1) transfer
[英][træns'fə:] [美][træns'fɚ]
转育
1.
Study on Transfer of the Male Sterile Line in Chinese Cabbage by Using Hybrid Seed;
利用杂交种转育大白菜核基因雄性不育系的研究
2.
Research of Synchronous Transfermation Clubroot Disease Resistance Gene and Sterile Genes to A1,A2 Chinese Cabbage;
向大白菜A1,A2同步转育抗根肿病基因和显性核不育基因的研究
3.
Transfer of Male Sterile Genes to Flowering Chinese Cabbage Variety Chixin 4 by Back-crossing;
迟心4号晚熟菜心核基因雄性不育系回交转育研究
2) Educational transformation
教育转型
1.
It is a must for military colleges of qualification education to accelerate the educational transformation so as to implement the spirit of the 17th national congress of the Communist Party of China and meet the requirements of personnel training from the Central Military Committee and the headquarters.
军队学历教育院校深入贯彻十七大精神,落实军委、总部人才培养要求的一个重要方面,就是要加速推进教育转型。
2.
The main reason lies in the process of the corresponding educational transformation for the perfection and popularization of the knowledge system produced by the technology innovation.
其重要原因是技术创新所产生的知识体系的完善与普及需要相应的教育转型。
4) trans-breeding technique
转育技术
1.
Performance of High Oil Content of Youyan Series Varieties and Its Breeding Techniques of High Oil and Protein Content Ⅲ.High oil and protein trans-breeding techniques;
油研系列杂交油菜高含油量的表现及高油分高蛋白选育技术研究 Ⅲ.高油分高蛋白的转育技术
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。
补充资料：世间转法转智转无尽
【世间转法转智转无尽】
世间转者，谓展转摄前众生界、世界、虚空界也。法转者，谓展转摄前法界、涅槃界、佛出现界也。智转者，谓展转摄前如来智界，心所缘佛智所入境界也。盖此三转，皆言无尽者，以世法智之三种，展转含摄，无有穷尽，是名世间转、法转、智转无尽。
世间转者，谓展转摄前众生界、世界、虚空界也。法转者，谓展转摄前法界、涅槃界、佛出现界也。智转者，谓展转摄前如来智界，心所缘佛智所入境界也。盖此三转，皆言无尽者，以世法智之三种，展转含摄，无有穷尽，是名世间转、法转、智转无尽。
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