1.
Study on Ammonium and Phosphate Fluxes at the Sediment-Water Interface of Lake Taihu Using Flow-Through Incubation
太湖水土界面氮磷释放通量的流动培养研究
2.
Modeling and Simulation of High Pressure Flowing System for Cultivating Benthal Microbes;
深海微生物培养系统流动体系的建模与仿真
3.
Relationship between Training and Flowing of Talents and Development of Regional Economy;
人才培养和流动与区域经济发展的关系研究
4.
Talent Cultivation,Development and Flow Mechanism in the Pan-Yangtze River Delta
泛长三角人才培养、开发和流动机制研究
5.
Analysis of Interaction Development Between Logistics Software Company and Logistics Talent Development in College
物流软件公司与高校物流人才培养互动发展浅析
6.
He attempted to investigate bidirectional streaming by inoculating two dishes with R. oryzae.
他试图研究双向流动的问题，他把未根霉接种于两个培养皿。
7.
On the Cultivation Method of Canoe/Kayak-Slalom for Teenagers;
对皮划艇激流回旋青少年运动员培养方法的探讨
8.
"Module-driven" Teaching as a kind of Exploration Gontributes to Educate Polytechnic Logistics Talents;
“模块驱动式”教学在高职物流专业人才培养模式中的探索
9.
Hierarchical cultivation of comprehensive capability and innovation consciousness of college students majoring in fluid transmission;
流体传动方向层次化大学生综合能力和创新意识的培养
10.
Research of Metabolism Dynamics and Transcriptional Profiling of Serum-free Fed-batch CHO Cultures
CHO工程细胞无血清流加培养代谢动力学及转录谱特征研究
11.
relating to the raising of plants or animals.
关于植物或动物的培养。
12.
A person who breeds animals or plants.
饲养动物者，培育植物者
13.
The propagation of animals or plants.
动物的饲养，植物的培植
14.
Attach Importance to Build the Discipline of Logistics,Hasten the Training of Talents for This Field;
重视物流学科建设 加快物流人才培养
15.
Methods Fetal (18 2weeks aged) smooth muscle cells from aorta, pulmonary artery and arterial duct from 6 aborted fetuses were cultured.
方法取6例(18±2)周流产胎儿的主动脉、肺动脉和动脉导管进行细胞培养。
16.
Logistics Professionals in Training Programs and Studies--Zhuhai College of Jilin University Logistics Training Program
物流专业人才培养方案和研究——吉林大学珠海学院物流培养方案
17.
Comparative Trails of Dynamics of Cell Culture in Different Cell Media
不同细胞培养基细胞培养动力学比较试验
18.
Kinetic Analysis and Optimization for Heterotrophic Cultivation of Chlorella;
小球藻异养培养的动力学分析与优化