tautomerize

tautomerize

1. THEORETICAL STUDYING ON THREE PYRIMIDINE BASES AND THEIR TAUTOMER PRODUCTS BY THE MNDO SCF MO METHOD

三种嘧啶碱及其异构化产物的MNDO SCF MO法理论研究

2. Study on tautomer of ethyl acetoacetate by UV

乙酰乙酸乙酯互变异构体的紫外光谱研究

3. Keywords 2;6-dithioxanthine;tautomer;DFT method;SCRF method;dipole moment;

二硫代黄嘌呤;互变异构体;密度泛函理论;自洽反应场方法;偶极矩;

4. When the tautomer DTP(1,3,7) reacts with the electrophilic carcinogen BPDE,the atomic S10 of DTP(1,3,7) superiorly attacks the BPDE.

二硫酮DTP(1,3,7)在水相中与致癌物BPDE进行亲核取代反应时,二硫酮DTP(1,3,7)中的S10原子优先进攻亲电试剂BPDE.

5. 7. When the tautomer DTP(1,3,7) reacts with the electrophilic carcinogen BPDE,the atomic S10 of DTP(1,3,7) superiorly attacks the BPDE.

二硫酮DTP(1,3,7)在水相中与致癌物BPDE进行亲核取代反应时,二硫酮DTP(1,3,7)中的S10原子优先进攻亲电试剂BPDE.收藏指正

6. Keywords pyridone;disperse dye;ab initio calculation;tautomerize;

吡啶酮;分散染料;从头算;互变异构;

7. Keywords uric acid;quantum chemistry;intramolecular proton transfer;density functional theory;tautomer;

尿酸;量子化学;分子内质子转移反应;密度泛函理论;互变异构;

8. Keywords barbituric acid;tautomer;density functional theory method;self-consistent reaction field method;activation energy;

巴比妥酸;互变异构体;密度泛函理论方法;自洽反应场方法;活化能;

9. Keywords D NMR;gossypol;dynamic equilibrium;tautomer;chemical shift assignment;

核磁共振;棉酚;动态平衡;异构体;归属;

10. Keywords nitromethylthiazole derivative;1;3 dipolar addition;tautomer;

硝甲基噻唑衍生物;1;3-偶极加成;互变异构体;

11. Keywords 2-thiobarbituric acid;tautomer;density functional theory method;self-consistent reaction field method;activation energy;

硫代巴比妥酸;互变异构体;密度泛函理论方法;自洽反应场方法;活化能;

12. Keywords cytosine;uracil;thymine;tautomer;density functional theory method;

胞嘧啶;尿嘧啶;胸腺嘧啶;互变异构体;密度泛函理论;

13. The moderate thought takes the law of the unity of opposites, the quality tautomerize rule and the denial of rule as its foundations, containing several big essential factors in the administration.

适度思想的成功绝非偶然,它本身具有深刻的哲学内涵。

14. keto-enol tautomer

酮烯醇互变异构体

15. Instead, ESIPT takes place, forming a proton transfer tautomer, in which the central nitrogen atom acts as the secondary alkyl amine.

非光缓解途经可分为物理性质的由光能转为热能散失在系统中，或是化学性质的由光能转为化学能进行化学反应；

16. Keywords xanthine;tautomer;

黄嘌呤:互变异构体;