时间:2021-03-14 点击: 次 来源:网络 作者:佚名 - 小 + 大
20065、DFT investigation on reaction pathways of …… on Iron (Fe) doped carbon nan…… as catalyst in fuel cells. (化学)IF=1-4 20066、 Theoretical examination of oxygen reduction reac……ped silicon nanotube (……) for fuel cells. (化学)IF=1-4 20067、 Cobalt (……) doped silicon nanotube (……) as promising catalysts for oxygen reduction rea……Theoretical prediction. (化学)IF=1-4 20069、 Potential of Vanad……oped carbon nanotube (……) as catalyst for oxygen reduction reaction in fuel cells. (化学)IF=1-4 20070、 Chromium (Cr) doped carbon nanocage (……) as promising catalyst of oxygen reduction reaction: A DFT investigation. (化学)IF=1-4 20071、 Manganese (Mn) doped carbon nanocage (……) as catalyst with high efficiency for oxygen reduction reaction in fuel cells. (化学)IF=1-4 20072、 Examination of performance of Copper (……) doped silicon nanocage (……) as acceptable catalyst in oxygen reduction reaction. (化学)IF=1-4 20073、 DFT prediction of oxygen reduction reaction on Scandium (Sc) doped carbon nanocage (……) as catalyst in fuel cells. (化学)IF=1-4 20074、 Examination of potential of ……doped silicon nanocage (……) as novel catalyst to oxygen reduction reaction: A ……study. (化学)IF=1-4 20075、 Study of reaction mechanisms of CO2 reduction to CH3OH on surface of Nickel-doped carbon nanocage (……). (化学)IF=1-4 |
| QQ:2219005666;QQ: 411507089;| 地址:甘肃省兰州市城关区海鸿大厦;| 电话:18509484016(同微信号); | 投稿邮箱:hflwzx@foxmail.com|
Copyright © 2019-2055 甘肃论文网(www.gslww.com) All Rights Reserved 网站ICP备案号:陇ICP备2020003399号
【免责声明】:本网站所提供的信息资源如有侵权、违规,请及时告知。技术支持:甘肃尚宇网络科技有限公司