1.
Using this apparatus the strata can be recognized and the inferior strata combination can be estimated be means of the method of the artificial neural network.
采用人工神经网络方法,实现该仪器对岩层识别及岩层组合劣化判断.
2.
Study on integrated process of catalytic cracking and solvent extraction for Liaohe low-quality coker gas oil
辽河劣质焦化蜡油溶剂精制-催化裂化组合工艺研究
3.
Research on the Comparison between Diversification-Organization and Refocusing-Organization;
企业多元化组织与归核化组织优劣比较研究
4.
Cleavage of secondary bonds can also be responsible for polymer deterioration.
次价键的分裂往往也能引起聚合体劣化。
5.
Thermal effects are a major factor in polymer deterioration.
热效应是聚合物劣化中的一个主要因素。
6.
The Equipment Parameter Deterioration Analysis and the State Evaluation Based on Data Fusion;
基于数据融合的设备参数劣化分析与状态评价
7.
Evaluation on concrete deterioration testing equipment under multi-factor coupling action
多因素耦合作用下混凝土劣化检测设备的评价
8.
Deterioration Mechanisms of Sulfate Attack on Concrete under the Action of Compound Factors
复合因素作用下混凝土硫酸盐侵蚀劣化机理
9.
exhaustion failure period
耗损（劣化）故障期
10.
Impurities that promote deterioration of polymers can be foreign materials, such as residues from polymerization catalysts.
促使聚合物劣化的杂质可能是外加的物质，如残存的聚合用催化剂。
11.
An Analysis on the Strength and Weakness of Chinese Women's Tennis Pair Zheng Jie/Yan Zi in the 29th Olympic Games
29届奥运会我国女子网球双打组合郑洁/晏紫比赛优劣势分析
12.
Studies of the Degradation of Organic Coatings Using EIS and SKP;
联合应用电化学阻抗谱和扫Kelvin探针研究有机涂层劣化
13.
REVIEW ON DAMAGE AND DETERIORATION OF CONCRETE SUBJECTED TO THE COUPLING EFFECT OF FATIGUE LOAD AND ENVIRONMENTAL ACTIONS
疲劳荷载与环境因素耦合作用下混凝土损伤劣化研究进展
14.
poor contract performance
履行合约的表现差劣
15.
fatigue deterioratio
疲劳降解，疲劳劣化
16.
(used of metals) debased by mixture with an infereior element.
（用来指金属）混合了劣等成分而品质低劣。
17.
Monochloroacetic acid was prepared by using acetic anhydride or sulfur as catalysts to chlorinate acetic acid respectively.
对以醋酐为催化剂和以硫磺为催化剂的醋酸氯化合成氯乙酸的优劣进行了比较研究。
18.
Ceramics, which contain compounds of Both metallic and nonmetallic elements, are usually relatively resistant to severe mechanical, thermal, and chemical conditions.
陶瓷是由金属和非金属元素的化合物构成,通常能抗恶劣的机械、温度和化学环境。