Analysis on the Space-time Variation Law for the Water-surface Evaporating Capacity of Shanxi Province

1、

The Improvement of the Measuring Level System of 2nd Evaporating Separator in Urea Plant

尿素装置二段蒸发分离器液位测量系统的改进

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2、

The preparation method of the Ni sponge oxide cathode has been reformed by spouting sand and vacuum evaporating technology.

采用喷砂和真空蒸散技术，改进了Ni海绵氧化物阴极制备方法。

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3、

Vacuum evaporating cds/ cuinse_2 thin film solar cell

真空蒸发CdS/CuInSe2薄膜太阳电池

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4、

The Study of Ultrafine Zinc Powder Produced by Vacuum Evaporating Distillating

探讨锌粉电炉炉龄的延长真空蒸发冷凝制备超细锌粉的研究

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5、

Magnetic plate manufactured by vacuum evaporating and arc ion plating

真空蒸发及弧光离子镀制做磁盘

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6、

Experimental research on the vacuum evaporating device and its application to the treatment of radioactive wastewater

真空蒸发浓缩装置在核放射废水处理中的应用试验

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7、

Influences of the Substrate Stress on Element Surface Figure in Vacuum Evaporating Deposition

真空蒸镀过程基底应力对元件面形的影响

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8、

Two Kinds or New Observing Methods of Vacuum Evaporating Coating Films

真空蒸发镀膜的两种新观察方法

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9、

In the wiped thin-film evaporator with an inner-condenser, the distance from evaporating surface to condensing surface is obviously shortened, the driving force of mass transfer on evaporating surface increased, and the performance of heat transfer and evaporation strengthened.

内冷式刮膜薄膜蒸发器中加热面和冷凝面距离的明显缩短，增加了传质推动力，强化了传热和蒸发性能。

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10、

After the material balance for any a mixing pool, the analytical solutions of concentration on the evaporating surface, the distillate rate and the residue rate obtained.

对每个混合池进行物料衡算，可以得到蒸发壁面上浓度的变化和轻、重馏分流量和含量解析解。

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11、

Laboratory glassware; a shallow glass dish used as an evaporating surface or to cover a beaker.

实验室的玻璃器皿；用来作为蒸发或覆盖烧杯用的浅的玻璃碟子。

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12、

Mathematical model and simulation of the evaporating surface in a once-through boiler

直流锅炉蒸发区域的数学模型及其仿真

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13、

When the evaporating temperature exceeding 30 ℃, the content of the known impurity increased.

当浓缩温度高于30℃时，已知杂质含量增加。

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14、

When the boiling heat transfer coefficient is almost constant when the evaporating temperature changes.

沸腾换热系数随蒸发温度变化几乎不变。

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15、

A higher evaporating temperature and lower condensing temperature will obviously improve the system performance.

蒸发温度的升高和冷凝温度的降低能显著提高循环的性能；

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16、

Heat transfer coefficient rise with evaporating temperature increasing.

蒸发温度越高，换热系数越高。

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17、

The evaporating temperature should be higher than the design evaporating temperature.

喷射器工作的蒸发温度应高于设计蒸发温度。

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18、

Analysis for the effects of the cooling load on the evaporating temperature

负荷变化对蒸发温度的影响分析

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19、

The results show that the evaporating temperature and reaction pressure are the key procedure parameters.

结果表明，蒸发温度和反应压力对纳米ZnO晶须的形态，即分形维数具有显著影响。

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20、

The result shows that at constant evaporating pressure the refrigerating capacity changed with the heat flow into the adsorber and the heat transfer mainly controls the mass transfer in the adsorbent bed.

结果表明，在恒定蒸发压力下，制冷能力随进入发生器的热流变化，吸附床内的传质过程主要受传热过程影响。

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