1% Sample from http://amath.colorado.edu/documentation/LaTeX/basics/steps/BIBtex.html
2
3@ARTICLE{Bailey,
4   author = "D. H. Bailey and P. N. Swarztrauber",
5   title = "The fractional {F}ourier transform and applications",
6   journal = "SIAM Rev.",
7   volume = 33,
8   number = 3,
9   pages = "389--404",
10   year = 1991
11   }
12
13@ARTICLE{Bay1,
14   author = "A. Bayliss and C. I. Goldstein and E. Turkel",
15   title = "An iterative method for the {H}elmholtz equation",
16   journal = "J. Comp. Phys.",
17   volume = 49,
18   pages = "443--457",
19   year = 1983
20   }
21
22@TECHREPORT{Ernst,
23   author = "O. Ernst and G. Golub",
24   title = "A domain decomposition approach to solving the {H}elmholtz
25    equation with a radiation boundary condition",
26   number = "NA-92-08",
27   school = "Stanford University, Computer Science Department",
28   year = "August 1992"
29   }
30
31@TECHREPORT{Fujitsu,
32   organization = "Fujitsu",
33   title = "FACOM OS IV SSL II USER'S GUIDE, 99SP0050E5",
34   year = 1990
35   }
36
37@ARTICLE{Gold3,
38   author = "C. I. Goldstein",
39   title = "Multigrid methods for elliptic problems in unbounded domains",
40   journal = "SIAM J. Numer. Anal.",
41   volume = 30,
42   pages = "159--183",
43   year = 1993
44   }
45
46@BOOK{Hale,
47   author = "J. K. Hale",
48   title = "Theory of functional--differential equations",
49   publisher = "Springer--Verlag, Berlin--Heidelberg--New York",
50   year = 1977
51   }
52
53@INBOOK{Swa82,
54   author = "P. N. Swarztrauber",
55   title = "Vectorizing the {FFTs}",
56   editor = "G.~Rodrigue",
57   booktitle = "Parallel Computations",
58   publisher = "Academic Press, New York",
59   year = 1982
60   }
61
62@PHDTHESIS{Ta,
63   author = "S. Ta'asan",
64   title = "Multigrid Methods for Highly Oscillatory Problems",
65   school = "Weizmann Institute of Science, Rehovot, Israel",
66   year = "1984"
67   }
68