Gases and carbon in metals
H Jehn, E Fromm, G Hoerz - 1978 - inis.iaea.org
H Jehn, E Fromm, G Hoerz
1978•inis.iaea.org[en] This issue is part of a series of data on'gases and carbon in metals'. The present survey
includes results from papers dealing with gases and carbon in actinides and recommends
critically selected data for each element. Firstly data od binary systems are presented,
starting with hydrogen and followed by carbon, nitrogen, oxygen, and rare gases. Within one
metal-metalloid system the data are listed under topics such as solubility limit, dissociation
pressure of compunds, vapour pressure of volatile oxides, thermodynamic data, diffusion …
includes results from papers dealing with gases and carbon in actinides and recommends
critically selected data for each element. Firstly data od binary systems are presented,
starting with hydrogen and followed by carbon, nitrogen, oxygen, and rare gases. Within one
metal-metalloid system the data are listed under topics such as solubility limit, dissociation
pressure of compunds, vapour pressure of volatile oxides, thermodynamic data, diffusion …
[en] This issue is part of a series of data on'gases and carbon in metals'. The present survey includes results from papers dealing with gases and carbon in actinides and recommends critically selected data for each element. Firstly data od binary systems are presented, starting with hydrogen and followed by carbon, nitrogen, oxygen, and rare gases. Within one metal-metalloid system the data are listed under topics such as solubility limit, dissociation pressure of compunds, vapour pressure of volatile oxides, thermodynamic data, diffusion, transport parameters (effective valence, heat of transport), permeation of gases through metals, gas adsorption and gas desorption kinetics, compound formation, precipitation kinetics, and property changes. Following the data on binary systems, the data of ternary systems are presented, beginning with systems which contain one metal and two gases or one gas and carbon and continuing with systems with two metals and one gas or carbon. Within a ternary system the topics are arranged in the same way as in binary systems.(HB)
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