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In situ Joule heating Device in Hefei assisted Mr. Guo's team of Yunnan University -Small: Revealing orbital interactions between different metal sites in oxygen reduction process - Joule heating technology to prepare FeCo/DA@NC catalyst.

河海大學王超院士團隊JCP：構建過渡金屬/光熱誘導PMS協同活化體系用于廢水中卡馬西平的降解！

原位科技焦耳加熱裝置助力中國海洋大學孟祥超科研團隊JMCA+ACB研究成果！

原位科技焦耳加熱助力浙江工業大學李小年/趙佳科研團隊—碳熱振蕩法（焦耳加熱法）構建不對稱Cu-O-P耦合位點實現高效合成氯乙烯！

合肥原位焦耳加熱裝置助力山東大學張進濤課題組AEM-界面電化學轉化助力高效能源轉換！

原位顯微觀察池監測金屬鋅負極表面鋅沉積狀態，助力深圳大學張培新教授 AFM—原位構建多功能金屬界面相實現超穩定鋅金屬電池！

合肥原位顯微觀察池監測金屬鋅負極表面腐蝕狀態，助力廣西大學何會兵團隊ChemComm-低溫誘導高穩定鋅金屬負極用于水系鋅離子電池！

原位XRD監測鋰介質氮還原過程，我司產品助力南京大學鄒志剛/姚穎方團隊Angew——首次發現非水相氮還原過程中的多米諾效應！

Tailoring Asymmetric Cu-O?P Coupling Site by Carbothermal Shock Method for Efficient Vinyl Chloride Synthesis over Carbon Supported Cu Catalysts

Rapid Synthesis of Efficient Mo-based Electrocatalyst for Hydrogen Evolution Reaction in Alkaline Seawater with 11.28% STH Efficiency

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achievements

achievements

achievements

In situ Joule heating Device in Hefei assisted Mr. Guo's team of Yunnan University -Small: Revealing orbital interactions between different metal sites in oxygen reduction process - Joule heating technology to prepare FeCo/DA@NC catalyst.

河海大學王超院士團隊JCP：構建過渡金屬/光熱誘導PMS協同活化體系用于廢水中卡馬西平的降解！

原位科技焦耳加熱裝置助力中國海洋大學孟祥超科研團隊JMCA+ACB研究成果！

原位科技焦耳加熱助力浙江工業大學李小年/趙佳科研團隊—碳熱振蕩法（焦耳加熱法）構建不對稱Cu-O-P耦合位點實現高效合成氯乙烯！

合肥原位焦耳加熱裝置助力山東大學張進濤課題組AEM-界面電化學轉化助力高效能源轉換！

原位顯微觀察池監測金屬鋅負極表面鋅沉積狀態，助力深圳大學張培新教授 AFM—原位構建多功能金屬界面相實現超穩定鋅金屬電池！

合肥原位顯微觀察池監測金屬鋅負極表面腐蝕狀態，助力廣西大學何會兵團隊ChemComm-低溫誘導高穩定鋅金屬負極用于水系鋅離子電池！

原位XRD監測鋰介質氮還原過程，我司產品助力南京大學鄒志剛/姚穎方團隊Angew——首次發現非水相氮還原過程中的多米諾效應！

Tailoring Asymmetric Cu-O?P Coupling Site by Carbothermal Shock Method for Efficient Vinyl Chloride Synthesis over Carbon Supported Cu Catalysts

Rapid Synthesis of Efficient Mo-based Electrocatalyst for Hydrogen Evolution Reaction in Alkaline Seawater with 11.28% STH Efficiency

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