Gas storage
Gas storage is a widely explored application in the nano research community. Amongst the most actively researched nanomaterials in this field are mesoporous carbon, 1,3,5-triformylphloroglucinol-based covalent organic framework and borazine-linked polymer.
Number of indexed publications on gas storage per year
Journal distribution of indexed publications on gas storage
Most relevant nanomaterial summaries for gas storage
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mesoporous carbon
- Composition:
- GC
- Nanostructure: nanoporous materials
Based on 714 articles and 17 patents (most recent: 2019)
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Applications (478)
gas storage
Application: gas separation and storage
gas storage
Application: hydrogen gas storage
Source: Adeniran, Beatrice and Mokaya, Robert, Nano Energy, 2015
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Properties (1641)
Nitrogen adsorption/desorption
Value: Details in source
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Characterization (1373)
high-resolution transmission electron microscopy
Source: Silvestre-Albero, Ana et al., Carbon, 2012
See all entries of high-resolution transmission electron microscopy
scanning electron microscopy
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Biological effects (8)
F. graminearum spores
Test Details: decrease in mycelial biomass
F. graminearum spores
Test Details: no effect on mycelial growth rate
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1,3,5-triformylphloroglucinol-based covalent organic framework
- Composition:
- ZIF-67
- Nanostructure: nanoporous materials
Based on 115 articles (most recent: 2018)
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borazine-linked polymer
- Composition:
- borazine-linked polymer
- Nanostructure: nanoporous materials
Based on 1 article (2013)
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borazine-linked polymer
- Composition:
- borazine-linked polymer
- Nanostructure: nanoporous materials
Based on 1 article (2013)
-
borazine-linked polymer
- Composition:
- borazine-linked polymer
- Nanostructure: nanoporous materials
Based on 1 article (2013)