1)transformation[英][,tr?nsf?'me??n][美]['tr?nsf?'me??n]转换性
1.The elements of drama, the structure of drama and the social\|cultural structure are constructed and function based on the laws of “totality”, “transformation” and “self\|regulation”.戏剧元素、戏剧结构以及社会—文化结构之间按“整体性”、“转换性”以及“自身调节性”等特征、规律构成并运
英文短句/例句
1.Only those can be said to possess transferability.只有那些才可称其具有可转换性。
2.Adaptability of Codeswitching and Codeswitching in English Classroom;语码转换顺应性与英语课堂语码转换
3.light-signal transfer characteristic光信号转换特性曲线
4.the quality of being transferable or exchangeable.可以转让或互换的特性。
5.The transformation between the third-order Eulerian and Lagrangian solutions for irrotational progressive gravity waves非旋转性前进波Euler与Lagrange解间的转换
6.The Reform's Arduousness and the System Turn's Urgency改革的艰巨性与体制转换的迫切性
7.The Gender Perspective Conversion in Female Fiction Film Adaptation;女性小说影视改编中的性别视角转换
8.The Validity of Catford's Theory of Translation Shifts on English-Chinese and Chinese-English Translation--Taking Class Shifts and Unit Shifts as Main Examples卡特福德翻译转换理论对英汉、汉英翻译的有效性——以词类转换和单位转换为主的探讨
9.automatic range switching linear amplifier自动量程转换线性放大器
10.'{0}' is an invalid value for the {1} property. {0} can not be converted to {2}.“{0}”对属性 {1} 是无效值。{0} 无法转换为 {2}。
11.This will further allow you to customize your security translation.这将进一步允许您自定义安全性转换。
12.What computers would you like to perform security translation on?您想在哪些计算机上执行安全性转换?
13.The value '{0}' of the {1} property of '{2}' cannot be converted to type {3}.“{2}”的 {1} 属性的值“{0}”不能转换为类型 {3}。
14.Transitional sentences are necessary for connecting paragraphs.转换句对联系段落间具有必要性。
15.Select where to retrieve objects for security translation:选择为安全性转换检索对象的位置:
16.AN ANALYSIS OF ADAPTATION THEORY APPLICATION OF CODE-SWITCHING IN ENGLISH CLASSES英语课堂语码转换的顺应性理论分析
17.The Mechanics Performance Analysis on a Transferring Structure for Steel Reinforced Concrete Beams;型钢混凝土梁式转换层受力性能分析
18.Study on Stability of A Peak-current-mode PWM Converter;峰值电流模式PWM转换器稳定性研究
相关短句/例句
umpolung极性转换
1.The concept and some applications about umpolung were expounded, and some new methods about the application of the umpolung were given.极性转换方法是一种重要的有机合成新方法 ,对极性转换的概念和应用作了论述 ,并对一些极性转换的新技术作了简
2.The organic compounds unable to be synthesized under normal reaction can be fulfilled by means of umpolung.在有机合成中一些不能用常规反应合成的有机化合物可以通过极性转换的方式来完成 。
3)polarity conversion极性转换
1.DFRM polarity conversion based on genetic algorithm基于遗传算法的DFRM极性转换
2.By combining the power estimating model and the polarity conversion of tabular technique with the whole annealing genetic algorithm(WAGA),this paper proposes a new algorithm to search the best pola.在此基础上,将基于列表技术的极性转换算法和整体退火遗传算法相结合,提出了一种针对大规模XNOR/OR电路的低功耗最佳极性搜索算法。
3.A new algorithm based on XNOR/OR logic for searching the best polarity for low power dissipation has been proposed,by investigating the XNOR/OR logical expression,the propagation algorithm of signal probability and the polarity conversion algorithm.本文通过对XNOR/OR逻辑表达式、信号概率传递算法和极性转换算法的研究,提出了一种基于XNOR/OR逻辑的低功耗最佳极性搜索算法。
4)property transition性质转换
1.Study on of property transition of industrial abandoned land in city;城市废弃工业用地性质转换的成因
5)fertility alteration育性转换
1.Relationship between fertility alteration of fertility-changing sterile plant of nucleus male sterile line Kang A_1 and temperature in cotton;棉花核不育系抗A_1育性转换不育株育性变化与温度的关系
2.7 ℃ during their sensitive stage to temperature for fertility alteration.)核不育系YW-2S、广占63S、1103S、培矮64S的育性转换特性进行了系统研究。
3.This paper reports the study of fertility alteration character of Pingxiang Dominant Genic Male Sterile Rice under na- ture condition and in phytotron.利用人工控温条件和自然光温条件,研究了萍乡显性核不育水稻育性转换的特性。
6)Fertility conversion育性转换
1.The mechanism of fertility conversion of temperature sensitive genic male sterile line in maize was studied by the methods of sowing with stages and investigating leafage.利用分期播种和田间跟踪调查叶龄的方法 ,以琼 6Qms为材料研究了玉米温敏型核雄性不育的育性转换机制 ,结果表明 ,日最高温度是育性转换的主要因子 ,表现出低温可育 ,高温不育 ,育性转换的温度区间为 2 7～ 31℃ ;同时日照长度对育性转换也有一定的影响 ,表现为长日照不育 ,短日照可育 。
2.Temian S-1 was used as studying material, this paper studied rules of growth and development of the male sterility in natural environment, the effects of average diurnal temperature, and different sunlight on fertility conversion, mechanism of fertility conversion at different temperature.以新育种材料特棉S-1为供试材料,研究了特棉S-1在自然生态条件下的生长发育规律、日平均气温对特棉S-1育性转换影响、不同气温条件下特棉S-1育性转换规律、光照长短对特棉S-1育性转换影响、不同授粉时间对特棉S-1成铃率影响等方面的内容。
延伸阅读
可转换性 可转换性—— 可转换性是指允许债券持有者在一定条件下转换成另一种金融工具，如公司股票等。
