MICROWAVE SPECTRAL TABLES Diatomic Molecules

1684 Mizushima M. ; J. Chem. Phys. 32, 691 (1960); Theoryof microwave absorption by compressed oxygen gas.1693 Radford, H. E. ; NBS Report 7011, (1960); The microwaveZeeman effect of free hydroxyl radicals.1709 Wharton, L. ; Gold, L. P.; Klemperer, W. ; J. Chem.Phys. 33, 1255 (I960); Dipole moment of lithium hydride.°2HOLiH1713 Zimmerer, R. W. ; Rev. Sci. Instr. 31, 106 (1960); Precision Zeeman modulation microwave spectrometer.Additions to Bibliography1728 Stitch, M. L. ; Honig, A.; Townes, C. H. ; Phys. Rev.86, 607 (1952); High temperature microwave spectroscopy-"spectrum of KC1, T1C1.1731 White, R. L. ; Revs. Mod. Phys. -27, 276 (1955); Magnetichyperfine structure due to rotation in S molecules.1732 Altshuller, A. P.; J. Chem. Phys. 2_1, 2074 (1953); Dipolemoments of gaseous thallous halides.1738 Greenhow, C. ; Smith, W. V. ; J. Chem. Phys. 19, 1298(1951); Molecular quadrupole moments of N and O .1739 Burrus, C. A.; Graybeal, J. D. ; Phys. Rev. 109, 1553(1958); Stark effect at 2. 0 and 1. 2 millimeters wavelength:nitric oxide.KC1, T1C1FC1TIBr Til°2NO1741 Henry, A. F. ; Beringer, R. ; Rawson, E. B. ; Phys. Rev. NO94, 343 (1954); Microwave resonance in nitric oxide: Adoubling and hyperfine structure.1744 Van Vleck, J. H. ; Report 664 from Radiation Laboratory HO. O.MIT (March 1, 1945); Further theoretical investigations onthe atmospheric absorption of microwaves.1863 Madden, R. P.; Benedict, W. S.; J, Chem. Phys. 2,3, 408 OH (IR)(1955); Pure rotational lines of OH.1958 Zimmerer, R. W. ; Mizushima, M. ; Phys. Rev. 121, 152 O(1961); Precise measurement of the microwave absorptionfrequencies of the oxygen molecule and the velocity of light.1959 Hendrie, J. M. ; Kusch, P.; Phys. Rev. 107, 716 (1957) O1960 Bowers, K. D. ; Kamper, R. A. ; Lustig, C. D. ; Proc. ORoy. Soc. A251, 565 (1959)1961 Ehrenstein, G. ; Townes, C. H.; Stevenson, M. J. ; Phys. OHRev. Letters 3, 40 (1959)143