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Cumberland Gap National Historical Park (U.S. National Park Service)
2024年9月4日 · Walk where 300,000 people crossed the Appalachians to settle America. Explore 85 miles of trails and 14,000 acres of wilderness. Stand in 3 states at once. Explore a cave, see Hensley Settlement, or camp under the stars. Come find your connection to Cumberland Gap.
化学所韩布兴院士、朱庆宫研究员JACS: p-d轨道杂化促进安培 …
近日，中科院化学研究所韩布兴院士和朱庆宫研究员团队通过简单的两步法构建了具有p-d轨道杂化特征的p区金属Ga掺杂Cu (CuGa) 催化剂，该催化剂可以在安培级电流密度下促进CO2高效电催化生成C2+产物。
Cu-Ga 金属间化合物上的结构定制表面氧化物增强了超低电位下 …
电化学 CO 2 还原反应 (eCO 2 RR) 是在由铜和镓金属（CuGa 2 和 Cu 9 Ga 4 ）形成的两种金属间化合物上进行的。 其中，CuGa 2 选择性地将 CO 2 转化为甲醇，法拉第效率高达 77.26%，相对于 RHE 的电位极低，仅为 -0.3 V。
Properties of CuGa 2 Formed Between Liquid Ga and Cu ... - Springer
2019年10月10日 · Ga and Ga-based alloys have received significant attention due to their potential application in the liquid state for low-temperature bonding in microelectronics. This study investigated the interfacial reactions between liquid Ga …
Pt1.8Pd0.2CuGa Intermetallic Nanocatalysts with Enhanced …
2024年5月14日 · Herein, a novel quaternary Pt 1.8 Pd 0.2 CuGa/C intermetallic nanoparticle (i-NP) catalyst is reported, which shows a high mass activity (11.13 A mg PGM −1), a large specific activity (18.13 mA cm PGM −2), and outstanding stability toward alkaline MOR.
第一性原理计算，用于研究 CuGa2 和 Cu9Ga4 的结构稳定性、电 …
本文旨在评估金属间化合物 （IMC） 在 Cu-Ga 接头中的服役可靠性。 它通过基于第一性原理计算计算 CuGa2 和 Cu9Ga4 的热力学和机械性质来实现这一点，CuGa2 和 Cu9Ga4 是 Cu-Ga 低温界面反应中常见的 IMC。 根据生成焓和结合能的计算结果，CuGa2 和 Cu9Ga4 都具有热力学稳定性，并且 Cu9Ga4 与 CuGa2 相比表现出优异的热力学稳定性。 Cu9Ga4 的力学性能优于 CuGa2，具有更大的体积模量、剪切模量和杨氏模量。 通过将弹性模量与 Cu-Sn 系统的 …
韩布兴&朱庆宫JACS：p区金属掺杂Cu诱导p-d杂交促进CO2电还原 …
2023年2月21日 · 中国科学院化学研究所韩布兴院士和朱庆宫研究员通过简单的两步方法合理地构建了p-d轨道杂交的p区金属Ga掺杂Cu（CuGa）催化剂，实现安培级电流密度的高效CO2电催化生成C2+产物。在0.9 A/cm2的电流密度下表现出最高的C2+生产率，具有81.5%的法拉第效率（FE），电势 ...