1) Irriastion coefficient
水质评价(Irrigation coefficient)
2) TIC(Theil's inequality coefficient) method
TIC(Theils inequality coefficient)方法
3) film coefficient of heat transfer
传热分系数(individual heat transfer coefficient)
4) water quality assessment
水质评价
1.
Application of improved attributes recognition method in water quality assessment;
改进属性识别法在水质评价中的应用
2.
A new approach for water quality assessment based on multivariate statistical analysis and Radial Basis Function Neural Networks;
基于多元统计分析和RBFNNs的水质评价方法
3.
The application and improvement of the matter-element extension method used in water quality assessment of the Yellow River;
物元可拓法在黄河水质评价中的改进及其应用
5) Water quality appraisal
水质评价
1.
Using inheritance calculation to optimize pollution indexes to appraisal the water quality in deep and low groundwater,water quality appraisal drawings are drawn.
采用基于遗传算法优化的污染损害指数法对长春市深层、浅层地下水进行水质评价,绘制水质评价图。
2.
This paper introduced the principle of grey situation decison, and introduced it into water quality appraisal, compared with examples the grey situation decision with fuzzy comprehensive appraisal.
将其引入水质评价中，结合实例，将灰色局势决策法与模糊综合评判法进行了比较。
3.
Research on water quality appraisal and water environmental capacity of Zhelin Reservoir is necessary.
因此,本文展开对柘林水库水质评价和水环境容量的研究。
6) Evaluation of water quality
水质评价
1.
Application of fuzzy identification model in evaluation of water quality in Dahuofang reservoir;
模糊模式识别模型在大伙房水库水质评价中的应用
2.
In order to evaluate the water quality,a new method is put forward on the basis of the fuzzy matter-element analysis and combining with the concept of Simdilar approach degree,and the feature of evaluation of water quality.
在模糊物元分析原理的基础上,结合水质评价的特点和海明贴近度的概念,提出了基于模糊物元分析方法水质评价模型。
3.
Application of fuzzy matter-element model based on coefficients of entropy in comprehensive evaluation of water quality;
鉴于水质评价中各指标的不确定性和模糊性,将熵值理论与模糊物元建模相结合,应用于水质综合评价中,建立了基于熵权的模糊物元模型。
补充资料：大豆灌溉(irrigation of soybean)
大豆灌溉(irrigation of soybean)
在大豆生长发育过程中，根据土壤墒情，和大豆需水规律给予补充水分。大豆是需水较多的作用。开花前耗水量占全生育期需水量的10%，开花结荚期为60-70%，鼓粒期占20-30%，每形成1g干物质，需要耗水500g左右。
适宜大豆生长发育的土壤水分指标，为土壤田间最大持水量的65-70%，开花、结荚、鼓粒期为75-85%，当低于65%时，应及时灌溉。在干旱条件下，分枝期灌溉可增产4.1-9.4%；开花结荚前期灌溉增产12.0-27.6%，鼓粒期灌溉增产24.2-33.8%。
在东北地区大面积垄播条件下，普遍采用沟灌，在黄淮平原地区，每隔3m开一畦沟，每隔5m开一横沟，田的四周开边沟，沟渠要利用灌排，丘陵地区可采用喷灌。南方大豆产区，多畦田种植，采用浸润灌溉。
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