1) three-dimensional strengthen cultivation
三围立体强化栽培
1.
And the three-dimensional strengthen cultivation methods were used,The super high-yielding hybrid rice cultivation of quality strategy and strengthen the complex technical measures were put forward.
并运用三围立体强化栽培方法,提出了杂交稻超高产优质强化栽培策略及综合配套技术措施:即①盘式育秧,低叶龄小苗多头移栽,争取穗足穗大;②增施有机肥料,确保稳健平衡生长;③严格控制中期群体,提高成穗率;④巧施穗肥粒肥,优化冠层叶片配置;⑤防治病虫草害,确保活棵成熟,提高千粒重和结实率。
2) Triangle System of Rice Intensification (TSRI)
三角形强化栽培
1.
Effects of Triangle System of Rice Intensification (TSRI) on Some Physiological Characteristics and Grain Yield;
三角形强化栽培技术对水稻一些生理特性及产量的影响
4) stereo-cultivation
立体栽培
1.
Analysis of Climate Adaptation for Ginger Stereo-cultivation over Dabie Mountain Area;
大别山区生姜立体栽培气候适应性分析
2.
Mathematical models of recommended fertilization of nitrogen, phosphorus and potassium for corn in com-soybean stereo-cultivation were set up by means of universal rotational combinatorial design and computer tcchnology.
采用氟、磷、钾化肥三因素通用旋转组合设计，通过计算机模拟寻优，建立了湘南砂岩红壤玉米－大豆立体栽培模式中玉米施肥量－产量、玉米施肥量－利润数学模型；优选出玉米产量和利润最高的各10套施肥方案；计算出玉米最高产量的施肥量为：尿素750kg／hm2，过磷酸钙1125kg／hm2，氯化钾332kg／hm2，N∶P2O5∶K2O＝1∶0。
3.
Coffee stereo-cultivation patterns practiced at present for coffee production are reviewed, and discussed is optimization of stereo-cultivation patterns for coffee cultivation from reducing interspecific competition.
立体栽培可以为咖啡生长提供适宜的荫蔽条件。
5) System of Rice Intensification
强化栽培
1.
Effects of Fertilizer Application on Grain Quality of Hybrid Rice under Cultivation of System of Rice Intensification(SRI);
强化栽培条件下施肥对杂交水稻主要米质性状的影响
2.
Plant Growth and Nitrogen Utilization of the System of Rice Intensification Under Different Fertilization Patterns and Tillage Ways;
不同施肥和耕作方式下强化栽培水稻的生长与氮素利用
3.
Plant Growth and Grain Yield Formation under Different Tillage Patterns and Different Planting Densities in the System of Rice Intensification;
不同耕作方式和栽培密度下强化栽培水稻的生长发育与产量形成
6) the system of rice intensification
强化栽培
1.
Moreover,the cultivation mode,irrigation method suitable for the system of rice intensification in local area were derived and applied in Zhanghe irrigation district.
根据2002年至2005年共4年在湖北省灌溉试验中心站开展的专项试验,探讨不同施肥及种植密度条件下水稻的产量、水平衡要素及水分生产率的变化规律,总结出了水稻强化栽培制度在本地适用的栽培模式及灌溉技术和方法,并在灌区内开展推广应用,为灌区推广水稻节水灌溉栽培新技术、降低生产成本、增加农民收入、促进社会发展探索一条有益的路子。
2.
The paper performed Regression analysis and Path analysis on the yield(Y)as the dependent variable and effective panicle number(x1)、total grain of per ear(x2)and grain setting rate(x3)as independent variables in the system of rice intensification(SRI).
以有效穗、每穗总粒数、结实率为自变量,产量为依变量,对D优3232强化栽培下高产群体的产量构成因素进行了回归分析和通经分析。
3.
The small- or middle-pa nicle hybrid rice though they showed significant decrease in leaf-grain ratio under the system of rice intensification maintain.
以 18个杂交中稻组合为材料 ,分别进行强化栽培和传统栽培两组试验 ,研究了源库结构与强化栽培的籽粒充实度之间的关系。
补充资料：星形－三角形变换
一种简单的电路间等效变换。 以阻抗为参数的3个电路元件的星形连接如图1所示, 三角形连接如图2所示。当这两种连接有相同的外特征时，二者便可等效互换。互换的规则是：将星形连接变换成三角形连接，要求后者的参数与前者的参数之间有如下的关系，即 (1)
反之，将三角形连接变换成星形连接，则需要
(2)
当Z1=Z2=Z3=Z时，式(1)简化为Z12=Z23=Z31=3ZZ12=Z23=Z31=Z 时，式(2)简化为式(1)和式(2)称为两种连接间的互换公式。
反之，将三角形连接变换成星形连接，则需要
(2)
当Z1=Z2=Z3=Z时，式(1)简化为Z12=Z23=Z31=3ZZ12=Z23=Z31=Z 时，式(2)简化为式(1)和式(2)称为两种连接间的互换公式。
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