USE OF AMORPHOUS FILM BASED ON THE COPPER IODIDE-PENTATHIOGERMANATE Cu7GeS5I AS A MATERIAL FOR THERMOELECTRIC ENERGY SOURCE

• 1. 铜镉锗硫纳米晶、铜镉锗硫对电极及其制备方法与应用 [P] . 中国专利： CN105513805B . 2018.09.11
• 2. 铜钴锗硫纳米晶、铜钴锗硫对电极及其制备方法与应用 [P] . 中国专利： CN105513809B . 2018.09.11
• 3. USE OF AMORPHOUS FILM BASED ON THE COPPER IODIDE-PENTASELENEPHOSPHATE Cu6PSe5I AS A MATERIAL FOR THERMOELECTRIC ENERGY SOURCE [P] . UA111020C2 . 2016-03-10

  机译： 基于碘化铜-五硒代磷酸铜Cu6PSe5I的非晶膜作为热电能源的材料的使用

• 4. USE OF AMORPHOUS FILM BASED ON COPPER IODIDE-PENTACHLOROPHENATE Cu6PSe5l AS A MATERIAL FOR THERMOELECTRIC ENERGY SOURCE [P] . UA97430U . 2015-03-10

  机译： 基于碘化五苯酚铜Cu6PSe5l的非晶膜作为热电能源的材料

• 5. THE USE OF COPPER IODIDE PENTATIOHERMANATU CU7GES5I AS AMORPHOUS MATERIAL FOR THE FILM, WHICH HAS HIGH ELECTRICAL CONDUCTIVITY FOR SOLID ELECTROLYTIC ENERGY. [P] . UA98739U . 2015-05-12

  机译： 使用碘化铜五氧化二铁CU7GES5I作为膜的非晶态材料，该膜对于固体电解能量具有高电导率。

• 1. FeVSb-based amorphous films with ultra-low thermal conductivity and high ZT: a potential material for thermoelectric generators [J] . Liu Chenjin, Xiong Yucheng, Huang Yajie, Journal of Materials Chemistry, A. Materials for energy and sustainability . 2018,第24期
• 2. Annealing-free copper source-drain electrodes based on copper-calcium diffusion barrier for amorphous silicon thin film transistor [J] . Yu Zhinong, Xue Jianshe, Yao Qi, Thin Solid Films . 2017,第FEBa28期
• 3. From Waste Metallized Film Capacitors to Valuable Materials: Hexagonal Flake-Like Micron Zinc Powder, Copper-Iron Electrodes, and an Energy Resource [J] . Niu Bo, Xu Zhenming ACS Sustainable Chemistry & Engineering . 2018,第9期
• 4. Thin-film thermoelectric energy harvesting for security and sensing applications Thin-film thermoelectric energy harvesting for security and sensing applications Thin-film thermoelectric energy harvesting for security and sensing appl [C] . David A. Koester, Paul Crocco, Ramaswamy Mahadevan, Energy harvesting and storage: materials, devices, and applications II . 2011
• 5. Energy storage and conversion materials: Part 1: Synthesis and characterization of ruthenium tris-bipyridine based fullerene charge transfer salts as a new class of tunable thermoelectric materials; Part 2: Synthesis and characterization of polymer thin films for use as a lithium ion battery separator. [D] . Bates, Daniel James. 2013
• 6. Transparent flexible thermoelectric material based on non-toxic earth-abundant p-type copper iodide thin film [O] . C. Yang, D. Souchay, M. Kneiß, -1
• 7. Transparent Flexible Thermoelectric Material Based on Non-toxic Earth-Abundant p-Type Copper Iodide Thin Film [O] . Yang Chang, Souchay Daniel, Kneiß Max, 2017

• 1. Advances in carbon-based thermoelectric materials for high-performance,flexible thermoelectric devices [J] . Jeong-Seob Yun ,Seongyun Choi ,Sang Hyuk Im . 碳能源(英文) . 2021,第5期
• 2. Energy Analyses of Thermoelectric Renewable Energy Sources [J] . Jarman T. Jarman ,Essam E. Khalil ,Elsayed Khalaf . 能源效率（英文） . 2013,第4期
• 3. New Method of Thermal Energy—To Electrical Energy Conversion in Vacuum Devices with the Metal—Dielectric Nanofilm Electron Sources [J] . V. E. Ptitsin . 材料科学与应用期刊（英文） . 2018,第13期
• 4. Nano-structural Modification of Amorphous Carbon Thin Films by Low-energy Electron Beam Irradiation [J] . Eiji Iwamura ,Masanori Yamaguchi . 材料热处理学报 . 2004,第05B期
• 5. A Thermoelectric Transducer Based on Bismuth Telluride Thin Films for H_2 Gas Sensing [J] . K.Kalantar-Zadeh ,W.Wlodarski ,S.Kandasamy . 稀有金属材料与工程 . 2006,第A03期
• 6. 用圆二色光谱法研究混配配合物中配体间相互作用-铜(Ⅱ)-碘代酪5氨酸-氨基酸体系 [C] . 张锋 . 中国化学会全国第五届无机化学学术会议 . 2000
• 7. 铜促进的芳基碘代物与1,1,1-三氟-2-碘乙烷的还原偶联反应的研究 [A] . 胥松 . 2014