均水

自动均水控制限时供水电路设计

The Design of Electric circuit of Setting a Time Limited to a Water Supply

为了缓解水事矛盾，政府制定了均水制。

In order to alleviate the water conflicts , the government had formulated the average allocation of water resources institution .

整个水权制度变迁的过程体现出以均水为终极目的。

The ultimate objective was to divide water equally during the whole process of the vicissitude of the system of water rights .

中国是一个干旱缺水严重的国家，是全球13个人均水资源最贫乏的国家之一。

China is a serious drought and water shortage , which is one of the 13 most short of per capita water resources country around the world .

我国是一个人均水资源紧缺的国家，水资源总体贫乏，并且在时间和空间上分布不均，且开发利用程度比较低。

China is a nation that has the shortage water resource per capita . In our country , the water resource is generally poor , and its distribution is uneven in time and space . The level of the development and utilization is relatively low .

1H强度和水自旋-自旋弛缓时间（T2）均随着水活度、存储温度和存储时间的增加而增加。

1H intensity and water T2 increased with increasing aw , temperature and storage time .

方法病人术前均禁食水4～12h。

Methods The patients did not drink and eat 4-12 h preoperation .

治疗后均以水迷宫检测学习记忆行为情况，并检测脑AchE含量。

The course was 28 days . The ability of learning and memorizing was observed by water maze , and the content of AchE in brain was detected after treatment .

结果表明，在海泡石纤维化学松解工艺中，阴离子表面活性剂OT和阳离子表面活性剂GSY对纤维的松解效果接近，但二者的松解效果均不及水溶性磷酸盐的效果好。

Experiments showed that the anionic surfactant OT and the cationic surfactant GSY had similar defiberization effects to sepiolite fibers and were not as good as soluble phosphates .

高强度的ADI、淬火回火球铁和珠光体球铁均发生水脆化行为，而铁素体含量高的铸态球铁和铁素体球铁无明显的水脆化行为。

ADI , quenched / tempered and fully-pearlitic ductile iron which have high strength show significant water embrittlement , while no clear water embrittlement is observed for ductile iron with a fully or mostly ferritic matrix .

研究了等温淬火温度对奥贝球铁（ADI）水脆化行为的影响，水附着条件下不同等温淬火温度处理的ADI均发生水脆化行为，抗拉强度和伸长率显著降低；

Influence of austempering temperature on water embrittlement behavior of austempered ductile iron ( ADI ) was studied . ADI austempered at different austempering temperatures exhibit embrittlement behavior which the tensile strength and elongation decrease drastically in condition of contact with water .

SZ36-1油田原油粘度高，层间纵向渗透率差异大，地层非均质性极强，注水井的吸水剖面不均，水窜严重，必须首先优选注聚调剖井层。

Synthetically considering various factors , polymer flooding is recommended and optimization in profile improvement must be conducted first for the distinct difference of layer-layer permeability , severe heterogeneity as well as uneven water-injection profile .

三步反应在后处理时均采用水蒸汽蒸馏。

The steam distillation was applied in three steps .

三氧化铬主要用于均相水溶液。因此，这些物质的用途常以三氧化铬来表示。

Consequently , the uses of these substances are the same as indicated for chromium trioxide .

太湖透明度的各影响因子均受水动力过程的影响，所以研究太湖水动力特征是透明度研究的基础和前提。

Thus , study on hydrodynamic characteristics of Lake Taihu is the basis and prerequisite for water transparency study .

结果表明杨木、落叶松、冷杉等实体木材的压缩恢复率均随水蒸气处理（180℃）定型时间的增加而减小；

The results show that the compression recovery increase of poplar , larch and fir declines with steam treating time .

利用非均相水蒸气蒸馏原理，对顺丁橡胶凝聚过程中节能与降耗理论进行了探讨。

The theory of energy saving and solvent consumption of cis-1,4-polybutadiene rubber condensation were explored by the principle of heterogeneous steam distillation .

在湿模态计算中，对流道充水、溢流面充水和两者均过水三种工况分别进行了计算。

In the wetting mode calculation , three conditions are calculated , flow channel water-filled , spillway over the water and both of them with water .

乙炔在膜中的扩散系数和溶解度系数均比水蒸气小，聚砜膜中H2OC2H2选择性在300以上。

Compared with acetylene , water vapor has much bigger solubility and diffusivity . The selectivity of H_2O / C_2H_2 for polysulfone was more than 300 .

另外，扩链剂的种类及用量、软段种类、制备方法、中和度等因素均影响水性聚氨酯乳液的粒径、粘度和聚氨酯胶膜的力学性能等。

Different soft segment , different chain-extenders and different contents , different preparation methods all influenced viscosity , particle size , mechanical properties of the waterborne polyurethane .

此外，研究体系的水化度和孔隙率均随水灰比的增加而增大，但弹性模量呈下降趋势。

In addition , the degree of hydration and porosity increased with the increasing water / cement ratio , while the modulus of elasticity showed downward trend .

根据对叶片材质及叶轮&叶片系统振动特性的试验结论，通过对叶片断口及扭曲特征及事故时机组的运行工况分析判断，这三次事故均为水冲击造成。

According to the test conclusion of the blade material and wheel-blade system , the blade breakpoint , distortion character and operation conditions during these accidents were analyzed .

中国人口众多，水资源匮乏，时空分布不均，水资源污染十分严重。

China is a country of large population , the problem of water scarcity , the uneven spatial and temporal water distribution and water pollution is very severe .

试验表明强化水灭火效果和抗燃效果均优于水，但优势有限且价格较高；

Experimental results show that the fire-extinguishing and fire-resisting effects of loaded stream are better than those of plain water , but with limited advantage and higher price ;

世界水资源分布不均，水资源开发利用不合理，水体污染严重等现实，使得全球性水危机日益加重。

Global water crisis is becoming more and more serious due to the uneven distribution of water , unreasonable development and utilization of water resources and serious water pollution .

再生混凝土的早期各个龄期的强度均随水灰比、取代率的增大而降低。且单位用水量越小，早期阶段各龄期强度越高。

The early strength at different ages decreases with the water-cement ratio and replacement ratio , and the smaller the water usage per unit volume is , the lager the strength .

当今世界，人类面临三大问题（人口增长、资源短缺和环境恶化）的严重挑战，这三大问题均与水资源有着密切的关系。

Today the three problems that human beings have to face are the increasing population , the lack of resources and the environmental deterioration , which are connected with water resources .

由于人口的增加，流域地表水资源分配不均，水资源开发过度，地下水位急剧下降，造成流域生态系统退化。

The increase of population accompanied with the uneven distribution of water resources has resulted in the overuse of water and the abrupt descending of groundwater table , which caused the degeneration of ecosystem .

中国降水时空分布不均，水资源短缺、洪涝灾害及水土流失等与水相关的生态-环境问题十分突出。

In China , the temporal and spatial distribution of precipitation is uneven , resulting the many acute environmental problems , such water shortages , floods and soil erosion , and degradation of the ecosystem .

采用防冻液流体，由于其热物性参数不同，造成管内最小流速，换热系数和管内沿称阻力均与水不同，设计时需充分考虑。

For distinct heat physics parameter of prevent frostbite fluid , cause distinct water of lowest velocity of flow , heat transfer coefficient and on the way resistance in tube , should fully consult of design .