| 查看: 536 | 回复: 1 | |||
| 本帖产生 1 个 翻译EPI ,点击这里进行查看 | |||
[交流]
请帮忙修改润色一下
|
|||
| The ab-initio molecular orbital method and different approximations with the First-principle method have been used for quantum mechanical calculations in present investigation. It calculates the structural geometries and the total energies for reactants, products and intermediate states (transition states) in various processes presented above. In this paper, we propose a generalized transition state location scheme where both oxygen atoms diffusion and periodic models can be treated within the same framework. Our first derivative was based on approach closely follows and builds upon the ideas of the traditional Linear Synchronous Transit (LST) [14] and Quadratic Synchronous Transit (QST) method in conjunction with conjugate minimization ideas of Bell and Crighton[15]. Density functional theory calculations were performed with the program package DMol3 [16-18] on personal computers. In the DMol3 method, the physical wave functions were expanded in terms of accurate numerical basis sets. We used the Double Numeric plus D-functions (DND), A Fermi smearing for 0.005Ha (1Ha=27.2114eV) and a global orbital cutoff for 4.5Å were used to improve computational performance. The exchange and correlation terms were described with the generalied gradient approximation (LDA[19]) in the scheme of Vosko-Wilk-Nusair (VWN)[20-21] . A K-Points grid is 3×3×2. Other parameters pick out to medium. Here, all calculation work was completed in the Key Laboratory of Advanced Materials of Yunnan Province, Kunming University of Science and Technology. |
» 猜你喜欢
导师想让我从独立一作变成了共一第一
已经有8人回复
博士读完未来一定会好吗
已经有23人回复
到新单位后,换了新的研究方向,没有团队,持续积累2区以上论文,能申请到面上吗
已经有11人回复
读博
已经有4人回复
JMPT 期刊投稿流程
已经有4人回复
心脉受损
已经有5人回复
Springer期刊投稿求助
已经有4人回复
小论文投稿
已经有3人回复
申请2026年博士
已经有6人回复
» 抢金币啦!回帖就可以得到:
哈工深国家级青年人才王龙龙教授团队—诚招新能源电池方向博士和硕士研究生
+1/179
鲁东大学硕士研究生招生
+1/126
上市公司招聘电解液添加剂研发人员
+1/82
天津大学精密测试技术及仪器全国重点实验室柔性电子技术实验室专任副研究员招聘启事
+1/75
广州,征女友
+1/74
西交利物浦大学黄彪院士招收26年全奖博士生1名(工业智能方向)
+1/32
浙江农林大学森林食物资源挖掘与利用全国重点实验室2026年博士生招生
+1/29
论文即将投出,求发表,求祝福,传递好运
+1/29
2026年博士招生--北京理工大学交叉学科(航空,力学,能动,计算机等方向)
+1/27
智慧能源中心2026年秋季博士生招生启事
+1/24
上海大学超分子中心扩展卟啉研究团队2026级博士招生(申请考核制)
+2/16
博士后招聘-复旦大学生科院-王炜课题组-化学微生物组学
+1/14
长春理工大学和西安工业大学主动光电探测成像技术重点实验室招收博士生
+1/12
~跨夜散金,祝大饼生日快乐,天天开心~
+2/8
SCI文章辅助,计算机网络通信方向
+1/7
哈尔滨工业大学(深圳)赵怡潞课题组诚招博士后
+1/6
国家“双一流”建设高校-南京林业大学-国家级青年人才团队招聘
+1/6
国家纳米科学中心鄢勇课题组26年博士招生
+1/5
QS Top-88悉尼科技大学数据科学/AI 招收2026年入学 校奖 博士生2名,3月底截止
+1/2
北京科技大学/李亚庚教授/优青/招收2026年秋季入学博士生1名
+1/1
zhangzhiweia(金币+5, 翻译EPI+1): 2010-12-17 01:26:54
| The ab-initio molecular orbital method and different approximations with the First-principle method have been used for quantum mechanical calculations in the present investigation.The structural geometries and the total energies for reactants, products and intermediate states (transition states) were calculated in various processes presented above. In this paper, we propose a generalized transition state location scheme where both oxygen atoms diffusion and periodic models can be treated within the same framework. Our first derivative was based on approach closely follows and builds upon the ideas of the traditional Linear Synchronous Transit (LST) [14] and Quadratic Synchronous Transit (QST) method in conjunction with conjugate minimization ideas of Bell and Crighton[15]. Density functional theory calculations were performed with the program package DMol3 [16-18] on personal computers. In the DMol3 method, the physical wave functions were expanded in terms of accurate numerical basis sets. We used the Double Numeric plus D-functions (DND), A Fermi smearing for 0.005Ha (1Ha=27.2114eV) and a global orbital cutoff for 4.5Å were used to improve computational performance. The exchange and correlation terms were described with the generalied gradient approximation (LDA[19]) in the scheme of Vosko-Wilk-Nusair (VWN)[20-21] . A K-Points grid is 3×3×2. Other parameters pick out to medium. Here, all calculation work was completed in the Key Laboratory of Advanced Materials of Yunnan Province, Kunming University of Science and Technology. |
2楼2010-12-15 23:32:04













回复此楼