1、

Some different thickness aluminum reflective films were produced on silicon substrate by using the electron-beam evaporation method and high purity aluminum target. The reflectivity curves of Al film in the visible light region were measured, the density and conductivity of films were analyzed.

采用电子束蒸发的方法,以高纯度的Al为靶材,硅片为衬底,制备了不同厚度的Al反射膜,并测量了在可见光范围内反射率曲线,分析了薄膜的致密性和电导率。

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2、

The paper calculates radiation heat from evaporation source and condensation heat which raise the temperature of the substrate during depositing foils with vacuum evaporation.

计算了真空蒸发制备薄膜时造成衬底温度升高的热量&蒸发源的辐射热和沉积时的冷凝热。

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3、

Studies on the chemical composition of tea liquors subject to evaporation concentration and membrane separation concentration showed that the membrane separation concentrated tea liquor was remarkably superior to the conventional evaporation concentrated liquor in quality.

通过对蒸发浓缩和膜分离浓缩所生产茶汁中化学成分研究,结果表明膜分离浓缩所生产茶汁品质显著高于传统蒸发热浓缩工艺生产茶汁。

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4、

The interaction between polymer after hydrolysis of tetraethoxysilane and surfactant was used to form molecules self-assembly in the solution by rapid solvent evaporation during dip coating.

利用表面活性剂与硅源水解后形成的聚集体相互作用,在溶液中形成分子自组装体,通过简单提拉迅速蒸发溶剂等方法制备二氧化硅-表面活性剂纳米介孔薄膜。

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5、

A series of non-linear equation group are obtained through discretization of governing equations, boundary conditions, and evaporation front boundary condition with fully implicit finite difference technique.

运用数值计算方法,采用全隐式有限差分,对控制方程、边界条件、蒸发界面动态边界进行了离散,得到了一系列非线性方程组。

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6、

The results showed that, when the evaporation temperature increase, the heat load, the material evaporation and condensation capacity, the system heating coefficient of performance COP, compressor theoretical power consumption and the theoretical heating medium flow rate all increased.

实验结果表明,系统热负荷、物料蒸发量和冷凝量、系统制热系数COP、压缩机理论耗功量和理论热媒流量均随着料液蒸发温度的升高而增大。

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7、

Interaction between aluminum deposited by evaporation and Teflon AF film

蒸发淀积Al和Teflon AF薄膜间的相互作用

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8、

The paper concluded that it is Λ eff that takes effect in the field evaporation in STM.

本文认为在stm场蒸发中真正起作用的是有效结合能∧eff。

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9、

Accordingly if Λ eff is employed in the calculation of evaporation field, the results decrease with decreasing d and coincide well with experiment.

相应地采用∧eff计算的蒸发场强随着d减小而迅速减小,且能给出与实验相吻合的结果。

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10、

The correlations of average temperature, average maximum temperature, annual sunshine hours, average wind speed, average relative humidity, annual rainfall, annual evaporation and altitude with ET_0 were analyzed.

并分析了平均气温、平均最高气温、年日照时数、平均风速、平均相对湿度、年降水量、年蒸发量、海拔高度与ET0的相关性,各站ET0与平均相对湿度相关性最好;

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11、

The results obtained showed that ( 1) walnut tree could not sprout when some factors such as average day temperature, average day ground temperature, average day evaporation, average day wind velocity and atmospheric humidity changed greatly;

结果表明:(1)日平均气温、日平均地温、日较差、日蒸发量、日平均风速、大气湿度等因子在达到任一极端值时,均不能使核桃幼树抽条;

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12、

Impact of Temperature change on Potential Evaporation in Yellow River Basin

气温变化对黄河流域蒸发能力的影响

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13、

It will form thin electrolyte layer on the metal surface, because of evaporation, agglomeration and capillary condensation, adsorption or chemical coagulation caused by temperature and climate changing.

大气环境中的金属材料因温度和气候变化引起的蒸发,凝聚,结露以及毛细管作用、吸附作用或化学凝聚作用,会在金属表面凝结形成薄液膜。

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14、

The relative analysis for the evaporation and ground temperature et al climate indices in 1998~ 2002 showed that the main factors affecting evaporation were atmosphere pressure and ground temperature.

研究区大气蒸发和地表温度等气候因子的相关分析结果表明,与大气蒸发最密切的气候因子是大气压强和地表温度。

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15、

The Application of Direct Evaporation System for Workshop with Low Temperature Air Conditioning

直接蒸发式系统在车间低温空调中的应用

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16、

In addition, according to the evaporation mechanism, two methods of the equivalent temperature dropping and the constant temperature evaporating are used to deal with the effect of water sprayed on the cold side of primary heat exchanger.

此外,应用焓参数匹配的基本思想和水蒸发的物理机理,提出了当量温降法与等温蒸发法处理初级热交换器冷边的喷水效应。

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17、

The evaporation model coupled with monthly maximum temperature, minimum temperature, humidity and wind speed at 2 meter height is established. The reason that the annual average evaporation shows degressive tendency with increasing of average temperature, is explained by the model.

构建了水面蒸发经验模型,该模型耦合了最高气温、最低气温、湿度、风速4因子,并用该模型解释了平均气温升高而蒸发减少的原因。

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18、

Evaporation drag model of high temperature spheres movement during coarse mixing stage

蒸汽爆炸粗混合过程中的蒸发阻力模型

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19、

Along with temperature rising in the region, evaporation and infiltration increased.

而随着气温的上升,蒸发和下渗呈增加的趋势。

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20、

Finally author points out the major technical target, daily evaporation rate in the standard, which has come up to advance world level.

着重指出标准中的主要技术指标&日蒸发率已达到当前国际先进水平。

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