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Photochemical fragmentation processes in laser ablation of organic solids
Yaroslava G. Yingling
, Leonid V. Zhigilei
, Barbara J. Garrison
Chemistry
Materials Research Institute (MRI)
Research output
:
Contribution to journal
›
Conference article
›
peer-review
18
Scopus citations
Overview
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Dive into the research topics of 'Photochemical fragmentation processes in laser ablation of organic solids'. Together they form a unique fingerprint.
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Keyphrases
Laser Ablation
100%
Fragmentation Process
100%
Organic Solids
100%
Chlorobenzene
66%
Ejection
33%
Ablation
33%
Thermal Process
33%
Ultraviolet Laser
33%
Chlorine
33%
Scission
33%
Photodissociation
33%
Rapid Conversion
33%
Light Energy
33%
Photon Absorption
33%
Sphere Model
33%
Chemical Bond
33%
Molecular Solids
33%
Recombination Reactions
33%
Physics
Organic Solid
100%
Laser Ablation
100%
Optical Power
33%
Photon Absorption
33%
Cleavage
33%
Chemical Bond
33%
Recombination Reaction
33%
Ultraviolet Laser
33%
Photodissociation
33%
Engineering
Relative Importance
100%
Breathing
50%
Potential Application
50%
Thermal Process
50%
Optical Power
50%
Sphere Model
50%
Recombination Reaction
50%
Chemistry
Laser Ablation
100%
Organic Solid
100%
Chlorobenzene
66%
Photodissociation
33%
Chemical Bond
33%
Medicine and Dentistry
Laser Surgery
100%
Chlorobenzene
66%
Catheter Ablation
66%
Breathing
33%
Optical Power
33%
Material Science
Laser Ablation
100%
Optical Power
33%
Chemical Bonding
33%