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Development of a novel micropreconcentrator for micro gas chromatography
W. C. Tian
*
, H. J. Sheen
, T. H. Wu
,
C. J. Lu
, W. R. Chen
, T. Y. Wei
*
Corresponding author for this work
Department of Chemistry
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:
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INIS
laminar flow
100%
metals
100%
gas chromatography
100%
height
66%
deposition
66%
width
66%
wires
66%
peaks
66%
deposits
66%
adsorbents
66%
acetone
66%
comparative evaluations
33%
carbohydrates
33%
volatility
33%
power
33%
evaporation
33%
benzene
33%
high temperature
33%
toluene
33%
electron beams
33%
xylenes
33%
chemical reactions
33%
organic compounds
33%
heaters
33%
heat rate
33%
carbon 10
33%
Engineering
Laminar Flows
100%
Gas Chromatography
100%
Metal Wire
66%
Patterning Technique
33%
Rate of Heating
33%
High Deposition Rate
33%
Electrical Power
33%
Chromatography Column
33%
Microfabrication
33%
Material Science
Laminar Flows
100%
Gas Chromatography
100%
Microfabrication
33%
Chromatography Column
33%
Metal Deposition
33%
Adsorbent
33%
Chemical Engineering
Gas Chromatography
100%
Deposition Rate
50%
Heating Rate
50%
Microfabrication
50%
Chromatography Column
50%