Photodissociation dynamics of HN3(DN3) + hv → H(D)+ N3
Author:
Publisher
Elsevier BV
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Reference51 articles.
1. One‐color photolysis–ionization study of HN3: The N2 fragment internal energy distribution and μ‐v‐J correlations
2. The 193 (and 248) nm photolysis of HN3: Formation and internal energy distributions of the NH (a 1Δ, b 1∑+, A 3Π, and c 1Π) states
3. Energetics and spin‐ and Λ‐doublet selectivity in the infrared multiphoton dissociation DN3→DN(X 3Σ−,a 1Δ)+N2(X 1Σ+g): Experiment
4. Unimolecular dynamics following vibrational overtone excitation of HN3 v1=5 and v1=6: HN3(X̃;v,J,K)→HN(X 3Σ−;v,J,Ω)+N2 (X 1Σ+g)
5. Dissociation lifetimes and level mixing in overtone‐excited HN3(X̃ 1A’)
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1. Photodissociation dynamics of HN3 at 248 nm: a trajectory surface hopping study;Journal of Chemical Sciences;2023-05-24
2. Accurate Study of the Two Lowest Singlet States of HN3: Stationary Structures and Energetics at the MRCI Complete Basis Set Limit;The Journal of Physical Chemistry A;2013-05-03
3. Photodissociation Dynamics of HN3 and DN3 at 157 nm;The Journal of Physical Chemistry A;2008-05-24
4. UV Photodissociation Dynamics of HN3 in 190-248 nm;Chinese Journal of Chemical Physics;2007-08
5. Casting a new light on azide photochemistry: photolytic production of cyclic-N3;Physical Chemistry Chemical Physics;2007
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