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The sorption of hydrogen sulfide from hot syngas by metal oxides over supports
Tzu Hsing Ko,
Hsin Chu
, Lung Kai Chaung
環境工程學系
研究成果
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同行評審
105
引文 斯高帕斯(Scopus)
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Earth & Environmental Sciences
metal oxide
89%
hydrogen sulfide
81%
manganese
69%
cerium
64%
sorption
62%
zinc
41%
surface area
39%
copper
36%
vaporization
29%
breakthrough curve
28%
rutile
28%
X-ray diffraction
19%
sulfur
19%
reactor
17%
metal
15%
loss
13%
product
12%
material
10%
experiment
10%
temperature
9%
analysis
6%
effect
5%
method
5%
Medicine & Life Sciences
Hydrogen Sulfide
100%
Manganese
92%
Oxides
92%
Cerium
83%
Metals
66%
Zinc
49%
Powder Diffraction
39%
Volatilization
35%
titanium dioxide
33%
X-Ray Diffraction
30%
Sulfur
30%
Statistics
19%
Temperature
18%
Weights and Measures
16%
Engineering & Materials Science
Hydrogen sulfide
96%
Sorbents
94%
Sorption
91%
Oxides
65%
Manganese
54%
Metals
49%
Cerium
44%
Zinc
33%
Copper
24%
X ray powder diffraction
23%
Calcination
19%
Impregnation
18%
Vaporization
17%
Sulfur
14%
Temperature
6%
Experiments
5%
Chemical Compounds
Hydrogen Sulfide
80%
Sorbent
66%
Metal Oxide
63%
Sorption
53%
Cerium
29%
Surface Area
19%
Vaporization
15%
Rutile
15%
Calcination
12%
Powder X-Ray Diffraction
11%
Weight
8%
Metal
6%
Social Sciences
candidacy
58%
performance
35%
utilization
30%
experiment
22%