1.
Innovative Design of Ordered Detrusion Rice-Seedling Throwing Device by TRIZ Conflict Settling Principles
基于TRIZ冲突解决原理的顶出式有序抛秧机构
2.
The New Mechanism Analysis and Optimization for Throwing Rice Seeding Orderly by Vibrating Transportation Based on the Airflow;
基于气流的振动输送式有序抛秧新机构分析与优化
3.
Research on the Design on Rice Seeder of Plant Nursery for Casting Rice Seedlings;
水稻抛秧苗盘式育秧播种机的设计研究
4.
A Study on Rice Seedling Transplanter by Virtual Prototype Technology;
水稻移栽机有序行抛机构的虚拟研究
5.
sprout pincette
(水稻插秧机)夹秧架, 秧夹
6.
Computer Simulation Analysis and Experiment Research on the Vibration Transportation Mechanism of Rice Precision Seeding Thrower;
水稻精密抛秧机振动输送机构的计算机仿真分析与试验研究
7.
Physiological and Ecological Mechanism of Stable and High Yield of Broadcasted Rice in Paddy Field with High Standing-stubbles under No-tillage Condition
免耕高留茬抛秧稻稳产高产的生理生态机理研究
8.
The Effects of Non-plate Seedling-throwing Agents "Han-yu-bao-mu" on Seedling Character and Rice Output
抛秧剂“旱育保姆”对秧苗素质和产量的影响
9.
Different rice seedling growth modes’impacts on no-tillage & seedling broadcasting (NTSB) cultivation
水稻不同育秧方式对免耕抛秧栽培的影响
10.
The Eco-physiological Mechanism of Growth, Development and Yield Formation of Broadcasted Rice Seedlings Ⅰ. Standing and Establishment of Rice Seedlings and Its Eco physiological Characteristics
抛秧水稻生长发育与产量形成的生态生理机制 Ⅰ.活棵立苗及其生态生理特点
11.
Studies on the Effect of No-tillage Cast-transplanting Rice on Senescence Characteristics after Heading;
免耕抛秧水稻中后期衰老特性的研究
12.
A Study of No-Tillage and Throwing Cultivation Technology in Rice;
水稻免耕抛秧技术研究与应用的分析
13.
Technology Extension Research on Throwing Rice-Seedling from the Angle of Social Gender;
社会性别视角下的抛秧技术推广研究
14.
Popularizing of the Rice Throwing-seedling Cultivation Technique in Leshan Prefecture;
水稻抛秧栽培技术在乐山地区的推广
15.
Influence of Seedling Age and Sowing Amount on Yield and Constitution Factor of Late Rice with No-tillage Cast Seedling
播种量和秧龄对免耕抛秧晚稻产量及其构成因素的影响
16.
Study of Root Lodging Characteristics and Potassium Regulations of No-tillage Cast-transplanting Rice;
免耕抛秧水稻根倒伏特性及钾肥调控研究
17.
Study and Application of a New Seed-coating Regulator in Rice Seedling Raising for Scattering Transplanting Without Seeding Tray;
新型水稻种衣剂“无盘抛秧剂”的研究与应用
18.
Growth and Nitrogen Utilization as well as Regulation of No-Tillage Cast Transplanting Rice;
免耕抛秧水稻的生长与氮素利用及其栽培调控