Chang LIU
Supervisor of Master's Candidates
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Basic information
Name (English):Chang LIU
E-Mail:
Department:化学化工学院
Education Level:博士研究生
Business Address:陕师大长安校区致知楼1456室
Gender:Male
Contact Information:Tel: 029-81530732
Email: chang_liu@snnu.edu.cn
Degree:理学博士学位
Status:在职
Alma Mater:(法国)里尔大学
Discipline:Environmental science
Industrial Catalysis
Applied Chemistry
Physical chemistry
Industrial Catalysis
Applied Chemistry
Physical chemistry
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Paper Publications
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刘畅,刘忠文,层状硫化钼催化CO2加氢反应的活性本质 ——以逆水煤气变换反应为例:中国科学:化学,2025.7.25,55(9):2893-2902
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Chang LIU,liuzhongwen,Perspective on CO2 Hydrogenation for Dimethyl Ether Economy:catalysts,2022.11.6,12:1375
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邵治翠,wanglei,Chang LIU,xiaoyongshan,liuzhaotie,liuzhongwen,Texture and acidity of amorphous silica-alumina regulated by the complex-decomposition method for steam reforming of dimethyl ether:Catalysis Today,2022.9.15,402:172-182
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Chang LIU,liuzhongwen,康金灿,黄正清,songyonghong,xiaoyongshan,songjian,何嘉鑫,常春然,gehanqing,王野,liuzhaotie,Gallium nitride catalyzed the direct hydrogenation of carbon dioxide to dimethyl ether as primary product:NATURE COMMUNICATIONS,2021.3.11,12:2305
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王艳娇,刘忠文,吴永娟,朱敏莉,宋永红,Huang Jun,刘昭铁,Flame-spray-pyrolysis amorphous alumina-silica for tailoring the product distribution of Fischer-Tropsch synthesis:Catalysis Today,2019.1.20,339(1):40
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刘畅,刘忠文,崔雪颖,宋永红,朱敏莉,刘昭铁,The active nature of crystal MoS2 for converting sulfur-containing syngas:ChemCatChem,2019.1.1,2018(12):DOI: 10.1002/cctc.201801588
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赵永华,刘忠文,张启俭,刘昭铁,宋永红,朱敏莉,Direct Synthesis of the Reduced Co–C/SiO2 as an Efficient Catalyst for Fischer–Tropsch Synthesis:Industrial & Engineering Chemistry Research,2018.1.18,57(4):1137–1145
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刘畅,Andrei Y. Khodakov,Mirella Virginie,Anne Griboval-Constant,Potassium promotion effects in carbon nanotube supportedmolybdenum sulfide catalysts for carbon monoxide hydrogenation:Catalysis Today,2015.6.13,261(2016/6/1):137-145
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刘畅,Andrei Khodakov,Anne Griboval-Constant,Mirella Virginie,Impact of potassium content on the structure of molybdenum nanophases in alumina supported catalysts and their performance in carbon monoxide hydrogenation:Applied Catalysis A: General,2015.1.29,504(2015/09/05):565-575
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