Nuclear Ground-State Masses and Deformations: Compressed Files

Each of these files for the manuscript ``Nuclear Ground-State Masses and Deformations,'' by P. Möller, J. R. Nix, W. D. Myers, and W. J. Swiatecki, has been compressed by use of the command gzip name to produce the compressed version name.gz. If these files are not decompressed automatically by your system, then use the command gunzip name.gz to transform the compressed file name.gz into the normal file name. The description for each file below refers to the normal version after decompression.

text.dvi.gz (76 KB). Device-independent (dvi) file produced by LaTeX of the text section of the manuscript, which occupies pages i, ii (blank to facilitate double-sided printing), and 1-46, plus the explanation of the table, which occupies page 67, and a page 68 that should be discarded. This file may be conveniently viewed on-screen by use of xpreview, xdvi, or similar dvi previewer.
text.ps.gz (132 KB). PostScript file produced by LaTeX and dvips of the text section of the manuscript, which occupies pages i, ii (blank to facilitate double-sided printing), and 1-46, plus the explanation of the table, which occupies page 67. Print this file as a graphics PostScript file on a 300-dpi PostScript printer to produce the entire text section and explanation of the table.
text.tex.gz (48 KB). LaTeX file of the text section of the manuscript, which occupies pages i, ii (blank to facilitate double-sided printing), and 1-46, plus the explanation of the table, which occupies page 67, and a page 68 that should be discarded. Please note that if you process this file with your LaTeX system, you may obtain line and page breaks at different locations than occurred where the manuscript was prepared. To guarantee the original appearance of the manuscript, you should instead either view the above file text.dvi or print the above file text.ps.
figs1-8.ps.gz (127 KB). Figures 1-8 of the manuscript. Print on any black-and-white PostScript printer. Alternatively, this file may be conveniently viewed on-screen by use of ghostview or similar PostScript previewer.
figs9-20bw.ps.gz (181 KB). Black-and-white version of figures 9-20 of the manuscript. Print on any black-and-white PostScript printer. This PostScript file contains a transformation of the original color figures to a grayscale that is suitable for printing on a black-and-white printer. If the grayscale comes out smudged on your particular printer, or if the figures are to be subsequently copied, then the value 1.0 in the PostScript command 1.0 setfre at record number 346 in this file should be changed to a lower value, such as 0.5. Alternatively, this file may be conveniently viewed on-screen by use of ghostview or similar PostScript previewer. The color file below is not suitable for printing on a black-and-white printer. Although it should print, the resulting grayscale is highly nonoptimal.
figs9-20col.ps.gz (184 KB). Color version of figures 9-20 of the manuscript. This file should be printed on a color PostScript printer. The page number, figure number, and running head may not be printed properly on some color printers. If this occurs, either locate a color printer that is able to print close to the edge of the paper or rescale the figure by use of an appropriate PostScript command. Alternatively, provided that you have a color monitor, this file may be conveniently viewed on-screen by use of ghostview or similar PostScript previewer.
table.dat.gz (265 KB). Mass table in the computer-readable format (3i5,9f10.3,6f10.2). Please note that a blank field does not necessarily mean that the corresponding quantity is zero; a blank field may only signify that the quantity was either not available or not applicable. However, in the case of epsilon3 a blank field does mean that epsilon3 is calculated to be zero. The quantities in the table are discussed in the explanation of the table, which appears on page 67 of the manuscript. Relative to the table in the manuscript, this computer-readable table has an extra first column, which gives the proton number. Also, there are no interspersed lines giving the proton number and chemical symbol in this computer-readable table.
table.dvi.gz (315 KB). Device-independent (dvi) file produced by LaTeX of the mass table, which occupies page 67 (blank to facilitate double-sided printing) and pages 68-227. This file may be conveniently viewed on-screen by use of xpreview, xdvi, or similar dvi previewer.
table.ps.gz (451 KB). PostScript file produced by LaTeX and dvips of the mass table, which occupies page 67 (blank to facilitate double-sided printing) and pages 68-227. Print this file as a graphics PostScript file on a 300-dpi PostScript printer to produce the entire table.
table.tex.gz (279 KB). LaTeX file of the mass table, which occupies page 67 (blank to facilitate double-sided printing) and pages 68-227. Please note that if you process this file with your LaTeX system, you may obtain line and page breaks at different locations than occurred where the table was prepared. To guarantee the original appearance of the manuscript, you should instead either view the above file table.dvi or print the above file table.ps.

Additional Comments

All the files with extension .ps should be printed on a PostScript printer. The print command to use depends on the specific computer system, but is normally the command used for printing a postscript graphics file. This should also be used for the files text.ps and table.ps!

The files text.ps and table.ps should be printed only on a 300-dpi PostScript printer. Alternatively, they may be conveniently viewed on-screen by use of ghostview or similar PostScript previewer.

The figure files can be printed on a PostScript printer with arbitrary resolution. Clearly, the quality will be higher on a printer with higher resolution.

The figure PostScript files can be split into separate files corresponding to individual figures. The split should occur between %%trailer and %!PS-Adobe-1.0.