[[abstract]]Simpler, but still precise, equations of separation that apply to the whole range of concentration for the enrichment of heavy water in a batch-type thermal-diffusion column have been derived by considering the concentration to be of constant pseudoquadratic form. The theoretical predictions compare qualitatively well with the experimental results of previous studies. The present modified equations of separation are easier to use than those obtained in previous studies for optimum design and operation of a batch-type thermal diffusion column for enrichment of heavy water, while the degrees of precision of the present and previous theoretical predictions from the experimental data are almost the same.[[notice]]補正完
[[abstract]]The effects of plate spacing on the separation of heavy water from water-isotopes mixtur...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]The optimun plate spacings for maximum separation, maximum production rate and minimum c...
[[abstract]]The separation equations for the enrichment of heavy water in a batch-type thermal diffu...
[[abstract]]The separation equations for the enrichment of heavy water in the continuous-type therma...
[[abstract]]A study of heavy water in continuous thermal-diffusion columns on modified Frazier-schem...
[[abstract]]A new device that divides the thermal-diffusion column into two passages by inserting a ...
[[abstract]]A new device that divides the Clusius-Dickel thermal-diffusion column into two subchanne...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]Separation equations for the enrichment of heavy water in a continuous-flow thermal diff...
[[abstract]]A separation theory for the enrichment of heavy water in flat-plate thermal diffusion co...
[[abstract]]Considerable improvement in heavy water separation efficiency in a thermal diffusion col...
[[abstract]]A more precise equation of separation applicable to the whole concentration range in a c...
[[abstract]]The simple but precise equations of separation applicable to the whole range of concentr...
[[abstract]]The effects of plate spacing on the separation of heavy water from water-isotopes mixtur...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]The optimun plate spacings for maximum separation, maximum production rate and minimum c...
[[abstract]]The separation equations for the enrichment of heavy water in a batch-type thermal diffu...
[[abstract]]The separation equations for the enrichment of heavy water in the continuous-type therma...
[[abstract]]A study of heavy water in continuous thermal-diffusion columns on modified Frazier-schem...
[[abstract]]A new device that divides the thermal-diffusion column into two passages by inserting a ...
[[abstract]]A new device that divides the Clusius-Dickel thermal-diffusion column into two subchanne...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]Separation equations for the enrichment of heavy water in a continuous-flow thermal diff...
[[abstract]]A separation theory for the enrichment of heavy water in flat-plate thermal diffusion co...
[[abstract]]Considerable improvement in heavy water separation efficiency in a thermal diffusion col...
[[abstract]]A more precise equation of separation applicable to the whole concentration range in a c...
[[abstract]]The simple but precise equations of separation applicable to the whole range of concentr...
[[abstract]]The effects of plate spacing on the separation of heavy water from water-isotopes mixtur...
[[abstract]]A two-dimensional mathematical model was developed theoretically to predict the degree o...
[[abstract]]The optimun plate spacings for maximum separation, maximum production rate and minimum c...