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1)  common-ground effect
共地效应
2)  conjugative effect
共轭效应
1.
According to the()~(13)CNMR chemical shifts of substituted benzene,conjugative effect parameter and inductive effect parameter are established.
以取代苯苯环碳原子化学位移为依据,用曾经设定并初步证实的甲基诱导效应和共轭效应参数,讨论了甲基取代基的诱导效应、共轭效应及定位效应。
2.
In this paper,the stability of propene is briefly described with hyperconjugation;the activity of α H in propene is explained with inductive effect and conjugative effect:the different elctronegativity between C sp2 and C sp3 ,and the stability of active intermediate——allyl free redical.
通过诱导效应和共轭效应及超共轭效应对丙烯及烯丙基自由基稳定性的分析 ,从理论上解释了丙烯的稳定性及其α-H的活泼性 。
3.
The influence of the resonance effect,the conjugative effect,and the inductive effect on the absorption frequency of the characteristic chemical bonds have been discussed mainly in this paper.
重点讨论了共轭效应、共振效应、诱导效应对功能团吸收频率的影响,并利用吸收频率数据比较有机物的某些性质,如羰基化合物的亲核取代反应,若香烃的亲电取代反应,某些酸的酸性强弱,有机物的异构现象。
3)  Resonance Effect
共振效应
1.
The influence of the resonance effect,the conjugative effect,and the inductive effect on the absorption frequency of the characteristic chemical bonds have been discussed mainly in this paper.
重点讨论了共轭效应、共振效应、诱导效应对功能团吸收频率的影响,并利用吸收频率数据比较有机物的某些性质,如羰基化合物的亲核取代反应,若香烃的亲电取代反应,某些酸的酸性强弱,有机物的异构现象。
2.
In a typical bistable system, the signal-to-noise ratio and spectral power amplification are considered as observable variables to evaluate the stochastic resonance effect.
以典型双稳系统为对象,并以信噪比和功率谱放大率作为度量随机共振效应的可观察变量,分别研究了采用线性或非线性反馈函数所产生的随机共振现象。
3.
This kind of multi - dimensional information source projects its radical on the receiver, thus causing a kind of resonance effect.
电视新闻的传播效果在很大程度上取决于各种传播符号的系统化运用,各种符号如能合理有序、交融互补、相辅相成,记者编辑对新闻信息进行历时性的纵向追溯和共时性的横向联动,形成系统的电视语言,以立体的多维的信息辐射观众,唤起观众的集体记忆,就能产生类似物理学上的心理共振效应。
4)  conjugation effect
共轭效应
1.
Quantum methods,B3LYP,QCISD and CASSCF(8,8) have been carried out on phenylcarbene(Ph—CH) to investigate the effect of stereoscopic effect,hybrid of the central carbon and conjugation effect on the singlet-triplet splitting of phenylcarbene.
使用量子化学方法B3LYP、QCISD和CASSCF,以6-311++G**和6-311G**为基组,对单、三重态苯基卡宾进行了计算研究,讨论了立体效应、中心碳的杂化和共轭效应对单-三重态稳定性的影响。
2.
2293 PX Where XP(G) is the equalized electronegativity of free radical, PEI is the polarizability effect index of R groups or atoms in free radicals R3C·, VNRP is Valence electron - Nonbonding electron Repulsion Potential, C + R is conjugation effect of R groups or atoms in free radicals R3C·, PX is metamorphosis pot.
其中 ,XP(G)为自由基的均衡电负性 ,PEI是自由基中R基团或原子的极化效应指数 ,VNRP是价电子──非键电子排斥势 ,是自由基中R基团或原子的共轭效应 ,PX是基团变形势。
3.
Inductive effect, conjugation effect and hyper conjugation effect are called electronic effect.
诱导效应、共轭效应和超共轭效应总称为电子效应。
5)  conjugate effect
共轭效应
1.
Influence of conjugate effect on the properties of organic compounds;
共轭效应对有机化合物性质的影响
6)  Resonance effect
共轭效应
1.
Study on Resonance Effects of Groups Ⅱ The Chemical Shift In Carbon—13 Nuclear Magnetic Resonance Spectroscopy and the Scales for the Resonance Effects of Groups;
基团共轭效应研究Ⅱ ~(13)C核磁共振的化学位移与取代基的共轭效应强度
补充资料:共十地
【共十地】
 (名数)声闻缘觉菩萨三乘所共之十地,谓之共十地。大品般若经所说,天台以之为通教之位次:一干慧地,三乘之人,初居外凡之位时,未得真空之理水,观慧干涸之位。二性地,三乘之人,进内凡之位,于真空法性之理,颇有解悟之心时。三八人地,人者忍也,三乘之人,欲断三界之见惑,于预流向起八忍智之位。四见地,三乘之人,见四谛真空之理,已断三界见惑之位,声闻乘谓之预流果。五薄地,三乘之人,断欲界上六品之修惑,欲惑稍薄之位,即声闻乘之一来果。六离欲地,三乘之人,断欲界下三品之修惑,毕竟离欲惑之位,即声闻乘之不还果。七已办地,三乘之人,断尽上二界之修惑,更无所断,所作已办成之位,即声闻乘之阿罗汉果,而彼乘止于此。八辟支佛地,是缘觉乘极果,观智锐利,不啻断烦恼之体,更进而侵害其习气一分之位。九菩萨地,三祇之间,修福研慧,将得一切种智,断烦恼之习气,如仅余少灰之位。十佛地,大功德之力资利智慧得一念相应之慧,观真谛究竟,烦恼习气亦复究竟,如劫火烧木,无复余灰之位。见大乘义章十四,四教仪集注下。
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