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Results:
1-23
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Results: 23
Authors:
CHU PM
RHODERICK GC
VANVLACK D
WETZEL SJ
LAFFERTY WJ
GUENTHER FR
Citation: Pm. Chu et al., A QUANTITATIVE INFRARED SPECTRAL DATABASE OF HAZARDOUS AIR-POLLUTANTS, Fresenius' journal of analytical chemistry, 360(3-4), 1998, pp. 426-429
Authors:
PERRIN A
FLAUD JM
GOLDMAN A
CAMYPEYRET C
LAFFERTY WJ
ARCAS P
RINSLAND CP
Citation: A. Perrin et al., NO2 AND SO2 LINE PARAMETERS - 1996 HITRAN UPDATE AND NEW RESULTS, Journal of quantitative spectroscopy & radiative transfer, 60(5), 1998, pp. 839-850
Authors:
CEAUSU A
GRANER G
BURGER H
MKADMI EB
PRACNA P
LAFFERTY WJ
Citation: A. Ceausu et al., HIGH-RESOLUTION STUDY OF THE FIRST STRETCHING OVERTONES OF (H3SIBR)-BR-79, Journal of molecular spectroscopy (Print), 192(1), 1998, pp. 47-60
Authors:
SAMS RL
BLAKE TA
SHARPE SW
FLAUD JM
LAFFERTY WJ
Citation: Rl. Sams et al., HIGH-RESOLUTION INFRARED STUDY OF THE NU(14), NU(17), AND NU(18) BANDS OF (B2H6)-B-11 AND (BBH6)-B-10-B-11, Journal of molecular spectroscopy (Print), 191(2), 1998, pp. 331-342
Authors:
FLAUD JM
BIRK M
WAGNER G
ORPHAL J
KLEE S
LAFFERTY WJ
Citation: Jm. Flaud et al., THE FAR-INFRARED SPECTRUM OF HOCL - LINE POSITIONS AND INTENSITIES, Journal of molecular spectroscopy (Print), 191(2), 1998, pp. 362-367
Authors:
BELOV SP
TRETYAKOV MY
KOZIN IN
KLISCH E
WINNEWISSER G
LAFFERTY WJ
FLAUD JM
Citation: Sp. Belov et al., HIGH-FREQUENCY TRANSITIONS IN THE ROTATIONAL SPECTRUM OF SO2, Journal of molecular spectroscopy (Print), 191(1), 1998, pp. 17-27
Authors:
CHU PM
WETZEL SJ
LAFFERTY WJ
PERRIN A
FLAUD JM
ARCAS P
GUELACHVILI G
Citation: Pm. Chu et al., LINE-INTENSITIES FOR THE 8-MU-M BANDS OF SO2, Journal of molecular spectroscopy, 189(1), 1998, pp. 55-63
Authors:
LAFFERTY WJ
FLAUD JM
GUELACHVILI G
Citation: Wj. Lafferty et al., ANALYSIS OF THE 2-NU(1) BAND SYSTEM OF SO2, Journal of molecular spectroscopy, 188(1), 1998, pp. 106-107
Authors:
LAFFERTY WJ
SOLODOV AM
LUGEZ CL
FRASER GT
Citation: Wj. Lafferty et al., ROTATIONAL LINE STRENGTHS AND SELF-PRESSURE-BROADENING COEFFICIENTS FOR THE 1.27-MU-M, A (1)DELTA(G)-X-3-SIGMA(-)(G), V = 0-0 BAND OF O-2, Applied optics, 37(12), 1998, pp. 2264-2270
Authors:
DCUNHA R
JOB VA
RAJAPPAN G
DEVI VM
LAFFERTY WJ
WEBER A
Citation: R. Dcunha et al., THE HIGH-RESOLUTION INFRARED-SPECTRUM OF THE NU(1) 2(NU)(2) FERMI DYAD BANDS OF COF2/, Journal of molecular spectroscopy, 186(2), 1997, pp. 363-373
Authors:
DOMENECH JL
FRASER GT
WALKER ARH
LAFFERTY WJ
SUENRAM RD
Citation: Jl. Domenech et al., INFRARED AND MICROWAVE MOLECULAR-BEAM STUDIES OF N2O5, Journal of molecular spectroscopy, 184(1), 1997, pp. 172-176
Authors:
DOMENECH JL
FLAUD JM
FRASER GT
ANDREWS AM
LAFFERTY WJ
WATSON PL
Citation: Jl. Domenech et al., INFRARED DIODE-LASER MOLECULAR-BEAM SPECTRUM OF THE NU(2) BAND OF CHLORINE NITRATE AT 1293 CM(-1), Journal of molecular spectroscopy, 183(2), 1997, pp. 228-233
Authors:
FLAUD JM
BETRENCOURT M
ARCAS P
BURGER H
POLANZ O
LAFFERTY WJ
Citation: Jm. Flaud et al., SIMULTANEOUS ANALYSIS OF THE 2-NU(2), NU(1), AND NU-V(3) BANDS OF HYDROGEN TELLURIDE, Journal of molecular spectroscopy, 182(2), 1997, pp. 396-420
Authors:
CRAIG NC
ABIOG OP
HU B
STONE SC
LAFFERTY WJ
XU LH
Citation: Nc. Craig et al., COMPLETE STRUCTURE OF TRANS-1,2-DIFLUOROETHYLENE FROM THE ANALYSIS OFHIGH-RESOLUTION INFRARED-SPECTRA, Journal of physical chemistry, 100(13), 1996, pp. 5310-5317
Authors:
LAFFERTY WJ
PINE AS
HILPERT G
SAMS RL
FLAUD JM
Citation: Wj. Lafferty et al., THE NU(1)-NU(1)+NU(3) BAND SYSTEMS OF SO2 - LINE POSITIONS AND INTENSITIES(NU(3) AND 2), Journal of molecular spectroscopy, 176(2), 1996, pp. 280-286
Authors:
GRABOW JU
ANDREWS AM
FRASER GT
IRIKURA KK
SUENRAM RD
LOVAS FJ
LAFFERTY WJ
Citation: Ju. Grabow et al., MICROWAVE-SPECTRUM, LARGE-AMPLITUDE MOTIONS, AND AB-INITIO CALCULATIONS FOR N2O5, The Journal of chemical physics, 105(17), 1996, pp. 7249-7262
Authors:
LAFFERTY WJ
SOLODOV AM
WEBER A
OLSON WB
HARTMANN JM
Citation: Wj. Lafferty et al., INFRARED COLLISION-INDUCED ABSORPTION BY N-2 NEAR 4.3 MU-M FOR ATMOSPHERIC APPLICATIONS - MEASUREMENTS AND EMPIRICAL MODELING, Applied optics, 35(30), 1996, pp. 5911-5917
Authors:
TOBIN DC
STROW LL
LAFFERTY WJ
OLSON WB
Citation: Dc. Tobin et al., EXPERIMENTAL INVESTIGATION OF THE SELF-BROADENED AND N-2-BROADENED CONTINUUM WITHIN THE NU(2) BAND OF WATER-VAPOR, Applied optics, 35(24), 1996, pp. 4724-4734
Authors:
JUNTTILA ML
LAFFERTY WJ
BURKHOLDER JB
Citation: Ml. Junttila et al., THE HIGH-RESOLUTION SPECTRUM OF THE NU(1) BAND AND GROUND-STATE ROTATIONAL-CONSTANTS OF HOCL, Journal of molecular spectroscopy, 164(2), 1994, pp. 583-585
Authors:
ANDREWS AM
DOMENECH JL
FRASER GT
LAFFERTY WJ
Citation: Am. Andrews et al., MOLECULAR-BEAM DIODE-LASER SPECTRUM OF THE NU-3 BAND OF N2O3 AT 1304 CM-1, Journal of molecular spectroscopy, 163(2), 1994, pp. 428-435
Authors:
DOMENECH JL
ANDREWS AM
BELOV SP
FRASER GT
LAFFERTY WJ
Citation: Jl. Domenech et al., INFRARED DIODE-LASER SPECTRA OF THE NU(9) AND NU(11) N-O STRETCHING BANDS, The Journal of chemical physics, 100(10), 1994, pp. 6993-6999
Authors:
FLAUD JM
LAFFERTY WJ
Citation: Jm. Flaud et Wj. Lafferty, (SO2)-S-32-O-16 - A REFINED ANALYSIS OF THE 3-NU(3) BAND AND DETERMINATION OF EQUILIBRIUM ROTATIONAL-CONSTANTS, Journal of molecular spectroscopy, 161(2), 1993, pp. 396-402
Authors:
FLAUD JM
PERRIN A
SALAH LM
LAFFERTY WJ
GUELACHVILI G
Citation: Jm. Flaud et al., A REANALYSIS OF THE (010), (020), (100), AND (001) ROTATIONAL LEVELS OF (SO2)-S-32-O-16, Journal of molecular spectroscopy, 160(1), 1993, pp. 272-278
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1-23
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