1) attenuator
弱化子
2) attenuation
弱化
1.
Dynamic models of VHG continuous ethanol fermentation and mechanisms of oscillation attenuation by packing;
高浓度酒精连续发酵过程中振荡行为的模拟及填料弱化振荡的机理
2.
In this work, the change in dilution rate was excluded from the main reason for the oscillation attenuation.
由于这种振荡会导致发酵终点残糖浓度和精馏废水COD的升高,使原料消耗和污染物处理负荷增大,因此需要对其进行弱化。
3.
However,because all kinds of reason,at present owed the developed local government behavior to display such as characteristic: the benefit,the law,the low effect,it caused the government behavior public attenuation.
然而,由于各种主客观原因,目前欠发达地区政府行为表现出了利益化、法外化、低效化的不良特征,导致政府行为公共性弱化。
3) weaken
弱化
1.
The Cause and Weakening of Bullwhip Effect in Distribution System;
分销系统中的长鞭效应及弱化
2.
On the Weakening of Social Responsibilities of Multi-national Companies in China and its Countermeasures;
论跨国公司在华社会责任的弱化及其对策
3.
Positive analysis on some correlative factors weakening money policy efficacy;
对若干弱化货币政策效力相关因素的实证分析
4) weakening
弱化
1.
The weakening of the agenda setting of internet media and its consequences;
网络媒介议程设置的弱化及其影响
2.
Causes and Countermeasures on the Weakening of the Independence of CPA Audit;
浅析注册会计师审计独立性弱化的成因及对策
3.
Weakening of Local Supervisory Power in Tang Dynasty;
试论唐地方监察权力的弱化
5) Weakness
弱化
1.
The Development of Modern Diagnostic Technology and the Weakness of Physicians Subjective Initiative;
现代诊断技术的发展与医者主体弱化的探讨
2.
Analysis on the Weakness of the Moral Faith and It s Countermeasures under the Market Economy Condition;
市场经济条件下道德信念弱化问题及其对策探究
3.
To simulate the failure process of rock in underground engineering, confining depressure test was developed after triaxial compression of marble sample, which give a new way to investigate the relation among confining pressure, rock strength and its weakness or failure.
介绍了模拟地下岩体破坏的三轴卸围压试验,从新的角度考察了岩石强度、围压与试样弱化破坏间的关系,以塑性变形量和本征强度统一研究了三轴压缩和卸围压两种力学过程,提出了材料参数弱化模量来描述岩样的本征强度降低,讨论了循环加卸围压过程。
6) weakness
弱化:
参考词条
补充资料：弱化子
弱化子(attenuator)是在研究大肠杆菌的色氨酸操纵子表达弱化现象中发现的。在trp mrna 5，端trp正基因的起始密码前有一个长162 bp的dna序列称为前导区，其中第123～150位核苷酸如果缺失，trp基因的表达水平可提高6倍。研究发现，当mrna开始合成后，除非培养基中完全不含色氨酸，否则转录总是在这个区域终止，产生一个仅有140个核苷酸的rna分子，终止trp基因转录。换句话说，当123～150位序列缺失后，trp基因转录就不会中途终止，于是打户基因表达水平提高。123～150位序列终止转录的作用是可以被调控的，如在培养基中完全不含色氨酸，则转录不会终止，这个区域被称为弱化子。弱化作用在原核生物中是相当普遍的，大肠杆菌和鼠伤寒沙门氏菌中已陆续发现不少操纵子都有弱化现象。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。