舒运茂 Shu Yunmao 讲师
所属学院:化学与材料工程学院
导师类别:硕士生导师
科研方向:多孔金属、电催化
联系方式:597156838@qq.com
招生学院:化学与材料工程学院
2007.09-2011.07 大连交通大学 材料科学与工程学院 学士
2013.04-2015.03 九州大学(日本) 总和理工学府 量子过程理工学 工学硕士
2016.04-2020.03 名古屋大学(日本) 工学研究科 材料理工学 工学博士
2020.05 至今 中国科学院大连化学物理研究所 催化基础国家重点实验室 博士后
合作导师:邓德会 研究员
2012.04-2013.03 九州大学(日本) 总和理工学府 研究生
2011.10-2012.03 九州大学(日本) 工学府 研究生
1.Metfoam 2017(Nanjing, China)
“Fabrication of bi-modal porous intermetallic compounds by combustion synthesis reaction between Al and Ni” (poster)
2.軽金属学会東海支部 2017 年度 (Nagoya, Japan)
“燃焼合成法を利用したバイポーラス構造を持つ単相の金属間化合物 NiAl の開発”(poster)
3.ISFGMs 2018 (Kitakyusyu, Japan)
"Effect of Al/Ni Molar Ratio on Cell Morphology and Constituting Phase of Porous Ni-Al Intermetallic Compounds" (oral)
4.2018 MRS Fall Meeting & Exhibit(Boston, USA)
"Structural Control of Porous Nickel Aluminides Fabricated by Reactive Synthesis with Space Holder Powder" (poster)
1.ZL202122774026.X 氢气含量可调的氢氧混合气制备装置:邓德会、刘艳廷、舒运茂、薄鑫, 实用新型,中国,2022,授权
2.ZL202122249267.2 一种空气杀菌消毒装置:邓德会、刘艳廷、舒运茂、薄鑫,实用新型,中国,2022,授权
3.ZL202122208604.3 一种可切换供电模式的电解水氢氧发生仪:邓德会、刘艳廷、薄鑫、舒运茂,实用新型,中国,2022,授权
4.ZL202120885936.2 一种电解水氢氧发生仪的供电装置:邓德会、刘艳廷、薄鑫、舒运茂,实用新型,中国,2021,授权
5.ZL202120328123.3 一种电化学空气净化装置:邓德会、刘艳廷、涂云川、薄鑫、舒运茂,实用新型,中国,2021,授权
6.ZL202023028737.4 紧凑型便携式氢氧仪:邓德会、刘艳廷、薄鑫、舒运茂,实用新型,中国,2021,授权
7.ZL202022155702.0 一种电解水制氢制氧仪的供电装置:邓德会、刘艳廷、薄鑫、舒运茂,实用新型,中国,2021,授权
[1] Yunmao Shu*; Asuka Suzuki; Naoki Takata; Makoto Kobashi: Fabrication of porous NiAl intermetallic compounds with a hierarchical open-cell structure by combustion synthesis reaction and space holder method, Journal of Materials Processing Technology, 2019, 264: 182-189.
[2] Yunmao Shu; Asuka Suzuki*; Naoki Takata; Makoto Kobashi: Microstructure and Mechanical property of Porous Nickel aluminides Fabricated by Reactive Synthesis with Space Holder Powder, MRS Advances, 2019, 4: 1515-1521.
[3] Yunmao Shu*; Asuka Suzuki; Naoki Takata; Makoto Kobashi: Effect of powder blending ratio on porous structure formed by combustion synthesis reaction between Ni and Al together with space holder, Journal of Functionally Graded Materials, 2019, 33: 38-43.
[4] Xin Bo; Mo Zhang; Yunmao Shu; Yanting Liu; Dehui Deng*: Industrial-scale green hydrogen from high-current-density water electrolysis, Nature Nanotechnology, invited3 paper, in preparation.
[5] Yunmao Shu; Lingxing Zan; Lei Tang; Xin Bo; Yanting Liu and Dehui Deng*: Unsupported Hierarchically Porous Ni-Fe Phosphide as an Efficient Oxygen-Evolving Anode, in preparation (manuscript was completed since March. 2021).