查询词典 saturator

It is found that, with the increasing in the packed saturator's working pressure, the outlet air can be easier saturated, but the absolute humidity of the outlet air decreases.

应用该数学模型分析了压力变化对加填料饱和器传热传质的影响，同时讨论了沿加填料饱和器高度方向的传热传质过程。

Secondly, in the experiment, the characteristic of flux and spray cone of the nozzle is measured and analyzed. Two different kinds of packing, metal and plastic, is applied to evaluate the performance of the saturator. After comparison between the two, it can conclude that metal packing is better than plastic packing in all aspects, and more suitable for high pressure and temperature conditions.

其次，在实验中，测量和分析了喷嘴流量和雾化角的特性，应用金属和塑料两种填料对饱和器进行了实验研究，对比了两种不同填料的性能，发现金属填料比塑料填料具有更好的流体力学和传热传质性能，更适合于饱和器的压力和温度环境。

The pressure of humid air in saturator of HAT is very high.

0引言近年来出现了湿空气透平[1-3]这种高效环保的循环系统。

Also, the characteristic of saturator is analyzed by a chart of equilibrium line and operation line.

利用水气之间的平衡线和操作线的关系，定性分析了饱和器的工作原理和特性。

In this dissertation, metal structured packing is applied to the study of saturator, and the research job focuses on two aspects, theory and experiment.

因此，本文将规整金属填料应用于饱和器的特性研究，研究工作主要从理论和实验两个方面展开。

As a key component in HAT cycle, saturator has important impact on the holistic performance of HAT cycle. So it has the necessity to do further study on saturator characteristics.

饱和器作为HAT循环的核心部件，其性能直接影响到HAT循环的整体性能，因此有必要对饱和器的工作特性进行深入的研究。

The technology and cost between spray-type saturator process and bubble-umbrella-type saturator process are compared, advantages of spray-type saturator process are summarized, and a proposal for increasing volume of crystallization tank is put forward.

对喷淋式饱和器工艺和泡沸伞式饱和器工艺进行技术和造价比较，总结了喷淋式饱和器工艺的优势，提出了增大结晶槽容积的建议。

It is found that the ratio of water flux to air has vital influence on the saturator performance, the higher the ratio value the higher the parameters of outlet humid air, but at the some time the outlet water temperature will also become higher, which will decrease the effectiveness of saturator.

水气比对饱和器的工作性能影响很大，水气比较大时，可以获得较高的出口湿空气参数，但同时也会使出口水温增大，饱和器能效降低。

The experiments show that the PS and PSD of particles produced by SAA process can be controlled by adjusting process parameters, and among them, the pressure of the saturator used has the most effect on the PS and PSD, while the temperature of the saturator has the least effect. When using ethanol as solvent, the optimum operating conditions of using SAA process to produce erythromycin micro-particles from erythromycin-ethanol-CO2 system were found as follows. The pressure and temperature of the saturator are 10.5MPa and 70℃, respectively, the inlet flow rate and the concentration of inlet solution of the precipitator are 9 mLmin^(-1) and 15mgmL^(-1), respectively.

实验结果表明：选用乙醇做溶剂可制备出粒径在1~3μm的红霉素超细微粒，大部分微粒形态呈完整的球形；各影响因素对微粒粒径及粒径分布均有不同程度的影响，其中混合器压力对微粒粒径及粒径分布的影响最明显，混合器温度的影响最小，微粒粒径及粒径分布可通过改变操作参数进行控制；在本研究范围内，最优操作条件为混合器压力10.5MPa，混合器温度70℃，溶液浓度15mgmin^(1)，进液速度9mLmin^(1)。

In experimental respect, a set of fundamental framework to investigate the performance of the saturator has been designed, including the transparent saturator cylinder, the pressured air system, the distilled pressured water spray system, the precise measurement system of transient temperature and humidity variation. All the measurements are recorded using a computer-aided Data. Acquisition System .

利用该实验台，本文对该饱和器性能进行系统的实验，通过对大量的实验数据进行分析比较，得出饱和器内喷嘴的布置方案、水与空气的流动方式、水汽比、水温等因素对饱和器出口湿空气的温度及湿度的影响规律，通过实验结果与理论计算结果相比较，对饱和器的理论模型进行了验证。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。