R. Blatherwick

发表

Spectroscopic identification of CHCℓF2 (F-22) in the lower stratosphere

F. Murcray, D. Murcray, A. Goldman, 1981 .

Observed and simulated time evolution of HCl, ClONO§2 and HF total column abundances.

R. Lindenmaier, M. Chipperfield, E. Mahieu, 2011 .

MANTRA ‐ A Balloon Mission to Study the Odd‐Nitrogen Budget of the Stratosphere

James R. Drummond, J. Davies, G. Bailak, 2005 .

Smearing of interferograms in Fourier transform spectroscopy.

T. Kyle, R. Blatherwick, 1984, Applied optics.

Intercomparison of ground-based ozone and NO 2 measurements during the MANTRA 2004 campaign

D. Wunch, P. Bernath, C. T. McElroy, 2007 .

Ground-based all-sky mid-infrared and visible imagery for purposes of characterizing cloud properties

Ronald D. Blatherwick, Dimitri Klebe, R. Blatherwick, 2013 .

Identification of the v3 vibration-rotation band of CF4 in balloon-borne infrared solar spectra

Frank J. Murcray, David G. Murcray, Ronald D. Blatherwick, 1979 .

Identification of isolated NO lines in balloon‐borne infrared solar spectra

G. R. Cook, D. Murcray, A. Goldman, 1980 .

New atlas of ir solar spectra.

G. R. Cook, F. Murcray, D. Murcray, 1979, Applied optics.

Simultaneous mixing ratio profiles of stratospheric NO and NO2 as derived from balloon‐borne infrared solar spectra

G. R. Cook, D. Murcray, A. Goldman, 1980 .

Stratospheric HNO3 measurements from 0.002‐cm−1 resolution solar occultation spectra and improved spectroscopic line parameters in the 5.8‐μm region

C. Rinsland, J. Flaud, D. Murcray, 1992 .

Infrared measurements of atmospheric gases above Mauna Loa, Hawaii, in February 1987

C. Rinsland, F. Murcray, D. Murcray, 1988 .

Atlas of stratospheric IR absorption spectra.

F. Murcray, D. Murcray, A. Goldman, 1982, Applied optics.

Correlation relationships of stratospheric molecular constituents from high spectral resolution, ground‐based infrared solar absorption spectra

B. Connor, E. Mahieu, C. Rinsland, 2000 .

A comparison of Arctic HNO3 profiles measured by the Improved Limb Atmospheric Spectrometer and balloon‐borne sensors

K. Jucks, G. Toon, H. Oelhaf, 2000 .

Evidence for heterogeneous reactions in the Antarctic autumn stratosphere

F. Murcray, R. Blatherwick, J. Keys, 1993, Nature.

Identification of acetylene (C2H2) in infrared atmospheric absorbtion spectra

J. Gillis, R. Cicerone, F. Murcray, 1981 .

Summertime stratospheric processes at northern mid-latitudes: comparisons between MANTRA balloon measurements and the Canadian Middle Atmosphere Model

T. Shepherd, C. T. McElroy, S. Melo, 2007 .

Infrared emission measurements of morning stratospheric N2O5

S. Massie, R. Cicerone, F. Murcray, 1989 .

TRANSIENT CARBON MONOXIDE (CO) ABSORPTION AND PERSISTENT BRACKETT ALPHA (Brα) EMISSION IN THE SPECTRUM OF ϵ AURIGAE

T. Geballe, R. Stencel, R. Blatherwick, 2015 .

HNO3 and HCl amounts over McMurdo during the spring of 1987

N. Jones, A. Goldman, F. Murcray, 1989 .

Infrared spectroscopic measurements of the ethane (C2H6) total column abundance above Mauna Loa, Hawaii -- seasonal variations

C. Rinsland, D. Murcray, A. Goldman, 1994 .

University of Denver infrared spectral atlases.

D. Murcray, A. Goldman, F. Murcray, 1996, Applied optics.

Validation of nitric oxide and nitrogen dioxide measurements made by the Halogen Occultation Experiment for UARS platform

Frank J. Murcray, James M. Russell, J. H. Park, 1996 .

Thermal Infrared Spectra of the Moon

John W. Salisbury, D. G. Murcray, D. Murcray, 1995 .

Long‐term trends in the concentrations of SF6, CHClF2, and COF2 in the lower stratosphere from analysis of high‐resolution infrared solar occultation spectra

S. Massie, C. Rinsland, D. Murcray, 1990 .

Spectroscopic line parameters for the nu(6) band of carbonyl fluoride.

C. Rinsland, F. Bonomo, R. Blatherwick, 1990, Applied optics.

New spectral features of stratospheric trace gases identified from high‐resolution infrared balloon‐borne and laboratory spectra

C. Rinsland, F. Murcray, D. Murcray, 1989 .

Infrared methane spectra between 1120 cm(-1) and 1800 cm(-1) : a new atlas.

B. Lutz, R. Boese, R. Blatherwick, 1979, Applied optics.

Λ4 Band of 13CH4

F. Bonomo, R. Blatherwick, T. G. Kyle, 1970 .

NY(4)‐BANDE VON (13)CH4

F. Bonomo, R. Blatherwick, T. G. Kyle, 1970 .

The ν4 band of carbonyl fluoride

C. Rinsland, J. Flaud, D. Murcray, 1991 .

High resolution studies of heavy NOy molecules in atmospheric spectra

Frank J. Murcray, David G. Murcray, Ronald D. Blatherwick, 1994 .

The ν1, 2ν2, and ν3 interacting bands of 14N16O2: Line positions and intensities

Frank J. Murcray, Ronald D. Blatherwick, Jean-Marie Flaud, 1992 .

Tentative identification of the 780‐cm−1 ν4 band Q branch of chlorine nitrate in high‐resolution solar absorption spectra of the stratosphere

Frank J. Murcray, David G. Murcray, V. Malathy Devi, 1985 .

High resolution IR laboratory spectra.

A Goldman, D. Murcray, A. Goldman, 1984, Applied optics.

High resolution solar spectrometer system for measuring atmospheric constituents.

D. Murcray, F. Murcray, J. Kosters, 1990, Applied optics.

Mt. Pinatubo SO2 column measurements from Mauna Loa

Frank H. Murcray, Frank J. Murcray, David G. Murcray, 1992 .

Determination of the altitude of the nitric acid layer from very high resolution, ground-based IR solar spectra

Frank J. Murcray, David G. Murcray, Ronald D. Blatherwick, 1991, Defense, Security, and Sensing.

Measurements and model calculations of HCl column amounts and related parameters over McMurdo during the austral spring in 1989

S. Solomon, F. Murcray, R. Blatherwick, 1992 .

Infra‐red FTS measurements of CH4, N2O, O3, HNO3, HCl, CFC‐11 and CFC‐12 from the MANTRA balloon campaign

F. Murcray, R. Blatherwick, P. Fogal, 2005 .

FTIR Measurements Of Minor Atmospheric Constituents

Frank H. Murcray, Frank J. Murcray, David G. Murcray, 1989, Other Conferences.

Quantification of HCl from high-resolution, ground-based, infrared solar spectra in the 3000 cm-1 region

Frank J. Murcray, David G. Murcray, Ronald D. Blatherwick, 1986 .

NASA ESTO Instrument Incybator Program (IIP) Tropospheric Infrared Mapping Spectrometers (TIMS) Demonstration of Multi-Layer CO Retrieval from Atmospheric Data Acquired Simultaneously in the Solar Reflective Region near 2330 nm and the Thermal Emissive Region near 4680 nm

J. Kumer, A. Roche, R. Chatfield, 2009 .

The ν2 and 2ν2 - ν2 bands of 14N 16O2: Electron Spin-Rotation and Hyperfine Contact Resonances in the (010) Vibrational State

Frank J. Murcray, Ronald D. Blatherwick, A. Goldman, 1993 .

First Analysis of the 3ν9 − ν9, 3ν9 − ν5, and 3ν9 − 2ν9 Bands of HNO3: Torsional Splitting in the ν9 Vibrational Mode

Frank J. Murcray, Ronald D. Blatherwick, Brenda P. Winnewisser, 1994 .

Increase in the vertical column abundance of HCFC‐22 (CHClF2) above Lauder, New Zealand, between 1985 and 1994

C. Rinsland, D. Griffith, N. Jones, 1997 .

Analysis of the nu8 + nu9 Band of HNO3, Line Positions and Intensities, and Resonances Involving the v6 = v7 = 1 Dark State.

C. Rinsland, J. Flaud, A. Perrin, 1999, Journal of molecular spectroscopy.

Atlas of South Pole IR solar spectra.

A Goldman, F. Murcray, D. Murcray, 1982, Applied optics.

Identification of enhanced absorption by 16O3 lines around 5μm in high-resolution FTIR solar spectra

Ronald D. Blatherwick, A. Goldman, Curtis P. Rinsland, 2005 .