Improvement of the catalytic performance of an osmium powder in ammonia synthesis by the use of a cyclic procedure
Author:
Publisher
Elsevier BV
Subject
General Engineering
Reference9 articles.
1. Ammonia synthesis on osmium powder and hydrogenation of preadsorbed nitrogen from 100 to 500 $deg;C
2. Kinetics and isotope effect of ammonia synthesis over ruthenium
3. Ammonia synthesis on ruthenium powder from 100 to 500 $deg;C and hydrogenation of preadsorbed nitrogen down to $minus;70 $deg;C
4. Kinetics and mechanism of the ammonia synthesis
5. La synthèse de l’ammoniac sur le fer en tant que réaction auto-catalytique
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