Abstract
These days, phenomenon of the global warming due to the increase of carbon dioxide has become a great problem. Also in a space craft, in order to maintain human lives a system to get rid of carbon dioxide which is increased in the living sphere is required. As an agent to get rid of carbon dioxide in space, gas or liquid are hard to use, and moreover the agent must be highly reliable, energy conservative, of light weight and compact. Taking above conditions into consideration, trade-off was carried out on present technologies which might be of use. As a result, it was concluded that use of solid amine which has high selective absorbing capacity of carbon dioxide is most probable. In a system using solid amine; in order to make the area which touches air maximum, solid amine is made into small balls of 50 - 500 micro m diameters, and two pairs of canisters which make it possible to maintain solid amine and make adsorption and desorption easy are applied. And in the system alternative adsorption and desorption of carbon dioxide continues. Carbon dioxide recovered is to be used for a plant growing system in a space craft. Long
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Citation Formats
Otsubo, Koji.
Solid amine which is marked as a carbon dioxide absorbing and desorbing agent. Tansan gas no kyudacchakuzai to shite chumoku sareru kotai amin.
Japan: N. p.,
1990.
Web.
Otsubo, Koji.
Solid amine which is marked as a carbon dioxide absorbing and desorbing agent. Tansan gas no kyudacchakuzai to shite chumoku sareru kotai amin.
Japan.
Otsubo, Koji.
1990.
"Solid amine which is marked as a carbon dioxide absorbing and desorbing agent. Tansan gas no kyudacchakuzai to shite chumoku sareru kotai amin."
Japan.
@misc{etde_6811695,
title = {Solid amine which is marked as a carbon dioxide absorbing and desorbing agent. Tansan gas no kyudacchakuzai to shite chumoku sareru kotai amin}
author = {Otsubo, Koji}
abstractNote = {These days, phenomenon of the global warming due to the increase of carbon dioxide has become a great problem. Also in a space craft, in order to maintain human lives a system to get rid of carbon dioxide which is increased in the living sphere is required. As an agent to get rid of carbon dioxide in space, gas or liquid are hard to use, and moreover the agent must be highly reliable, energy conservative, of light weight and compact. Taking above conditions into consideration, trade-off was carried out on present technologies which might be of use. As a result, it was concluded that use of solid amine which has high selective absorbing capacity of carbon dioxide is most probable. In a system using solid amine; in order to make the area which touches air maximum, solid amine is made into small balls of 50 - 500 micro m diameters, and two pairs of canisters which make it possible to maintain solid amine and make adsorption and desorption easy are applied. And in the system alternative adsorption and desorption of carbon dioxide continues. Carbon dioxide recovered is to be used for a plant growing system in a space craft. Long term characteristic tests of the system are being carried out. 4 figs.}
journal = []
volume = {28:1}
journal type = {AC}
place = {Japan}
year = {1990}
month = {Jan}
}
title = {Solid amine which is marked as a carbon dioxide absorbing and desorbing agent. Tansan gas no kyudacchakuzai to shite chumoku sareru kotai amin}
author = {Otsubo, Koji}
abstractNote = {These days, phenomenon of the global warming due to the increase of carbon dioxide has become a great problem. Also in a space craft, in order to maintain human lives a system to get rid of carbon dioxide which is increased in the living sphere is required. As an agent to get rid of carbon dioxide in space, gas or liquid are hard to use, and moreover the agent must be highly reliable, energy conservative, of light weight and compact. Taking above conditions into consideration, trade-off was carried out on present technologies which might be of use. As a result, it was concluded that use of solid amine which has high selective absorbing capacity of carbon dioxide is most probable. In a system using solid amine; in order to make the area which touches air maximum, solid amine is made into small balls of 50 - 500 micro m diameters, and two pairs of canisters which make it possible to maintain solid amine and make adsorption and desorption easy are applied. And in the system alternative adsorption and desorption of carbon dioxide continues. Carbon dioxide recovered is to be used for a plant growing system in a space craft. Long term characteristic tests of the system are being carried out. 4 figs.}
journal = []
volume = {28:1}
journal type = {AC}
place = {Japan}
year = {1990}
month = {Jan}
}