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Results: 3
The effect of Co and Ir on the activity of the K-2[Fe-2(CO)(8)]- and K-2[Ru-4(CO)(13)]-based systems in ammonia synthesis. The synergistic acceleration of the ammonia synthesis over the K-2[Fe-2(C0)(8)] + K catalysts by iridium
Authors: Yunusov, SM Kalyuzhnaya, ES Moroz, BL Agafonova, SN Likholobov, VA Shur, VB
Citation: Sm. Yunusov et al., The effect of Co and Ir on the activity of the K-2[Fe-2(CO)(8)]- and K-2[Ru-4(CO)(13)]-based systems in ammonia synthesis. The synergistic acceleration of the ammonia synthesis over the K-2[Fe-2(C0)(8)] + K catalysts by iridium, J MOL CAT A, 165(1-2), 2001, pp. 141-147
The synergistic acceleration of the ammonia synthesis over the K-2[Fe-2(CO)(8)]+K catalysts on carbon "Sibunit" by rhodium
Authors: Yunusov, SM Kalyuzhnaya, ES Moroz, BL Agafonova, SN Likholobov, VA Shur, VB
Citation: Sm. Yunusov et al., The synergistic acceleration of the ammonia synthesis over the K-2[Fe-2(CO)(8)]+K catalysts on carbon "Sibunit" by rhodium, APP CATAL A, 218(1-2), 2001, pp. 251-256
Supported ammonia synthesis catalysts based on potassium derivatives of anionic ruthenium, osmium and iron carbonyl clusters. The first catalysts on carbon support exhibiting activity in ammonia synthesis in the absence of aspecially added electron promoter
Authors: Yunusov, SM Kalyuzhnaya, ES Mahapatra, H Puri, VK Likholobov, VA Shur, VB
Citation: Sm. Yunusov et al., Supported ammonia synthesis catalysts based on potassium derivatives of anionic ruthenium, osmium and iron carbonyl clusters. The first catalysts on carbon support exhibiting activity in ammonia synthesis in the absence of aspecially added electron promoter, J MOL CAT A, 139(2-3), 1999, pp. 219-225
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