1988年 – 1992年，必赢中国官方网站环境科学系，理学学士

1992年 – 2000年，中国石油化工集团公司抚顺石油化工研究院，工程师

2000年 – 2002年，日本东京工业大学环境化学与工程专业，工学硕士

2002年 – 2005年，日本东京工业大学环境化学与工程专业，工学博士

2005年 – 2013年，日本千代田化工建设株式会社，主干研究员

2013年 – ，必赢中国官方网站资源与环境学院，教授

结合环境化学、催化化学、和纳米材料合成三个领域，开发可持续能源转化相关材料和技术。

（1）开发可持续能源转化相关小分子（N2，O2，CO2，H2O）的催化活性化技术

（2）开发用于环境修复以及污染物控制的材料和工艺

（3）开发Biorefinery相关的催化剂和工艺

（4）开发环境介质中的重金属去除材料和工艺

博士讲座《可持续能源转化和储藏材料进展》

硕士课程《环境催化材料与工艺》

本科课程《环境评价学》

自然科学基金面上项目，NO. 21573163，《构建基于石墨烯和钙铝石电子盐的钌基催化体系及其催化氨合成反应的协同机理研究》

横向项目，《重金属捕获剂的开发》

Journal Papers:

(1) Minxuan Chen, Mingwei Yuan, Jinjun Li, Zhixiong You, Ammonia Synthesis over Cs- or Ba-Promoted Ruthenium Catalyst Supported on Strontium Niobate, Appl. Cataly. A (2018) 554: 1-9.

(2) Jiemin Zhao, Jiande Zhou, Mingwei Yuan, Zhixiong You, Controllable Synthesis of Ru Nanoparticles on Graphene Substrate as a Catalyst for Ammonia Synthesis, Catal. Lett. (2017) 147: 1363-1370.

(3) Jinjun Li, Xiaofei Lu, Feng Wu, Shaoli Qin, Zhixiong You, Metallic-Substrate-Supported Manganese Oxide as Joule-Heat-Iginition Catalytic Behavior for Removal of Carbon Monoxide and Toluene in Air, Chem. Engin. J. (2017) 328: 1058-1065.

(4) Weidong Zhang, Feng Wu, Jinjun Li, Zhixiong You, Dispersion-Precipitation Synthesis of Highly Active Nanosized Co3O4 for Catalytic Oxidation of Carbon Monoxide and Propane, Appl. Surf. Sci. (2017) 411: 136-143.

(5) Jinjun Li, Xiaofei Lu, Feng Wu, Wei Cheng, Weidong Zhang, Shaoli Qin, Zhen Wang, Zhixiong You, Electroplated Palladium Catalysts on FeCrAlloy for Joule-Heat-Ignited Catalytic Elimination of Ethylene in Air, Ind. Eng, Chem. Res. (2017) 56: 12520-12528.

(6) Zhixiong You，Koji Inazu，Ken-ichi Aika，Toshihide Baba，Electronic and structural promotion of barium hexaaluminate as a ruthenium catalyst support for ammonia synthesis，J. Catal. (2007) 251: 321-331.

(7) Zhixiong You，Ioan Balint，Ken-ichi Aika，Catalytic combustion of methane over microemulsion-derived MnOx-CS2O-Al2O3 nanocomposites，Appl. Catal. B (2004) 53: 233-244.

(8) You, ZX，Inazu, K，Balint, L，Aika, K，Barium hexaaluminate as a novel promising support for ruthenium-based ammonia synthesis catalysts，Chem. Lett. (2005) 34: 692-693.

(9) You, ZX，Balint, I，Aika, K，Mesostructured alumina nanocomposites synthesized via reverse microemulsion route，Chem. Lett. (2003) 32: 630-631.

(10) Balint, I，You, ZX，Aika, K，Morphology and oxide phase control in the microemulsion mediated synthesis of barium stabilized alumina nanoparticles，Phys. Chem. Chem. Phys. (2002) 4: 2501-2503.

(11) You, ZX，Balint, I，Aika, K，Synthesis of thermally stable Cs-doped alumina nanoparticles by microemulsion method，Chem. Lett. (2002) 11: 1090-1091.

(12) Zhixiong You, Koji Inazu, Ken-ichi Aika，Synthesis of Thermally Stable Mesostructured Alumina Nanocomposites and Their Applications to Catalytic Combustion of Methane，Catalysts and Catalysis (Japanese) (2003) 45: 545-547.

(13) Ioan Balint, Zhixiong You, Ken-ichi Aika，Microemulsion Mediated Preparation of High Thermal Stability Alumina Nanoparticles Stabilized with Variable Amounts of Barium，Catalysts and Catalysis (Japanese) (2002) 44: 149-151.

Patents:

(1) 游志雄，陈岷轩，一种负载于铌酸锶表面的钌基催化剂及其制备方法和应用，中国，CN107413341 A.

(2) 游志雄，一种氧化锆粉体、其制品及制备方法，中国，CN104528823 A.

(3) 游志雄，一种同时生产氧化锆粉体和铵盐的方法及产品，中国，CN104528824 B.

(4) Zhixiong You, Ryuichi Kanai, Yoichi Umehara, Takeshi Minami, Method of Evaluation a Crosslinked Vinylpyridine Resin, USA, US 9638684 B2.

(5) Zhixiong You, Yoichi Umehara, Tetsuro Matsumura, Takeshi Minami, Aldehyde Adsorbent, Method for Removing Aldehyde, Method for Producing Acetic Acid, and Method for Regenerating Aldehyde Adsorbent, USA, US 9662646 B2.

(6) Zhixiong You, Takeshi Minami, Chikako Hashimoto,，Vinylpyridine Resin for Catalyst Carriers and Method of Manufacturing the Same，EU，EP 2631010 A1.

(7) Zhixiong You, Yoichi Umehara, Tetsuro Matsumura, Takeshi Minami, Method for Producing Carbonyl Compound, USA, US 9440902 B2.

(8) 游志雄、梅原洋一、篠原雅世、川村和茂、皆見武志，樹脂製多孔性粒子及びそれを用いた水処理方法、日本、JP 2015-62877 A.

(9) Zhixiong You, Yoichi Umehara, Masayo Shinohara, Kazushige Kawamura, Takeshi Minami, Resin-Made Porous Particles and Water Treatment Process Using Same, USA, US 20160257578 A1.

(10) Zhixiong You, Ryuichi Kanai, Yoichi Umehara, Takeshi Minami, Method of Evaluating Resin Degradation Using Thermal Analysis, EU, EP 2876426 A2.

(11) 游志雄、梅原洋一、松村哲朗、皆見武志，アルデヒド吸着剤、アルデヒドの除去方法、酢酸の製造方法及びアルデヒド吸着材の再生方法，日本，JP 2014-240057.

(12) 游志雄、梅原洋一、松村哲朗、皆見武志，カルボニル化合物の製造方法，日本，JP 2014-234383.

(13) Zhixiong You, Takeshi Minami, Chunji Yin, Yoichi，Method for Enhancing the Carbonylation Rate of Methanol，EU，EP 2535325 A1.

(14) 游志雄、皆見武志、尹春姫、梅原洋一、松村哲朗、橋本智佳子、細野恭生，メタノールのカルボニル化反応速度の向上方法，日本，WO 2011099264 A1.

(15) 游志雄、桐生麻子、皆見武志、山本進、梅原洋一、松村哲朗，分級方法及び分級装置，日本，JP2012-81417.

(16) 游志雄、橋本智佳子、梅原洋一，分級方法及び分級管，日本，JP 2012-76038.

(17) 游志雄、橋本智佳子、皆見武志、梅原洋一，撹拌装置及び撹拌方法，日本，JP 5413243.

(18) Zhixiong You, Takeshi Minami, Chunji Yin, Yoichi Umehara，Method of Accelerating Methanol Carbonylation Rate of Methanol，USA，US 8802893 B2.

(19) 秋鹿研一、稲津晃司、游志雄，触媒担体、触媒担体の製造方法、触媒、アンモニアの製造方法、および反応装置，日本，JP 2006-88058.

(20) Zhixiong You, Takeshi Minami, Chikako Hashimoto, et al.，Vinylpyridine Resin for Catalyst Carriers and Method of Manufacturing the Same，USA，US 20130209768 A1.

(21) 游志雄、皆見武志、橋本智佳子、梅原洋一，触媒担体用ビニルピリジン樹脂及びその製造方法，日本，JP5592225.

(22) 游志雄、皆見武志、山本進、橋本智佳子、梅原洋一，マクロポーラス型樹脂からの多孔質形成剤の除去及び回収方法，日本，JP 5592226.