与等压和等压过程中的吸附床的SCP相比，等压过程更好。
Compared to the SCP of the adsorption bed under isochoric and isobaric process, the isochoric process is better.
吸附床是吸附式制冷系统的核心部件。
A well designed adsorbent bed is very important to an adsorption refrigeration system.
建立了吸附式太阳能制冷装置的吸附床热力计算模型。
Thermodynamic calculating model of adsorption bed in the adsorption solar refrigeration equipment was established.
吸附床的数学模拟采用沿吸附床周向的一维均匀压力场模型。
The numerical simulation of adsorbent bed has adopted one-dimensional uniform pressure field model along the circumference.
这为进一步分析吸附床内的动态特性，优化系统设计提供了依据。
It offers the evidence for further analysis of dynamic characteristic in adsorption bed and the optimizing system design.
采用吸附床系统降低工作流体流吸附物浓度的方法包括以下步骤。
A method of reducing the sorbate concentration of a process fluid stream using a sorption bed system includes the following steps.
介绍了吸附式制冷系统中吸附床的三种强化传热模型结构设计方案。
In the adsorption refrigeration system, three enhanced heat transfer models of tube adsorbent bed are designed.
吸附床内传热过程的分析和计算是吸附式制冷研究的重要基础内容之一。
Analysis and calculation of the heat transfer in the adsorber is one of important fundamental tasks in the adsorption cooling study field.
通过改变液氮在传热过程中的流动状态，改善液氮与吸附床之间的热交换效率。
In this paper, the heat transfer efficiency of the adsorption bed with different structure was studied with theoretic and experimental approaches.
由湿度随时间的微分规律拟合了吸附床的除湿传质系数与吸附剂表面平衡湿度。
Mass transfer coefficients of dehumidification and equilibrium humidity on adsorbent surfaces are determined by fittings of humidity derivatives.
本文阐述了小颗粒、高容量性能的吸着剂填装的小的吸附床层具有最好的分析效率。
This study indicates that small adsorbent beds composed of small particles with high capacity provide the best performance.
同时长时间回热也减慢了吸附床的升降温速率，影响了系统运行的制冷量和能效比。
The longer heat recovery time slows the speed of adsorber temperature-up and temperature-down so as to effect on refrigerating power and COP.
使用恒温固定吸附床对乙醇蒸汽脱水的木薯粉吸附剂的气相选择吸附性能进行研究。
The adsorption capability of cassava meal for gaseous phase selective adsorption for ethanol dehydration was investigated via a bench-test fixed-bed adsorber at constant temperature.
设计了管内填充吸附剂，管外走传热介质的新型吸附床结构，建立了相应的数学模型。
The adsorption bed structure filling sorbent in tube and flowing heat transfer media out of tube was designed and the corresponding mathematical model was established.
理论上可回收的热量很多，实际上，由于吸附床传热系数的限制，使得回热量大大减少。
Theoretically, there is a lot of usable heat to be recovered, but the heat would be decreased in real operation, because of the limited heat transfer coefficient of adsorber.
吸附床是吸附式制冷系统的核心部件，其传热传质性能的好坏直接影响到系统的制冷量。
Adsorbent bed is the core component of adsorption refrigeration system, its heat and mass transfer performance has a direct influence on the refrigerating capacity of the system.
用硅胶和4a分子筛吸附剂进行气流封闭循环实验，对吸附床的除湿传质动力学进行了研究。
Mass transfer kinetics of dehumidification in an adsorption bed during close air circulation have been investigated utilizing silica and 4a molecular sieves.
分析了天然气吸附床的传热过程，建立了简化的吸附床内传热模型，讨论了传热模型的分析解。
The heat transfer process in an adsorbent bed for natural gas storage is analyzed. Its simple models are developed and their theoretical solutions obtained are discussed.
该数学模型和计算结果有助于深入认识吸附床的传热传质特性，以期能为吸附床的具体设计提供理论依据。
The model and results are helpful to reveal heat and mass transfer characters of the adsorbent bed and to provide theoretical basis for optimal design of this system.
以太阳能为驱动热源，分析了吸附床内温度在某时刻的静态分布以及温度、压力和脱附速率随时间的动态变化。
Taking solar energy as a drive thermal resource, the static temperature distribution at some time, the dynamic state change of temperature, pressure and desorption speed with time was analyzed.
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。
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 trans…
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。
The result shows that at constant evaporating pressure the refrigerating capacity changed with the heat flow into the adsorber and the heat transfer mainly...
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。
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 a...
通过数值计算和由吸附单元管组合而成的吸附床的性能初步试验，证明该结构形式的吸附单元管具有优良的传热传质性能。
The simulations on the tube and the primary experiments on the adsorber combined by the unit tubes indicate that the heat and mass transfer performance of the adsorption unit tube is very good.
将固定吸附床空调系统性能的模拟计算结果与实验计算结果相比较，表明建立的除湿轮的数学模型及系统模拟计算方法是正确的。
The results indicate that the sorption properties and the size of dehumidifier have a great effect on system performance, and that the mathematical model of rotar…
将固定吸附床空调系统性能的模拟计算结果与实验计算结果相比较，表明建立的除湿轮的数学模型及系统模拟计算方法是正确的。
The results indicate that the sorption properties and the size of dehumidifier have a great effect on system performance, and that the mathematical model of rotary dehumidifier and computation of sy…
考虑了工质对的吸附特性对脱附过程的影响，讨论了肋片数量、肋片物性参数、吸附床的有效导热系数、接触热阻等参数对脱附时间的影响。
With this model, effects of the number and materials of the fin, the effective thermal conductivity of the bed and the contact heat resistance on the performance are studied.
此外，还建立了一系列表征所制备的扩张床基质和吸附剂的方法。
Furthermore, a series of methods for analysis and characterization of the prepared matrix or adsorbent were established.
介绍了薄平板型固定床吸附器在循环通风管路系统中的使用特性和应用效果。
The characteristics and applications of the thin plate fixed bed adsorbers in the circulation ventilation pipe systems were presented.
介绍了薄平板型固定床吸附器在循环通风管路系统中的使用特性和应用效果。
The characteristics and applications of the thin plate fixed bed adsorbers in the circulation ventilation pipe systems were presented.
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