The Quantum Scattering Study for Ion-pair Formation Reaction Na+I_2→Na~+I_2~- with the LCAC-SW metho

来源 :Chinese Chemical Letters | 被引量 : 0次 | 上传用户:hsxy8848
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
The selected-state probabilities of collinear ion-pair formation process Na+I2→Na++I2-on Aten-Laming-Los two-State potential energy surface have been calculated by using LCAC-SW method. The results show that reaction probabilities are oscillatory with collision energy; the threshold energy of this ioniZation reaction is 2.8 ev, which is in modest agreement with experimental result. The selected-state probabilities of collinear ion-pair formation process Na + I2 → Na ++ I2-on Aten-Laming-Los two-State potential energy surface have been calculated by LCAC-SW method. The results show that reaction probabilities are oscillatory with collision energy; the threshold energy of this ionization reaction is 2.8 ev, which is in modest agreement with experimental result.
其他文献
飞歌导航系统除了拥有最基本的音响与GPS功能外,还拥有实时轮胎压力监测、倒车可视、蓝牙免提电话和数字电视4大功能,那些豪华车的功能也不过如此了吧。 In addition to hav
泰戈尔说过:“人的使命在于自强不息地追求完美。”的确,人类自文明之日起,便一刻都没有停止过追求生活之美。而生活之美,就在于梦想,也在于驾驭汽车的同时,驾驭事业、爱情、
It was newly found that the electrodes modified by applying ethanol solutions of Nationcontaining os(bpy)32+ onto the substrate electrode (the one-step method)
我公司预制厂砼拌和楼抓运砂石料用的龙门式起重机(跨距42m、额定起重量5t),自1979年投入使用以来,由于运转多年,又曾遭大风袭击而脱轨等多种原因,造成起重机大车运行时严重
李 娓 教 授李娓 ,女 ,汉族 ,出生于 1952年 2月 ,陕西华阴人。 1982年毕业于陕西师范大学中文系。先后在宝鸡中学、宝鸡教育学院、西安联合大学任教。现为西安联合大学中
以LiCl和ZnCl2为原料,用摩擦化学反应法直接合成了Li2ZnCl4的室温相.与文献方法相比,用摩擦化学反应法制备Li2ZnCl4简单、经济,且可直接获得室温相. Using LiCl and ZnCl2 as raw materials, the room temp
一条深邃的巷子永恒地掩藏在小镇里,屋顶凸出的砖瓦好像历史缝成的细细密密的针脚,吐着一行行漫无边际的诗。奶奶的老院子就羞涩地镶嵌在这条小巷中,沉淀了一个多世纪的日出
In the present study the adsorptive properties of p-aminobenzoic acid with hypercrosslinked and multi-functional polymeric adsorbents at different solution pHs
Objective Formaldehyde at high concentrations is a contributor to air pollution.It is also an endogenous metabolic product in cells,and when beyond physiologica
本工作在奥氏体不锈钢等基材上激光熔覆镍基硬面合金,对其工艺、微观组织和性能进行了较深入的研究。通过扫描电镜、X射线衍射仪、金相等微观分析方法研究,对快速凝固激光熔覆合