A FORTRAN program is given which will (1) calculate atom and weight percentages from a given chemical formula: (2) calculate atom percentages from given weight percentages; (3) calculate oxide percentages from given weight percentages; and (4) calculate weight percentages from given oxide percentages. The program is interactive, easy to use, and very convenient for use in electron beam microanalytical work.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50385/1/1060020613_ftp.pd
"Chemistry Division""AEC Research and Development Report""(TID-4500, 35th Ed.)""Mathematics and Comp...
A computer program is described that will determine the molecular weight of DNA, RNA or protein mole...
A BASIC program is presented that calculates the elemental analysis of peptides given their primary ...
The development of EDATA2 was stimulated by the proliferation of mixed energy dispersive/wavelength ...
A series of six main programs and eighteen associated subroutines is presented which covers most of...
Calculation of mineral unit cell contents: FORTRAN computer programme A COMPUTER programme for the c...
A versatile interactive program for quantifying bulk samples and particles in electron probe microan...
Electron probe microanalyses in metallurgy and geology performed by FORTRAN progra
Quantitative Electron Probe Micro Analysis (EPMA) is carried out by non-dispersive energy analysis ...
The electron microprobe produces two-dimensional images of elemental distributions by displaying X-r...
A fourfold series of microprobe analyses was performed. The materials examined consisted of five spe...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
The chief advantage of the digital computer is that it can be instructed to perform complex or repet...
An interactive program, ALLCAL, has been developed at Los Alamos Scientific Laboratory (LASL) to cal...
The Z dependence of the phase angle of the complex atomic scattering amplitude can be used to separa...
"Chemistry Division""AEC Research and Development Report""(TID-4500, 35th Ed.)""Mathematics and Comp...
A computer program is described that will determine the molecular weight of DNA, RNA or protein mole...
A BASIC program is presented that calculates the elemental analysis of peptides given their primary ...
The development of EDATA2 was stimulated by the proliferation of mixed energy dispersive/wavelength ...
A series of six main programs and eighteen associated subroutines is presented which covers most of...
Calculation of mineral unit cell contents: FORTRAN computer programme A COMPUTER programme for the c...
A versatile interactive program for quantifying bulk samples and particles in electron probe microan...
Electron probe microanalyses in metallurgy and geology performed by FORTRAN progra
Quantitative Electron Probe Micro Analysis (EPMA) is carried out by non-dispersive energy analysis ...
The electron microprobe produces two-dimensional images of elemental distributions by displaying X-r...
A fourfold series of microprobe analyses was performed. The materials examined consisted of five spe...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
The chief advantage of the digital computer is that it can be instructed to perform complex or repet...
An interactive program, ALLCAL, has been developed at Los Alamos Scientific Laboratory (LASL) to cal...
The Z dependence of the phase angle of the complex atomic scattering amplitude can be used to separa...
"Chemistry Division""AEC Research and Development Report""(TID-4500, 35th Ed.)""Mathematics and Comp...
A computer program is described that will determine the molecular weight of DNA, RNA or protein mole...
A BASIC program is presented that calculates the elemental analysis of peptides given their primary ...