1) Seed production
产籽量
1.
After the treatment of onions and fertility plants with Three-Yuan energy, the seed production increases by 25.
37％、大中型葱头比率提高;对葱头及其生育植株发放三元能量可显著提高洋葱花头的产籽量,增长率为25。
2) grain yield
籽粒产量
1.
Effects of combined application of copper and nitrogen on grain yield and protein in winter wheat;
铜氮配施对冬小麦籽粒产量和蛋白质含量的影响
2.
Effect of nitrogen application rate on nitrogen absorption,NO_3-N accumulation in soil and grain yield of winter wheat;
施氮量对冬小麦氮素吸收利用、土壤中硝态氮积累和籽粒产量的影响
3.
Effects of fertilizing on physiological characteristics and grain yield of winter wheat cultivars;
施肥对冬小麦生理特性和籽粒产量的影响
3) yield of rapeseed
菜籽产量
4) yield
[英][ji:ld] [美][jild]
籽粒产量
1.
The effects of nitrogen application operation on physiology and yield of wheat in Karst mountainous areas;
氮肥运筹与喀斯特山区小麦生理及籽粒产量的关系
2.
To determine the influence of agronomic characters on grain yield of summer maize in eastern Hebei province,the correlation between the grain yields of 22 varieties of summer maize and 9 agronomic characters were analyzed by the method of gray correlation degree analysis.
为明确冀东地区夏玉米农艺性状对籽粒产量影响的主次关系,利用灰色关联度分析法分析了22个夏玉米品种的籽粒产量与9个性状的关联度。
3.
The influence of sulfur application on characteristics of grain filling and yield of winter wheat cultivar Yumai 50 was investigated under high nitrogen fertilizer level(330 kg/hm2) with soil available sulphur content of 22.
47 g)和籽粒产量(7 416。
5) pine-nut yield
松籽产量
1.
Through the experiments of Vaccinium vitis-idaea—Pinus pumila elfin forest and investigations on pine-nut yield,the effect of management on pine-nut yield was analyzed.
通过对越桔—偃松矮曲林经营试验和进行松籽产量调查,进行了经营对其松籽产量影响的分析。
6) grain yield
籽实产量
补充资料：产泥量
分子式：
CAS号：
性质：废水处理厂中每天积累的初次沉淀池污泥量，可由原废水流量与废水中悬浮固体浓度和初次沉淀池中悬浮固体去除率(一般为60％)的乘积计算而得。二次沉淀污泥量通常按施加到二级处理的每公斤BOD5所产生的污泥量(kg)计，其值称为污泥增长指数。对滴滤池约为0.7；对活性污泥，当污泥负荷率为0.4/d时，约为0.75，当污泥负荷率为0.1/d时，其值降为0.4。
CAS号：
性质：废水处理厂中每天积累的初次沉淀池污泥量，可由原废水流量与废水中悬浮固体浓度和初次沉淀池中悬浮固体去除率(一般为60％)的乘积计算而得。二次沉淀污泥量通常按施加到二级处理的每公斤BOD5所产生的污泥量(kg)计，其值称为污泥增长指数。对滴滤池约为0.7；对活性污泥，当污泥负荷率为0.4/d时，约为0.75，当污泥负荷率为0.1/d时，其值降为0.4。
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