1.
The ionic theory assumes that in solutions of electrolytes the molecules are dissociated into charged particles called ions.
离子理论认为,在电解质溶液中,分子离解成被称为离子的带电微粒.
2.
Dissociation is the breakdown of an ionic compound in water, resulting in the formation of free ions.
解离：离子化合物在水中分解成为游离的离子。
3.
The positive and negative ions become separated or dissociated.
正负离子彼此分开或解离。
4.
Dissociative Double Ionization of Formic Acid in Intense Laser Filed
甲酸分子在强激光场中的解离双电离
5.
Dissolution and Separation of Lignocellulose with Room-Temperature Ionic Liquids
室温离子液体溶解和分离木质纤维素
6.
Breather Solution to mKdV Equation by Using Variables Separation Method
分离变量法求解mKdV方程的呼吸子解
7.
cation active high-molecular electrolyte
阳离子活性高分子电解质
8.
Study on the Photodissociation Dynamics of Metal Ion-molecule Complexes;
金属离子—分子络合物光解动力学研究
9.
Ammonium carbonate decomposes to ammonium and bicarbonate.
碳酸铵进一步分解为铵离子和碳酸氢根离子。
10.
An Experimental Investigation on the Multiphoton Dissociation /Ionization Dynamics of Methylamine and Carbon Tetrachloride;
CH_3NH_2和CCl_4分子多光子解离电离动力学的实验研究
11.
Theoretical study of the molecular super-excited states:assignment and theoretical relative intensities of the photofragment yield spectra for F~- from F_2 ion-pair production
分子超激发态的理论研究:F_2分子离子对解离效率谱的标识及强度
12.
The Ionization and Dissociation of the Small Gas Molecules under Intense Femtosecond Laser Excitation;
飞秒激光强场下气体小分子的电离和解离
13.
Photoionization and Photodissociation of Pyrrolidine in Femtosecond Laser Field;
飞秒激光场中吡咯烷分子的电离解离研究
14.
Ionization and Dissociation Mechanism of Cyclopentanone within Femtosecond Laser Field;
飞秒激光场中环戊酮分子的电离解离机制
15.
Field-Assisted Dissociative and Ionization of Dihalomethane Compounds Induced by Femtosecond Laser Field;
飞秒激光场下卤代烷烃分子的场致解离和电离
16.
Studies of the Ionization/dissociation Dynamics of Sulfur Dioxide by Femtosecond Pump-Probe Technique;
飞秒泵浦—探测方法研究SO_2分子电离解离机制
17.
Extraction and separation of intermediates in plasma degradation of benzene;
苯等离子体降解中间产物的萃取与分离
18.
Separation of W and Mo from Mo Stripping Solutionby Ion Exchange Method;
离子交换法从解钼液中分离回收钨钼的研究