1.学术论文

1.li fuxiang; yu feng; li yongli; direct synthesis of zr-sba-15 mesoporous molecular sieves with high zirconium loading: characterization and catalytic performance after sulfated，microporous and mesoporous materials，2007，101（1-2）: 250-255  

2.zhang huishu, meng ying, song guoqiang, li fuxiang*;  effect of hydrogen spillover to the hydrogenation of benzene over pt/naa catalysts. synthesis and reactivity in inorganic metal-organic and nano-metal chemistry. 2016, 46(6) : 940-944

3.song guoqiang, li fuxiang*, lv zhiping; synthesis and characterization of a novel single-crystalline core-shell zeolite a.materials letters. 2015,161: 57-59

4.song guoqiang, liu hongtao, li fuxiang*; synthesis and characterization of lta zeolite with uniform intracrystal mesopores directed by bridged polysilsesquioxane monomer.journal of porous materials. 2014,21(6): 1101-1111

5.song guo-qiang, wang li-sheng, li fu-xiang*; microwave synthesis of chloroacetic acid with various cocatalysts in acetic anhydride catalyzing method. asian journal of chemistry.2014,26(13): 3923-3926

6.liu hong-tao, song guo-qiang, meng ying, li fuxiang*; synthesis of mesoporous lta zeolite with bridged silsesquioxane as template. asian journal of chemistry. 2014,26(13): 3927-3931

7.song guoqiang, li shougao, wang lisheng, li fuxiang*; direct synthesis and characterization of zr-sba-15 mesoporous molecular sieves.asian journal of chemistry.   2014,26(7): 1943-1947

8.niu qian, luo xiong; li, shou-gao, li fuxiang*; synthesis of glyoxalic acid using methyl dichloroacetate by microwave method. asian journal of chemistry. 2014, 26(7): 1995-1997

9.wang li-sheng, song guo-qiang, meng ying, li fuxiang*; microwave synthesis of chloroacetic acid with acetic anhydride catalyzing chlorination of acetic acid. asian journal of chemistry, 2013,25(16): 8997-8999

10.li shou-gao, song guo-qiang, meng ying, li fuxiang*; synthesis and characterization of the novel naa@mesosilica molecular sieves with core-shell structure. asian journal of chemistry. 2013,25(13): 7216-7220

11.yuan jing-bin, li fu-xiang*, xue jian-wei; carbon nanotube templated preparation of mesoporous naa zeolite. asian journal of chemistry, 2013,25(7): 3843-3846

12.meng ying, li fu-xiang*, feng yan-chao; synthesis conditions of mesoporous naa zeolites. asian journal of chemistry. 2013,25(8): 4423-4426

13.feng yan chao, meng ying, li fu xiang*; synthesis of mesoporous lta zeolites with large bet areas. journal of porous materials. 2013,20(3): 465-471

14.li, bowen; song, guoqiang; wu, yibo; li fu xiang*;  synthesis and characterization of mesoporous zeolite beta templated by a novel organosiloxane，journal of porous materials，2017,24(6): 1673-1678

15.song, guoqiang; xue, da; xue, jianwei; synthesis and catalytic characterization of zsm-5 zeolite with uniform mesopores prepared in the presence of a novel organosiloxane, microporous and mesoporous materials, 2017,248: 192-203

16.gao, huan; liu, fan; xue, da; li fu xiang*;  study on sulfur-tolerant benzene hydrogenation catalyst based on pt-encapsulated sodalite zeolite, reaction kinetics mechanisms and catalysis, 2018, 124(2): 891-903

17.yang, lu; liang, yunxia; yang, huimin; li fu xiang*;  preparation, characterization, and catalytic behavior of xmo/ynazsm-5 catalyst for dichlorohydrin dechlorination reaction, asia-pacific journal of chemical engineering, 2018,13(3)

18.wu, yi-bo; li, bo-wen; li, fu-xiang*;  synthesis and characteristics of organotin-based catalysts for acetylene hydrochlorination, canadian journal of chemistry, 2018, 96(5): 447-452

19.da xue, fan liu, huan gao, lu yang, yibo wu, weijian xue, zhiping lv and fuxiang li*; the synthesis, characterisation and catalytic performance of platinum encapsulated mesoporous sodalite material, rev. roum. chim., 2018, 63(4), 337-346

20.guoqiang song, wenting chen, peipei dang, shengyuan yang, yuan zhang, yuanyi wang, ruidi xiao, rong ma, fuxiang li*; synthesis and characterization of hierarchical zsm-5 zeolites with outstanding mesoporosity and excellent catalytic properties, nanoscale research letters, first online: 15 november 2018

21.guoqiang song, wenting chen, peipei dang,yuanyi wang and fuxiang li; synthesis of an excellent mtp catalyst: hierarchical zsm-5 zeolites with great mesoporosity, royal society open science, 5(12):181691, december 2018

22. wu, yibo; li, fuxiang; lv, zhiping; synthesis and characterization of x-mof/ac (x=tin or copper) catalysts for the acetylene hydrochlorination. chemistryselect,2019,4(32), 9403-9409

23. yang, huimin; han, ruyue; li, fuxiang; synthesis of mesoporous gamma-alumina and its catalytic performance in dichloropropanol cyclization. quimica nova,2019,42(8),851-858

24. wu, yibo; cui, longjie; zhang, rong; phnsncl4-n supported on activated carbon as novel tin-based catalysts for acetylene hydrochlorination. química nova,2019,42(7),752-759

25. wu, yibo; li, fuxiang; xue, jianwei; sn-imidazolates supported on boron and nitrogen-doped activated carbon as novel catalysts for acetylene hydrochlorination. chemical engineering communications,2019,online

26. hu, sufang; song, guoqiang; xue, da; influence of alkalinity on the synthesis of hierarchical lta zeolite by using bridged polysilsesquioxane. rsc advances,2019,9(5),2551-2558

2.授权专利

1)一种合成氯乙酸的方法zl200510012347.9

2)一种锆硅介孔分子筛及合成方法zl200410064502.7

3)介孔二氧化锆分子筛的合成方法zl200410064503.1

4)一锅合成的超强酸介孔材料及制备方法zl200710061628.2

5)一种一锅法羰基化合成丙二酸酯的方法zl201110344368.6

6)一种介孔a型分子筛的合成方法zl201210338638.7

7)一种介孔lta沸石的制备方法zl201110312805.6

8)一种介孔zsm-5沸石的制备方法zl201510749688.8

9)氧化石墨烯的制备方法zl201510924233.5

10)一种制备环氧氯丙烷的方法zl201510608843.4

11)氢氧直接反应合成过氧化氢复合催化剂的制备方法zl201710306848.0

12)一种负载含氯有机锡和含氮化合物的催化剂及其制备方法和应用zl201710696202.0

3.主持科研项目

(1)新型负载贵金属微孔-介孔耐硫催化剂的合成及其性能研究，国家自然科学基金项目(项目编号50972097)

(2)选择性加氢脱氯制备高纯氯乙酸的研究，山西省科技攻关项目（项目编号021112）

(3)催化选择性脱氯制备高纯氯乙酸, 山西省青年基金项目（项目编号20021010）

(4)有机硅功能化介孔沸石的合成及其在固相有机合成中的性能研究，山西省自然科学基金项目（项目编号2014011012-4）

4.科技奖励

(1)高纯度氯乙酸生产新工艺，山西省科技进步二等奖

(2)高纯度氯乙酸生产新工艺，教育部科技进步三等奖

(3)醋酐催化氯化－连续离心分离生产氯乙酸工艺，山西省科技进步二等奖

5.其它

  本课题组研发的“氯乙酸生产工艺技术”多来年来已在国内山东、山西、江苏、河南、河北、重庆等地技术转化，建立了十几套生产装置，年产量达二十万吨，年产值十多亿元，产品除供应国内市场外，还远销海外。