姓名：杨恒（heng yang）
学历：理学博士
职称：讲师
研究方向：催化能源转换
政治面貌：中共党员
电子邮箱：;
教育/工作经历：
2022.12~至今武汉轻工大学，化学与环境工程学院，教师
2018.09~2022.06华中师范大学，无机化学，理学博士
2017.09~2018.07武汉市光谷第二高级中学，化学教师
2014.09~2019.06中南民族大学，有机化学，理学硕士
2009.09~2014.06湖北师范大学，应用化学，理学学士
学术简介：
主要从事半导体光催化材料合成、新型金属-有机框架（mofs）材料的设计与合成、mofs基光催化材料光催化能源转换。以第一作者在applied catalysis b-environmental，chemical engineering journal，journal of materials chemistry a，applied science surface等国际重要期刊杂志发表sci论文7篇，以通讯作者在学术期刊international journal of photoenergy上发表1篇sci论文，以第2作者（导师第1）身份获得授权国内发明专利1项。
科研项目：
[1]可见光响应的超小非贵mnps/mofs超薄纳米片复合材料的合成与催化性能研究（2022-2025），国家自然科学基金面上项目（22171097；60万），参与；
[2]用于可见光催化还原co2的纳米尺寸锆基mof的构建及其催化机理研究（2018-2021），国家自然科学基金面上项目（21771072；60万），参与；
代表性论文与专利：
[1]h. yang, c. yang, n. n. zhang, k. l. mo, q. li, k. l. lv*, j. j. fan, l. l. wen*, drastic promotion of the photoreactivity of mof ultrathin nanosheets towards hydrogen production by deposition with cds nanorods,applied catalysis b: environmental,2021, 285, 119801. (if = 24.319, esi高被引论文)
[2]h. yang, c. l. lai, m. l. wu, s. d. wang, y. xia, k. l. lv, l. l. wen*, novel amino-functionalized ni(ii)-based mofs for efficiently photocatalytic reduction of co2to co with superior selectivity under visible-light illumination, novel 3d amino-functionalized ni(ii)-based mofs for visible-light-driven conversion of co2to co with high selectivity,chemical engineering journal,2023, 555, 140425. (if = 16.744)
[3]h. yang, m. zhao, j. ma, j. zhang, p. y. wu*, w. l. liu，l. l. wen* noble-metal-free photocatalyst system obtained using bodipy-based mofs for highly efficient visible-light-driven h2evolution, journal of materials chemistry a,2019, 7, 20742−20749.(if = 14.511)
[4]h. yang, j. m. wang, j. ma, h. yang, j. zhang, k. l. lv, l. l.wen*, t. y. peng*, a novel bodipy-based mof photocatalyst for efficient visible-light-driven hydrogen evolution. journal of materials chemistry a,2019, 7, 10439−10445.(if = 14.511)
[5] x. f. li,1h. yang,1k. l. lv*, l. l. wen, y. liu*, fabrication of porous tio2nanosheets assembly for improved photoreactivity towards x3b dye degradation and no oxidation, applied surface science,2020, 503, 144080.(if = 7.392)
[6] s. j. gu, d. zhang, s. r. luo,h. yang*, construction of direct z-scheme photocatalyst by mg1.2ti1.8o5and g-c3n4nanosheets toward photocatalytic h2production and disinfection. international journal of photoenergy,2019, 6307858.(if = 2.535)
[7]h. yang, w. l. yang, k. l. lv*, j. j. zhu*, xia, d. g. tang, l. l. wen, effect of the structure of cn/silica composite support on the catalytic performances of co3o4for co oxidation,microporous and mesoporous materials.2018, 255, 36−43. (if = 5.876)
[8]h. yang, k. l. lv*, j. j. zhu*, q. li, d. g. tang, w. k. ho, m. li, s. a. c. carabineiro, effect of mesoporous g-c3n4substrate on catalytic oxidation of co over co3o4. (applied surface science.2017, 401, 333−340. (if = 7.392)
[9]中国发明专利：朱君江，杨恒，李海龙，吴来燕，钟林赟，《一种多孔la1-xcexcoo3钙钛矿催化剂的制备方法及应用》；已授权，专利号：201510013888.7