[[abstract]]Methods for theoretical prediction of deuterium recovery from the separation of water-isotope mixtures in a batch-type thermal diffusion column have been introduced. Theoretical predictions are found in fair agreement with the experimental results. Most of the predictions give higher values of separation than experiments. Predictions based on the constant and linear approximations for the pseudo product form of concentration are very similar and have better agreement with experiments than those based on the third type of approximation.[[notice]]補正完畢[[booktype]]紙
[[abstract]]The optimum plate spacings for maximum recovery, maximum production rate and minimum col...
[[abstract]]The effect of plate spacing on the degree of recovery and production rate for deuterium ...
[[abstract]]Simpler, but still precise, equations of separation that apply to the whole range of con...
[[abstract]]The present study deals with the estimation of deuterium recovery front the separation o...
[[abstract]]The present study deals with the estimation of deuterium recovery from the separation of...
[[abstract]]The recovery of deuterium from hydrogen isotope mixture in continuous-type cryogenic-wal...
[[abstract]]The equations for predicting the degrees of separation of H2, HD and D2 from H–D gas mix...
[[abstract]]The separation equation for predicting the deuterium recovery from H-D gas mixture by th...
[[abstract]]The separation equations for enrichment of deuterium in H-D (Hydrogen-Deuterium) gas mix...
[[abstract]]The separation equations for predicting the recovery of deuterium from H–D gas mixture i...
[[abstract]]Separation equations for the enrichment of heavy water in a continuous-flow thermal diff...
[[abstract]]The equation for predicting the degrees of separation for deuterium recovery from the H2...
100學年度研究獎補助論文[[abstract]]The effect of plate aspect ratio on the performance of deuterium recovery f...
[[abstract]]The equations which may be employed to predict the optimal plate spacing for recovery of...
[[abstract]]The theory for recovery of deuterium from water isotope mixture by thermal diffusion in ...
[[abstract]]The optimum plate spacings for maximum recovery, maximum production rate and minimum col...
[[abstract]]The effect of plate spacing on the degree of recovery and production rate for deuterium ...
[[abstract]]Simpler, but still precise, equations of separation that apply to the whole range of con...
[[abstract]]The present study deals with the estimation of deuterium recovery front the separation o...
[[abstract]]The present study deals with the estimation of deuterium recovery from the separation of...
[[abstract]]The recovery of deuterium from hydrogen isotope mixture in continuous-type cryogenic-wal...
[[abstract]]The equations for predicting the degrees of separation of H2, HD and D2 from H–D gas mix...
[[abstract]]The separation equation for predicting the deuterium recovery from H-D gas mixture by th...
[[abstract]]The separation equations for enrichment of deuterium in H-D (Hydrogen-Deuterium) gas mix...
[[abstract]]The separation equations for predicting the recovery of deuterium from H–D gas mixture i...
[[abstract]]Separation equations for the enrichment of heavy water in a continuous-flow thermal diff...
[[abstract]]The equation for predicting the degrees of separation for deuterium recovery from the H2...
100學年度研究獎補助論文[[abstract]]The effect of plate aspect ratio on the performance of deuterium recovery f...
[[abstract]]The equations which may be employed to predict the optimal plate spacing for recovery of...
[[abstract]]The theory for recovery of deuterium from water isotope mixture by thermal diffusion in ...
[[abstract]]The optimum plate spacings for maximum recovery, maximum production rate and minimum col...
[[abstract]]The effect of plate spacing on the degree of recovery and production rate for deuterium ...
[[abstract]]Simpler, but still precise, equations of separation that apply to the whole range of con...