Adsorption isotherms are obtained for the charcoal-nitrogen system in the temperature range 79-320 K and pressures to 5 MPa for two samples of activated charcoal. Correlations relating temperature dependence of adsorption potential are obtained using four methods of extrapolating pseudo-saturation state beyond the critical point. The values obtained are compared with literature data. Using the experimental results and the BET theory surface area and micropore volume are calculated. It is brought out that samples of activated charcoal need to be characterized prior to their use in the design of low temperature adsorption based cryorefigeration system
Cryosorption pump is the only possible device to pump helium, hydrogen and its isotopes in fusion en...
Volumetric method based adsorption measurements of nitrogen on two specimens of activated carbon (Fl...
The design, development and testing of a charcoal - Nitrogen adsorption compressor is described. The...
Adsorption isotherms are obtained for the charcoal-nitrogen system in the temperature range 79-320 K...
This paper presents the development and validation of a computational scheme for an analysis of acti...
This paper presents adsorption isotherms for HFC-134a on activated charcoal, in the temperature rang...
A procedure of extracting the adsorption parameters (\alpha and \gamma ) of an adsorbent–adsorbate p...
The knowledge of adsorption characteristics of activated carbon (porous material) in the temperature...
The radon adsorption coefficient of activated charcoal (K) has exponential relationship with tempera...
A knowledge of the effective thermal conductivity of an adsorption compressor bed is necessary for t...
At Forschungszentrum Karlsruhe, a special cryovacuum pump system is being developed for use in the I...
Presented at the 16th International Cryocooler Conference, held May 17-20, 2008 in Atlanta, Georgia....
The development of a laboratory model of a charcoal-nitrogen adsorption cryocooler is described. The...
Note: Author’s signature redacted from title page.The protection of wet and dry S.B.T. charcoals tow...
A study has been made of the mechanisms of micropore filling with particular reference to the adsorp...
Cryosorption pump is the only possible device to pump helium, hydrogen and its isotopes in fusion en...
Volumetric method based adsorption measurements of nitrogen on two specimens of activated carbon (Fl...
The design, development and testing of a charcoal - Nitrogen adsorption compressor is described. The...
Adsorption isotherms are obtained for the charcoal-nitrogen system in the temperature range 79-320 K...
This paper presents the development and validation of a computational scheme for an analysis of acti...
This paper presents adsorption isotherms for HFC-134a on activated charcoal, in the temperature rang...
A procedure of extracting the adsorption parameters (\alpha and \gamma ) of an adsorbent–adsorbate p...
The knowledge of adsorption characteristics of activated carbon (porous material) in the temperature...
The radon adsorption coefficient of activated charcoal (K) has exponential relationship with tempera...
A knowledge of the effective thermal conductivity of an adsorption compressor bed is necessary for t...
At Forschungszentrum Karlsruhe, a special cryovacuum pump system is being developed for use in the I...
Presented at the 16th International Cryocooler Conference, held May 17-20, 2008 in Atlanta, Georgia....
The development of a laboratory model of a charcoal-nitrogen adsorption cryocooler is described. The...
Note: Author’s signature redacted from title page.The protection of wet and dry S.B.T. charcoals tow...
A study has been made of the mechanisms of micropore filling with particular reference to the adsorp...
Cryosorption pump is the only possible device to pump helium, hydrogen and its isotopes in fusion en...
Volumetric method based adsorption measurements of nitrogen on two specimens of activated carbon (Fl...
The design, development and testing of a charcoal - Nitrogen adsorption compressor is described. The...