1.
The Design of Cocoon Cooking Temperature Telemetering System and Its Expert System;
煮茧机温度遥测系统及煮茧专家系统的技术研究
2.
An Analysis on the Mechanism and the Main Influence Factor of Water Infiltrating out of Cocoon during Cocoon Steaming;
煮茧中吐水机理及其主要影响因素研究
3.
Application of computer in filature--cocoon cooking technical designing expert system
计算机在制丝业中的应用——煮茧工艺设计专家系统
4.
Comparing Research of the Home-made Cocoon-cooking Machine and the Silk-reeling Equipment;
国产煮茧、缫丝生产设备的比较研究
5.
Mechanism and Specific Difference of Memory in Two Closely Related Parasitic Wasp Species of Cotesia Glomerata and C. Rubecula;
粉蝶盘绒茧蜂和微红盘绒茧蜂的记忆机理与种间差异
6.
Physiological Regulation Mechanisms of Cotesia Plutellae (Kurdjumov) (Hymenoptera: Braconidae) on Its Host Diamondback Moth, Plutella Xylostella (Linnaeus) (Lepidoptera: Plutellidae);
菜蛾盘绒茧蜂调控寄主小菜蛾的生理机制研究
7.
Research of Continuous Measurement of Temperature and Relative Humidity Inside the Circular Cocoon Drying Machine;
循环式烘茧机内温湿度连续测量的研究
8.
Chances and challege to China pongee industry after China s entry into WTO;
入关给我国茧丝绸业带来的机遇与挑战
9.
Preliminary Research of Mutation Mechanism of Silkworm Fibroin Mutant Nd~x
家蚕茧丝突变种Nd~x突变机理初步研究
10.
Host Selection Behaviour of Microplitis Pallidipes Szépligeti and Its Mechanism
淡足侧沟茧蜂寄主选择行为及其机理初探
11.
Study on Interior Temperature and Humidity of a New Hot Air Recycling Cocoon Dryer
新型循环式热风烘茧机内温湿度的研究
12.
the most advanced of coffee brewing tools.
这是迄今为止最进步的煮咖啡机器。
13.
Control System of the BRUGMAN Width Bleaching and Washing Combined Machine
BRUGMAN宽幅退煮漂联合机控制系统
14.
CAN Communication in Width Bleaching and Washing Combine Manufactured by BRUGMAN
BRUGMAN宽幅退煮漂联合机的CAN通信
15.
The Susceptibilities to the Commercial Insecticides and theToxicological Mechanism in Parasitoids Apanteles plutellae Kurd
常用杀虫剂对菜蛾绒茧蜂的影响及毒理机制研究
16.
Computer Simulation of the Dynamics of Experimental Mixed Populations of Hyperomyzus lactucae Aphidius sonchi
苦苣菜蚜—苦苣菜蚜茧蜂混合实验种群数量动态的计算机模拟
17.
Parasitic Behavior of the Parasitoid Macrocentrus Cingulum and Immune Defense of the Host Ostrinia Furnacalis;
腰带长体茧蜂的寄生行为及寄主亚洲玉米螟细胞免疫机制
18.
Mechanisms That Polyembryonic Parasitoids Microcentrus Cingulum Resist the Immune Reaction of Host Ostrinia Furnacalis;
腰带长体茧蜂抵御其寄主亚洲玉米螟细胞免疫反应的机理研究