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Vibrational relaxation of CO2(ν2) by atomic oxygen

Journal of Geophysical Research - Space Physics, 2006-09, Vol.111 (A9), p.A09303-n/a

2006

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Laboratory Studies of Vibrational Excitation in O 2 ( a 1 Δ g , v) Involving O 2 , N 2 , and CO 2

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2018-10, Vol.122 (41), p.8114-8125

2018

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Laboratory Studies of Vibrational Excitation in O2(a 1Δg, v) Involving O2, N2, and CO2

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2018-10, Vol.122 (41), p.8114-8125

2018

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Hyperthermal atomic oxygen source for near-space simulation experiments

Review of scientific instruments, 2009-09, Vol.80 (9), p.093104-093104-16

2009

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Vibrational relaxation of NO(v = 1) by oxygen atoms between 295 and 825 K

Journal of Geophysical Research - Space Physics, 2003-03, Vol.108 (A3), p.1109-n/a

2003

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Detection of OH(X,v‘ ‘,J‘ ‘) via the B 2Σ+−X 2Π Transition and Properties of the B 2Σ+ State

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2001-06, Vol.105 (25), p.6030-6037

2001

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Formation of OH(v=0,1) by the Reaction of Fast H with O3

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 1999-09, Vol.103 (39), p.7834-7842

1999

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Vibrational-level-dependent yields of O2(b 1Σg+, v=0) following collisional removal of O2(A 3Σu+, v)

Chemical physics letters, 1998-01, Vol.282 (5-6), p.369-374

1998

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Vibrational relaxation of CO 2 (ν 2 ) by atomic oxygen

Journal of Geophysical Research: Space Physics, 2006-09, Vol.111 (A9)

2006

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O + CnH2n Products Detected via IR Emission. 1. O + C2H4

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2004-12, Vol.108 (50), p.10965-10972

2004

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O + C n H 2 n Products Detected via IR Emission. 1. O + C 2 H 4

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2004-12, Vol.108 (50), p.10965-10972

2004

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Temperature dependence of the collisional removal of O2(b 1Σg+, v=1 and 2) at 110–260 K, and atmospheric applications

The Journal of chemical physics, 1999-01, Vol.110 (1), p.18-24

1999

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Vibrational relaxation of NO(υ=1) by oxygen atoms

The Journal of chemical physics, 1999-08, Vol.111 (8), p.3498-3507

1999

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Temperature Dependence of the Collisional Removal of O 2 (A³Σ u + , υ=9) with O 2 and N 2

Geophysical research letters, 1997-03, Vol.24 (6), p.643-646

1997

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Temperature Dependence of the Collisional Removal of O sub(2)(A super(3) capital sigma sub(u) super(+), upsilon =9) with O sub(2) and N sub(2)

Geophysical research letters, 1997-03, Vol.24 (6), p.643-646

1997

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Temperature Dependence of the Collisional Removal of O2(A³Σu+, υ=9) with O2 and N2

Geophysical research letters, 1997-03, Vol.24 (6), p.643-646

1997

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Identification of the 3pπue′ 3Δu Rydberg state of O2 by (3+1) resonance-enhanced multiphoton-ionization spectroscopy

The Journal of chemical physics, 2001-05, Vol.114 (19), p.8364-8371

2001

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Vibrational-level-dependent yields of O 2(b 1Σ g+, v=0) following collisional removal of O 2(A 3Σ u+, v)

Chemical physics letters, 1998, Vol.282 (5), p.369-374

1998

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Formation of OH( v =0,1) by the Reaction of Fast H with O 3

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 1999-09, Vol.103 (39), p.7834-7842

1999

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Collisional removal of NO (B 2Π, v=2 and 3) at 230 K

The Journal of chemical physics, 1997-09, Vol.107 (12), p.4522-4526

1997

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O + C n H2 n Products Detected via IR Emission. 1. O + C2H4

The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 2004-12, Vol.108 (50), p.10965-10972

2004

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Upper limit for the generation of N2O from reaction of O2(A3Σu+) and N2

Journal of the Chemical Society. Faraday transactions, 1997, Vol.93 (16), p.2657-2663

1997

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Evaluating key climatic and ecophysiological parameters of worldwide tree mortality with a process-based BGC model and machine learning algorithms

Ecological modelling, 2024-05, Vol.491, p.110688, Article 110688

2024

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Inactivation of Chloramphenicol and Florfenicol by a Novel Chloramphenicol Hydrolase

Applied and Environmental Microbiology, 2012-09, Vol.78 (17), p.6295-6301

2012

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Wafer-Scale Programmed Assembly of One-Atom-Thick Crystals

Nano letters, 2022-02, Vol.22 (4), p.1518-1524

2022

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Vibrational relaxation of CO2(ν2) by atomic oxygen

Laboratory Studies of Vibrational Excitation in O 2 ( a 1 Δ g , v) Involving O 2 , N 2 , and CO 2

Laboratory Studies of Vibrational Excitation in O2(a 1Δg, v) Involving O2, N2, and CO2

Hyperthermal atomic oxygen source for near-space simulation experiments

Vibrational relaxation of NO(v = 1) by oxygen atoms between 295 and 825 K

Detection of OH(X,v‘ ‘,J‘ ‘) via the B 2Σ+−X 2Π Transition and Properties of the B 2Σ+ State

Formation of OH(v=0,1) by the Reaction of Fast H with O3

Vibrational-level-dependent yields of O2(b 1Σg+, v=0) following collisional removal of O2(A 3Σu+, v)

Vibrational relaxation of CO 2 (ν 2 ) by atomic oxygen

O + CnH2n Products Detected via IR Emission. 1. O + C2H4

O + C n H 2 n Products Detected via IR Emission. 1. O + C 2 H 4

Temperature dependence of the collisional removal of O2(b 1Σg+, v=1 and 2) at 110–260 K, and atmospheric applications

Vibrational relaxation of NO(υ=1) by oxygen atoms

Temperature Dependence of the Collisional Removal of O 2 (A³Σ u + , υ=9) with O 2 and N 2

Temperature Dependence of the Collisional Removal of O sub(2)(A super(3) capital sigma sub(u) super(+), upsilon =9) with O sub(2) and N sub(2)

Temperature Dependence of the Collisional Removal of O2(A³Σu+, υ=9) with O2 and N2

Identification of the 3pπue′ 3Δu Rydberg state of O2 by (3+1) resonance-enhanced multiphoton-ionization spectroscopy

Vibrational-level-dependent yields of O 2(b 1Σ g+, v=0) following collisional removal of O 2(A 3Σ u+, v)

Formation of OH( v =0,1) by the Reaction of Fast H with O 3

Collisional removal of NO (B 2Π, v=2 and 3) at 230 K

O + C n H2 n Products Detected via IR Emission. 1. O + C2H4

Upper limit for the generation of N2O from reaction of O2(A3Σu+) and N2

Evaluating key climatic and ecophysiological parameters of worldwide tree mortality with a process-based BGC model and machine learning algorithms

Inactivation of Chloramphenicol and Florfenicol by a Novel Chloramphenicol Hydrolase

Wafer-Scale Programmed Assembly of One-Atom-Thick Crystals

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