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Novel mold-resistant building materials impregnated with thermally reduced nano-silver
Y. C. Chen,
K. P. Yu
*
, W. C. Shao, C. H. Tseng,
W. C. Pan
*
此作品的通信作者
環境與職業衛生研究所
研究成果
:
Article
›
同行評審
8
引文 斯高帕斯(Scopus)
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Engineering & Materials Science
Softwoods
98%
Plywood
97%
Gypsum
88%
Silver
77%
Cements
59%
Aspergillus
56%
Silver nanoparticles
51%
Fungi
48%
Titanium dioxide
46%
Atmospheric humidity
31%
Temperature
28%
Hot Temperature
17%
Experiments
12%
Medicine & Life Sciences
Calcium Sulfate
100%
Silver
76%
Fungi
64%
Stachybotrys
63%
Temperature
51%
Penicillium
48%
Aspergillus niger
48%
titanium dioxide
47%
Humidity
41%
Growth
36%
Agar
34%
Nanoparticles
31%
Hot Temperature
27%
Weights and Measures
22%
Earth & Environmental Sciences
gypsum
68%
silver
66%
cement (construction material)
55%
titanium dioxide
43%
agar
40%
nanoparticle
33%
relative humidity
30%
experiment
14%
temperature
13%
Chemical Compounds
Gypsum
29%
Antifungal
23%
Agar
12%
Ethane
10%
Silver Nanoparticle
10%
Humidity
10%
Titanium Dioxide
9%
Plate Like Crystal
9%
Weight
6%
Reduction
5%
Surface
3%
Social Sciences
Niger
44%
efficiency
25%
regression
22%
experiment
21%