1) cyclobutanone
环丁酮
1.
Study on the manufacturing cyclobutanone derivative;
环丁酮衍生物合成方法的研究
2.
The thermal decomposition reactions of cyclobutanone are theoretically studied by using CASSCF method at the level of 6 31G * basis sets.
由于所研究反应过程涉及双自由基 ,用HF ,MP2或B3LYP等方法难以进行过渡态的优化 ,所以选用多组态相互作用 (MCSCF)的CASSCF方法 ,对环丁酮的热解离反应进行了精确理论研究 。
2) buspirone
丁螺环酮
1.
The Synergistic Effect of Buspirone in the Treatment of Depression:A Meta-analysis;
丁螺环酮在抑郁症治疗中增效作用的meta分析
2.
A Comparative Study of Buspirone s Add-effect in Treatment of Depression.;
丁螺环酮抗抑郁增效作用的对照研究
3.
Clinical study of citalopram combined with buspirone in treatment for senile depression;
西酞普兰合并丁螺环酮治疗老年抑郁症临床观察
3) cyclobutanone
环丁烷酮
4) halocyclobutanone
卤代环丁酮
5) cyclobutenedione
环丁烯二酮
6) cyclobutendione
环丁烯二酮
1.
After themercaptan was transformed into anion by base, the subetitution nucleophilic process of butoxy of n-butyl nitrogenoxosquarate can be took place,and the thioalkyl group could be introduced into thefour carbon ring of the cyclobutendione.
用碱把硫醇转变成相应的负离子后可以亲核取代氮氧方酸正丁酯的丁氧基，在环丁烯二酮的碳环上导入烃硫基；制得了六个氮硫方酸酯２ａ～２ｄ。
补充资料：环丁酮
191-95-3
分子式: C4H6O
分子质量: 70.09
沸点: 99℃
熔点: -50.9-99℃
中文名称: 环丁酮
英文名称: cyclobutanone
分子式: C4H6O
分子质量: 70.09
沸点: 99℃
熔点: -50.9-99℃
中文名称: 环丁酮
英文名称: cyclobutanone
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条