By sowing disc and plug transmission automatic control and current feedback control of pneumatic metering components, for seed high accuracy, high efficiency automatic seeding.
通过对播种盘和穴盘输送自动控制以及气力排种元件的电流反馈控制,实现了播种器高精度、高效率自动播种。
Seed water culture experiments were conducted to study the effects of silicon on the cucumber seeding growth under salt stress.
采用幼苗水培实验,研究外源硅对盐胁迫下黄瓜幼苗生长过程中吸收某些矿质元素的影响。
Aiming at the meeting the request of wheat precision seeding, the traditional precision seed metering device was improved, and the range of some parts parameter were defined.
为适应小麦精密播种的要求,对传统气吸式精密排种器进行改进,确定了各部件参数的取值范围。
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