0273 Burkhalter, J. H. ; Anderson, R. S. ; Smith, W. V.;Gordy, W. ; Phys. Rev. 79, 651 (1950); The fine structureof the microwave absorption spectrum of oxygen.0284 Gilbert, D. A. ; Roberts, A., Phys. Rev. 77, 742(1950)Nuclear and molecular information from the microwavespectrum of FC1.0285 Gilliam, O. R. ; Johnson, C. M. ; Gordy, W. , Phys. Rev.78, 140 (1950); Microwave spectrum in the region from2- 3 mm.0291 Grabner, L. ; Hughes, V., Phys. Rev. 79^, 819(1950)39The radio frequency spectrum of K F by the electricresonance method.0292 Henry, A. F. , Phys. Rev. 79^, 213(1950)0293 Henry, A. F. , Phys. Rev. .80, 396 (1950); The Zeemaneffect in oxygen.0294 Henry, A. F. , Phys. Rev. 8£, 549 (1950); Hyperfinestructure of Zeeman levels in nitric oxide.0296 Hughes, V. ; Grabner, L. , Phys. Rev. 79_, 314(1950)Or Q "7The radio frequency spectrum of Rb F and Rb F byelectric resonance method.FC1CO, CH 3F, ICNKF (MB)°zNORbF (MB)0305 Klages, G. , Experientia £, 321 (1950); Absorption of Reviewmicrowaves in gases and liquids (a general review).0306 Kolsky, H. G. ; Phipps, T. E. , Jr. ; Ramsey, N. F. , Jr. ; H (MB)Silsbee, H. B. ; Phys. Rev. 79_, 883(1950).0307 Kolsky, H. G. ; Phipps, T. E. , Jr. ; Ramsey, N. F. , Jr. ; H (MB)Silsbee, H. B. ; Phys. Rev. 8£, 483(1950)0323 Maier, W. , Z. Elektrochem. 54, 521 (1950); Microwave Reviewspectra and molecular structure.0332 Mizushima, M. , Busseiron kenkyu 29_, 25 (1950); The width Reviewof microwave absorption bands of gases.0333 Mizushima, M. , Phys. Rev. 77_, 150(1950) H Z (IR)0362 Smith, D. F. ; Tidwell, M. ; Williams, D. V. P. BrFPhys. Rev. 77, 420 (1950); Microwave spectrum ofBrF.0363 Smith, D. F. ; Tidwell, M. ; Williams, D. V. P. BrClPhys. Rev. 79, 1007 (1950); Microwave spectrum of BrCl.0374 Wilson, E. B. , Jr., Faraday Soc. Discussion _9, 108 Review(1950); Determination of molecular structure with microwavespectroscopy.127
0375 Woodward, Nature 165, 198 (1950); Induced molecularvibrational and rotational absorption.0376 Zeiger, H. ; Bolef, D. ; Rabi, I. I. , Phys. Rev. 78, 34035 37(1950); Molecular beam spectrum of T1C1 and T1C1at zero fields.HC1T1C1 (MB)19510379 Anderson, R. S. , Thesis, Duke U. (1951)0380 Anderson, R. S. ; Johnson, C. M. ; Gordy, W., Phys.Rev. 83, 1061 (1951); Resonant absorption of oxygen at2. 5 millimeter wavelength.0381 Anderson, R. S. ; Smith, W. V. ; Gordy, W. , Phys. Rev.82, 264 (1951); Line breadths of the fine structure of themicrowave spectrum of oxygen.C>0385 Beringer, R. ; Castle, J. G. , Jr. , Phys. Rev. 81, 82(1951); Microwave magnetic resonance spectrum of oxygen.0386 Brown, S. C. , Phys. Rev. 82, 568 (1951); Breakdown inhydrogen at 100-Me. frequency.0397 Ewen, H. I. ; Purcell, E. M. , Phys. Rev. _83, 881 (1951)Radiation from hyperfine levels of interstellar hydrogen.0402 Frosh, R. A. ; Foley, H. M. , Phys. Rev. 82,, 337(1951)The hyperfine spectra of diatomic molecules.0408 Gokhale, B. V. ; Strandberg, M. W. P. , Phys. Rev. 82,327 (1951); Microwave absorption spectrum of oxygen.NO, O , hyperfineLiC>0409 Gokhale, B. V. ; Strandberg, M. W. P. , Phys. Rev. 8,4,844 (1951); Linebreadths in the 5 mm. microwave absorptionof O^.0411 Grabner, L. ; Hughes, J. V., Phys. Rev. £2, 561(1951) RbF (MB)Further evidence for a two quantum transition in molecularspectroscopy.1738 Greenhow, C. ; Smith, W. V., J. Chem. Phys. _19_, 1298 O^(1951); Molecular quadrupole moments of N and O .Lt £>0413 Hill, R. M.; Smith, W. V., Phys. Rev. £2, 451 (1951) CO, NOMicrowave collision diameters and associated quadrupolemoments.0422 Johnson, C. M. ; Trambarulo, R. ; Gordy, W. , Phys. Rev.84, 1178 (1951); Microwave spectroscopy in the region fromtwo to three millimeters. II' C°128
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Microwave Spectral TablesVolume I:
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Casimir's function and the hyperfin
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(11)J««-J transition,F^ ; i.j.r)s
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BrCl Bromine monochloride 2.. Isoto
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