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Mass accretion and ozone reactivity of idealized indoor surfaces in mechanically or naturally ventilated indoor environments
Elliott T. Gall,
Donghyun Rim
Architectural Engineering
Institute for Computational and Data Sciences (ICDS)
Research output
:
Contribution to journal
›
Article
›
peer-review
16
Scopus citations
Overview
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Dive into the research topics of 'Mass accretion and ozone reactivity of idealized indoor surfaces in mechanically or naturally ventilated indoor environments'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
indoor environment
93%
accretion
73%
ozone
62%
office
35%
removal
17%
oxidant
11%
persistence
9%
material
9%
laboratory
6%
gas
5%
particle
5%
comparison
4%
test
4%
rate
3%
effect
2%
Chemical Compounds
Ozone
80%
Plate Like Crystal
62%
Environment
45%
Surface
25%
Plate Glass
16%
Borosilicate Glass
16%
Surface Reaction
13%
Surface Chemistry
12%
Chemical Transformation
8%
Chemistry
7%
Gas
6%
Engineering & Materials Science
Ozone
100%
Borosilicate glass
22%
Surface reactions
22%
Surface chemistry
20%
Oxidants
20%
Deposition rates
20%
Glass
12%
Gases
9%
Social Sciences
chamber
28%
chemistry
23%
statistical significance
15%
Singapore
12%
persistence
11%
regression
8%