Published in
Elsevier, Studies in Surface Science and Catalysis, p. 325-330
DOI: 10.1016/s0167-2991(04)80072-7
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Superior catalytic activity of nano-sized metallic cobalt inside faujasite zeolite for Fischer-Tropsch synthesis
Journal article published in 2004 by
张庆红,
王野,
万惠霖,
Qh H. Tang,
Ye Wang 
,
Ping Wang,
Qh H. Zhang,
Hl L. Wan,
X. Bao,
Y. Xu
,
Ping Wang,
Qh H. Zhang,
Hl L. Wan,
X. Bao,
Y. Xu
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Abstract
Cobalt oxide particles with a maximum of size distribution at 1.3-1.5 nm and in the state of CoO were synthesized within faujasite zeolites by a method comprising ion exchange of Co(2+), precipitation of exchanged Co(2+), and calcination. The metallic cobalt generated by the reduction of the encapsulated CoO(x) at 673 K exhibited higher CO conversion in Fischer-Tropsch synthesis.