引用本文:
An Ming LIU, Lin HUANG, Yi De XU, Takafumi SHIDO, Macaru ICHIKAWA. SYNTHESIS AND CHARACTERIZATION OF ［Ru6（CO）18］2-IN NaX ZEOLITE CAGES AND ITS CATALYTIC BEHAVIOR FOR n-C4H10HYDROGENOLYSIS[J]. Chinese Chemical Letters,
1995, 6(2): 163-164.
Citation: An Ming LIU, Lin HUANG, Yi De XU, Takafumi SHIDO, Macaru ICHIKAWA. SYNTHESIS AND CHARACTERIZATION OF ［Ru6（CO）18］2-IN NaX ZEOLITE CAGES AND ITS CATALYTIC BEHAVIOR FOR n-C4H10HYDROGENOLYSIS[J]. Chinese Chemical Letters, 1995, 6(2): 163-164.
Citation: An Ming LIU, Lin HUANG, Yi De XU, Takafumi SHIDO, Macaru ICHIKAWA. SYNTHESIS AND CHARACTERIZATION OF ［Ru6（CO）18］2-IN NaX ZEOLITE CAGES AND ITS CATALYTIC BEHAVIOR FOR n-C4H10HYDROGENOLYSIS[J]. Chinese Chemical Letters, 1995, 6(2): 163-164.
SYNTHESIS AND CHARACTERIZATION OF ［Ru6（CO）18］2-IN NaX ZEOLITE CAGES AND ITS CATALYTIC BEHAVIOR FOR n-C4H10HYDROGENOLYSIS
摘要:
RuⅢ(NH3)6in the cages of NaX zeolite was converted in the presence of CO+H2into[Ru6(CO)18]2-,which was characterized by in-situ FTIR,UV-VIS and EXAFS spectroscopies.The material derived from[Ru6(CO)18]2-/NaX exhibited high catalytic activity in n-butane hydrogenolysis.
English
SYNTHESIS AND CHARACTERIZATION OF ［Ru6（CO）18］2-IN NaX ZEOLITE CAGES AND ITS CATALYTIC BEHAVIOR FOR n-C4H10HYDROGENOLYSIS
Abstract:
RuⅢ(NH3)6in the cages of NaX zeolite was converted in the presence of CO+H2into[Ru6(CO)18]2-,which was characterized by in-situ FTIR,UV-VIS and EXAFS spectroscopies.The material derived from[Ru6(CO)18]2-/NaX exhibited high catalytic activity in n-butane hydrogenolysis.
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