Citation: Je. Bertie et Cd. Keefe, INFRARED INTENSITIES OF LIQUIDS XXII - OPTICAL AND DIELECTRIC-CONSTANTS, MOLAR POLARIZABILITIES, AND INTEGRATED-INTENSITIES OF LIQUID BENZENE-D(6) AT 25-DEGREES-C BETWEEN 5000 AND 450 CM(-1), Fresenius' journal of analytical chemistry, 362(1), 1998, pp. 91-108
Citation: Je. Bertie et Kh. Michaelian, COMPARISON OF INFRARED AND RAMAN WAVE-NUMBERS OF NEAT MOLECULAR LIQUIDS - WHICH IS THE CORRECT INFRARED WAVE-NUMBER TO USE, The Journal of chemical physics, 109(16), 1998, pp. 6764-6771
Authors:
SCHUTTE CJH
BERTIE JE
BUNKER PR
HOUGEN JT
MILLS IM
WATSON JKG
WINNEWISSER BP
Citation: Cjh. Schutte et al., NOTATIONS AND CONVENTIONS IN MOLECULAR-SPECTROSCOPY .1. GENERAL SPECTROSCOPIC NOTATION, Pure and applied chemistry, 69(8), 1997, pp. 1633-1639
Authors:
SCHUTTE CJH
BERTIE JE
BUNKER PR
HOUGEN JT
MILLS IM
WATSON JKG
WINNEWISSER BP
Citation: Cjh. Schutte et al., NOTATIONS AND CONVENTIONS IN MOLECULAR-SPECTROSCOPY .2. SYMMETRY NOTATION, Pure and applied chemistry, 69(8), 1997, pp. 1641-1649
Citation: Je. Bertie et Y. Apelblat, ABSOLUTE INFRARED INTENSITIES OF BINARY-MIXTURES OF LIQUID CHLOROBENZENE AND TOLUENE, Mikrochimica acta, 1997, pp. 293-294
Citation: Je. Bertie et Y. Apelblat, AN APPROXIMATE METHOD FOR THE CALCULATION OF THE INFRARED MOLAR ABSORPTION-COEFFICIENT AND ABSORPTION INDEX SPECTRA OF LIQUIDS FROM TRANSMISSION MEASUREMENTS, Mikrochimica acta, 1997, pp. 295-296
Citation: Je. Bertie et Sll. Zhang, INFRARED INTENSITIES OF LIQUIDS .2. INTEGRATED ABSORPTION INTENSITIESOF CH3OH, CH3OD, CD3OH AND CD3OD AND DIPOLE-MOMENT DERIVATIVES OF METHANOL, Journal of molecular structure, 413, 1997, pp. 333-363
Citation: Je. Bertie et Zd. Lan, AN ACCURATE MODIFIED KRAMERS-KRONIG TRANSFORMATION FROM REFLECTANCE TO PHASE-SHIFT ON ATTENUATED TOTAL-REFLECTION, The Journal of chemical physics, 105(19), 1996, pp. 8502-8514
Citation: Je. Bertie et Y. Apelblat, INFRARED INTENSITIES OF LIQUIDS .19. A SIMPLE AND EFFECTIVE APPROXIMATE METHOD FOR THE CALCULATION OF INFRARED OPTICAL-CONSTANT SPECTRA OF LIQUIDS FROM TRANSMISSION MEASUREMENTS, Applied spectroscopy, 50(8), 1996, pp. 1039-1046
Citation: Je. Bertie et Zd. Lan, INFRARED INTENSITIES OF LIQUIDS .20. THE INTENSITY OF THE OH STRETCHING BAND OF LIQUID WATER REVISITED, AND THE BEST CURRENT VALUES OF THE OPTICAL-CONSTANTS OF H2O(1) AT 25-DEGREES-C BETWEEN 15,000 AND 1 CM(-1), Applied spectroscopy, 50(8), 1996, pp. 1047-1057
Citation: Je. Bertie et T. Vodinh, SPECTROSCOPY COMMISSIONS OF THE INTERNATIONAL UNION OF PURE AND APPLIED CHEMISTRY, Applied spectroscopy, 50(4), 1996, pp. 12-20
Citation: Je. Bertie et al., MEASUREMENT AND USE OF ABSOLUTE INFRARED-ABSORPTION INTENSITIES OF NEAT LIQUIDS, Vibrational spectroscopy, 8(2), 1995, pp. 215-229
Citation: Je. Bertie et Z. Lan, THE REFRACTIVE-INDEX OF COLORLESS LIQUIDS IN THE VISIBLE AND INFRARED- CONTRIBUTIONS FROM THE ABSORPTION OF INFRARED AND ULTRAVIOLET-RADIATION AND THE ELECTRONIC MOLAR POLARIZABILITY BELOW 20500 CM(-1), The Journal of chemical physics, 103(23), 1995, pp. 10152-10161
Citation: Je. Bertie et al., INFRARED INTENSITIES OF LIQUIDS .18. ACCURATE OPTICAL-CONSTANTS AND MOLAR ABSORPTION-COEFFICIENTS BETWEEN 6500 AND 800 CM(-1) OF DICHLOROMETHANE AT 25-DEGREES-C, FROM SPECTRA RECORDED IN SEVERAL LABORATORIES, Applied spectroscopy, 49(6), 1995, pp. 840-851
Citation: Je. Bertie et al., INFRARED INTENSITIES OF LIQUIDS .16. ACCURATE DETERMINATION OF MOLECULAR BAND INTENSITIES FROM INFRARED REFRACTIVE-INDEX AND DIELECTRIC-CONSTANT SPECTRA, Journal of molecular structure, 324(1-2), 1994, pp. 157-176
Citation: Je. Bertie et Cd. Keefe, COMPARISON OF INFRARED-ABSORPTION INTENSITIES OF BENZENE IN THE LIQUID AND GAS PHASES, The Journal of chemical physics, 101(6), 1994, pp. 4610-4616
Citation: Je. Bertie et Sl. Zhang, INFRARED INTENSITIES OF LIQUIDS .17. INFRARED REFRACTIVE-INDEXES FROM8000-CM(-1) TO 350-CM(-1), ABSOLUTE INTEGRATED ABSORPTION INTENSITIES, TRANSITION MOMENTS, AND DIPOLE-MOMENT DERIVATIVES OF METHAN-D(3)-OL AND METHANOL-D(4) AT 25-DEGREES-C, The Journal of chemical physics, 101(10), 1994, pp. 8364-8379
Citation: Je. Bertie et Sll. Zhang, INFRARED INTENSITIES OF LIQUIDS .15. INFRARED REFRACTIVE-INDEXES FROM8000 TO 350 CM(-1), ABSOLUTE INTEGRATED-INTENSITIES, TRANSITION MOMENTS, AND DIPOLE-MOMENT DERIVATIVES OF METHANOL-D, AT 25-DEGREES-C, Applied spectroscopy, 48(2), 1994, pp. 176-189
Citation: Wb. Fischer et al., CORRECTIONS TO THE BASE-LINE DISTORTIONS IN THE OH-STRETCH REGION OF AQUEOUS-SOLUTIONS, Applied spectroscopy, 48(1), 1994, pp. 107-112
Citation: Je. Bertie et al., INFRARED INTENSITIES OF LIQUIDS .13. ACCURATE OPTICAL-CONSTANTS AND MOLAR ABSORPTION-COEFFICIENTS BETWEEN 6500 AND 435 CM(-1) OF TOLUENE AT25-DEGREES-C, FROM SPECTRA RECORDED IN SEVERAL LABORATORIES, Applied spectroscopy, 48(1), 1994, pp. 127-143
Citation: Je. Bertie et al., INFRARED INTENSITIES OF LIQUIDS .14. ACCURATE OPTICAL-CONSTANTS AND MOLAR ABSORPTION-COEFFICIENTS BETWEEN 4800 AND 450 CM(-1) OF CHLOROBENZENE AT 25-DEGREES-C FROM SPECTRA RECORDED IN SEVERAL LABORATORIES, Applied spectroscopy, 48(1), 1994, pp. 144-159