Atomic Masses of $H^{1}$ , $D^{2}$ , $C^{12}$ , and $S^{32}$

15 May 1956

journal article
research article
Published by American Physical Society (APS) in Physical Review B

Vol. 102 (4) , 1071-1075
https://doi.org/10.1103/physrev.102.1071

Abstract

The large double-focusing mass spectrometer recently developed has been used to measure a series of 25 mass doublets. This instrument features a new peak-matching method of measurement which involves the presentation of a portion of the mass spectrum upon an oscilloscope. A group of consistency tests has been performed to prove the correctness of the mass dispersion formula used in calculating mass differences.

Keywords

This publication has 7 references indexed in Scilit:

Atomic Masses from $C^{12}$ to ${Ne}^{22}$
Physical Review B, 1956
Isotopic masses I. A < 34
Physica, 1954
Mass Spectroscopic Atomic Mass Differences
Reviews of Modern Physics, 1954
Masses of Light Atoms
Physical Review B, 1953
Atomic Masses in the Region about Mass 40
Physical Review B, 1951
The $H_{2}$ — D Mass Difference and the Determination of Secondary Atomic Mass Standards
Physical Review B, 1951
The Atomic Masses ofH1,C12, andS32
Physical Review B, 1951

Atomic Masses of H1, D2, C12, and S32

Abstract

Keywords

Atomic Masses of $H^{1}$ , $D^{2}$ , $C^{12}$ , and $S^{32}$