bond dissociation energy 英 [bɒnd dɪˌsəʊʃiˈeɪʃn ˈenədʒi] 美 [bɑːnd dɪˌsoʊʃiˈeɪʃn ˈenərdʒi]网络 键裂解能; 键...
键解离能(Bond Dissociation Energy, BDE)是衡量化学键断裂所需能量的重要参数,广泛用于材料设计、化学反应研究和
A guided ion-beam tandem mass spectrometer with a flow tube ion source is used to determine the 0 K bond dissociation energy of Co + -H 2 from ligand exchange of CoCH 4 + with D 2 and from collision-induced dissociation (CID) of CoH 2 + + Xe. Given D 0 (Co + -CH 4 ) = ...
bond dissociation energy 键裂解能 dissociation energy 离解能 energy of molecular dissociation 分子离解能 bond energy 键能 bond energy of covalent bond 【化】 共价键键能 paired bond dissociation 双键离解 energy poor bond 【化】 低能键 phosphate bond energy 【化】 磷酸键能 high energy...
1. Identify the Type of Bonds: - N2 has a triple bond (N≡N). - O2 has a double bond (O=O). - F2 has a single bond (F-F). - Cl2 also has a single bond (Cl-Cl).2. Understand Bond Strength: - The bond dissociation energy generally increases with the number of bonds betwee...
As seen previously, when a bond is created, energy is released because the bonded atoms are of lower energy level than the individual atoms. Thus, in order to break the bond, energy must be provided to the molecule (bond-dissociation energy). As a matter of fact, the amount of e...
Atomic size of F atom is less than Cl ,hence bond length F-F is less than Cl-Cl. Thus the lp-lp repulsion in F-F molecule is much larger than Cl-Cl molecules . Hence F-F bond is weaker than Cl-Cl bond dissociation energy of F(2) is less than that of Cl(2
Explore what bond dissociation energy is in terms of enthalpy changes and the difference in bond dissociation energy and bond energy. Also, learn about using enthalpy changes in calculations to find enthalpy changes in a reaction and Hess's law. Bond Dissociation Energy Bond dissociation energy, ...
首页 翻译 背单词 英文校对 词霸下载 用户反馈 专栏平台 登录 翻译 简明 bond dissociation energy 英[bɔnd diˌsəuʃiˈeiʃən ˈenədʒi] 美[bɑnd dɪˌsosiˈeʃən ˈɛnədʒi] 释义 键裂解能 释义...
For example, consider removing successive hydrogen atoms from a methane molecule. The first bond dissociation energy is 105 kcal/mol, second is 110 kcal/mol, third is 101 kcal/mol, and final is 81 kcal/mol. So, the bond energy is the average of the bond dissociation energies, or 99 kcal...