heteroexcimer,exciplex

Based on the classical trajectories method of molecular dynamics,the symplectic algorithm is used to calculate all kinds of curves of dynamical action of HD++ in high power laser field.

基于分子動力學的經典軌跡方法,采用四步四階顯式辛格式算法對強激光場中異核氫分子離子HD+的各種動力學行為的時間演化進行計算,對計算結果進行分析,并和同核氫分子離子H2+的動力學行為相比較,得到異核氫分子離子不同于同核氫分子離子的動力學行為特點。

Formation of Heteronuclear Molecular Bose-Einstein Condensates and Their Quantum Properties in Double-well;

雙阱中異核分子的形成及量子性質研究

Adiabatic Condition and Quantum Control for Creating Heteronuclear Molecule

超冷異核分子相干產生的絕熱條件及量子控制研究

circular heteroduplex

環式異源雙鏈核酸分子

Variational Studies on the Potential Energy Functions of Some Heteronuclear Diatomic Molecules;

異核雙原子分子勢能函數的變分研究

Endpoint Estimates for Commutators of Singular Integral Operator with Dini-type Kernel;

Dini型核奇異積分算子交換子端點估計

Figure 14.5 and 14.6 show this division for a homonuclear and a heteronuclear diatomic molecule.

圖14．5和14．6示出同核和異核雙原子分子的這種分區。

Theoretical Study on Tautomerism and Proton Transfer of Nucleic Acid Bases;

核酸堿基分子的異構化及質子遷移的理論研究

The Hamiltonian of Heteronuclear Hydrogen Molecular Ion HD~+ in Magnetic Field;

異核氫分子離子HD~+在磁場中的哈密頓量

Weighted Inequalities for Commutators of Singular Integral Operators with Dini-type Condition

具Dini型核奇異積分算子交換子的加權不等式

Some Problems on Commutators Generated by Singular Integral Operators and Oscillatory Integral Operators;

粗糙核奇異積分算子及振蕩積分算子的交換子的有界性問題

Study on Heterokaryosis and SSR Markers Analysis of Puccinia Striiformis West.f.sp.tritici;

小麥條銹菌異核現象研究及SSR分子標記建立

Molecular Variability of NS2 Gene of Rice Stripe Virus and Expressed in E.coli DH5α;

水稻條紋病毒NS2基因的分子變異及其原核表達

Researches on Molecular Genetics Basis of Seed Nucleus Variation of the Ancient Ginkgo Trees in Suizhou and Anlu;

隨州和安陸銀杏古樹種核變異的分子遺傳基礎

Mutation in the Enhancer Ⅰ of HBV DNA in the Patients with Chronic Hepatitis B Virus

乙型肝炎病毒增強子Ⅰ區核苷酸序列變異分析

Analysis of Differentially Expressed Proteins During the Different Stages of Longan Seed Abortion

‘白核’龍眼種子敗育不同時期差異蛋白分析

The treatment of heteronuclear diatomic molecules by LCAO-MO theory is not fundamentally different from the treatment of homonuclear diatomics.

用LCAO-MO理論處理異核雙原子分子基本上與處理同核雙原子分子是相同的。

non-specific antinuclear factor (ONANF)

臟器非特異性抗核因子

Any heteronuclear diatomic molecule must have a dipole moment since its two ends are different.

任何異核雙原子分子必然具有偶極矩，因為它的兩端是不同的。