225   233   235   238   240   252—253   264   316—317    
Poisson summation formula for sine transforms        236   257   265   289    
Pollak, H.O.        217    
Pollard, H.        226    
Ponnuswamy, S.        126   130    
Preece, C.T.        121   146   156   293   295    
PRIMES        304    
Prodinger, H.        276    
Pure series        320    
Putnam, William Lowell        108    
Rademacher, H.        305    
Ramamani, V.        329    
Ramanathan, K.G.        134   137   141   146    
Rankin, R.A.        318—320   326   328   332    
Rao, M.B.        253   256   261—263    
Rao, S.N.        276    
Razar, M.J.        276    
Residue for double pole        324    
Residue for triple pole        325    
Riemann zeta-function        30—31   150   153   155   173   276   301   306—321    
Riesel, H.        262   276   295   305    
Riordan, J.        34    
Rogers, L.J.        11   121   125   127   129   148   150   151   163    
Roy, R.        7   225    
Saalschuetz, L.        4   7   9   15   99   187    
Samuels, S.M.        182    
Sandham, H.F.        256   262   293—295    
Sayer, F.P.        293—295    
Schlaefli, L.        59    
Schloemlich, O.        253   256    
Schoeneberg, B.        320    
Self-repeating series        336    
Serre, J.-P.        320    
Shepp, L.        217    
Sitaramachandrarao, R.        6   256   261   271   276   293   297    
Sizer, W.S.        109    
Slater, L.        8    
Smart, J.R.        276   293—294    
Srivastava, H.M.        61    
St. Paul        1    
Stanton, D.        7   15   48   70   77   102    
Stieltjes, T.J.        141   149—151   154   156   163    
Szabo, A.        40    
Szegoe, G.        109   181—182   184    
Terras, A.        276    
Theory of indices        320    
Theta-function        253   301   314   322—323    
Theta-function reciprocal        305    
Thomae, J.        7   39    
Thron, W.J.        105   116   121—122   129   134    
Titchmarsh, E.C.        189   191   223—225   235   257   289   301   304   306—307   311   317    
Toyoizumi, M.        276    
Tricomi, F.G.        44    
Trinity College        5    
Tschebyscheff polynomials        99    
Tschebyscheff, P.        169    
University of Illinois        1    
Vaeaenaenen, K.        38    
Vandermonde's theorem        36—37    
Vaughn, J.        6    
Venkatachaliengar, K.        319    
Vijayaraghavan, T.        108—109    
Vivekananda        1    
                            
                     
                  
			 
		          
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