结果表明：吸附温度升高时，总传质系数减小，吸附带长度增大。
The results show that overall mass transfer coefficient (decreases) but length of adsorption zone increases with an increase in adsorption temperature.
表明该理论不但可扩展到以静电场为主的吸附体系， 还可适用于吸附温度高于吸附质临界温度的吸附体系。
This theory describes the adsorption systems with primarily electrostatic interactions as well as systems in which the adsorption temperature is greater than the crit. temperature of the adsorbate.
结果表明，PHEMA树脂对胆红素的吸附性能受树脂孔结构、吸附温度、离子强度以及溶液中白蛋白的影响。
The results showed that, the adsorption percentage was affected by pore distribution of resins, adsorption temperature, ion strength and the presence of albumin.
考察了温度、原料气组成、冷却时间、结晶环境对结晶过程的影响，以及吸收量、吸附温度、吸附剂含水量和吸附剂的再生条件对吸附过程的影响。
The effects of the adsorption amount, adsorption temperature, water content of the adsorbent and the adsorbent reactivition conditions on adsorption process were described.
大气中的甲烷吸附更多接近地球表面的热量，进一步升高温度，导致更多的融化，再分解，产生更多甲烷，等等。 如此往复循环。
Methane in the atmosphere traps more heat near the earth’s surface, further raising temperatures, leading to more thawing, more decomposition, more CH4, etc. etc. etc.
通过对装置进行试验，分析了压力、温度、流量等因素对膜分离和变压吸附制得氧气纯度的影响，为装置的进一步改进提供了依据。
Trial use of the device helps analyze such factors as pressure, temperature, and discharge that will affect the purity of the oxygen, and provides proof of improvement.
有热再生吸附式干燥机是通过“温度变化”来达到干燥效果。因为空气容纳水汽的能力与温度呈正比。
A heat regenerative adsorption dryer is through the "temperature" to achieve the drying effect. Because the air containing moisture capacity and temperature is proportional to.
研究了富集时温度和流速、解吸附时的温度和流速、氢氧化钠浓度和鲁米诺浓度等影响因素对化学发光强度的影响。
The factors such as temperature and flow rate during enrichment, temperature and flow rate during desorption and concentrations of NaOH and luminol affecting CL intensities were studied.
结果表明，在土壤不同温度条件下，土壤吸附乙草胺差异明显。
The results indicated that the adsorption of Acetochlor was different in different soil temperature.
研究表明：烃类气体混合物在储层孔隙介质中的吸附量随温度的升高而减少，随压力的升高而增大；
The study shows the adsorption amount of gas hydrocarbon mixture on the porous media sur face of reservoirs decreases as temperature increases, and in creases as pressure increases.
给出了吸附容量、保留量、等温曲线、温度与平衡压的关系曲线。
Absorption capacity, gas retaining, isotherm curves, and relationships between desorption equilibrium pressure and temperature are given.
分析、探讨了分子筛纯化器吸附、再生过程不同阶段工作温度曲线。
This paper discusses the temperature curve in the various process of absorption and regeneration of molecular sieve.
活性炭的粒度、用量、溶液离子强度、温度也影响活性炭对砷的吸附效果。
Furthermore, the granularity and the dosage of actived carbon the ionic strength of solution and temperature can also affect the adsorption efficiency.
温度升高时砂岩对铅离子的吸附能力降低。
Ability of adsorption of sand rock is weakened while the temperature of the solution is increased.
测试了样品的性能，讨论了煅烧温度、吸附时间对吸附性能的影响。
The property of the granular bentonite was measured, the influences of calcinations temperature and absorbed time on adsorption property were discussed.
研究了温度对吸附和解吸效率的影响。
Another, effect of temperature to the adsorption and desorption rate studied.
结论：活性炭用量、用法、ph值、温度等均应合理，才能达到最佳吸附效果。
Conclusion: to obtain the best adsorptive effect of active carbon, the factors of quantity, method, PH and temperature should be in reason.
结果表明，温度降低，吸附分子SERS中受电磁增强机制作用的振动的拉曼位移发生蓝移，同时峰强度也有变化；
The results show that the Raman shifts and SERS intensity of the vibrations, which are enhanced by electromagnetic mechanism, are affected by temperature, those by chemical mechanism are not.
结果表明：碳包铁的吸附性能受反应条件的影响较大，温度和载药量对释放率有一定的影响。
It was found that the influence of the reaction condition was great, for temperature and MMC loading quantity both affected the action of the desorption.
实验结果表明，该树脂具有吸附速度快、受温度影响小、吸附容量大等优点，是一种回收氰化物的优良树脂。
The test results show that the resin has advantages of rapid adsorption, little temperature influence and high adsorption capacity and is good for recovering cyanide.
随着温度的升高，吸附量有所下降。
And as the temperature rising, the absorption proportion declined.
混合气体吸附不仅与温度、压力有关，而且随气体组成而变化，存在所谓竞争吸附现象。
Gas mixture adsorption is related to temperature and pressure, also there exists the competing adsorption phenomena with the change of gas composition.
从混凝土暴露时间、胶凝材料吸附作用、环境温度、应力和裂缝状态等方面考察了它们对混凝土中氯离子迁移的影响。
The chloride ingression in concrete was investigated from some factors, such as exposure time, chloride binding, surrounding temperature, stress and crack condition.
指出了气体在临界温度以上吸附与临界温度以下吸附的不同之处；
The difference in character between the gas adsorptions below and above the critical temperature is described.
静态吸附结果表明，反应温度对纤维的吸附效果有影响。
Static adsorption showed that the adsorption effect was related to reaction temperature.
在静态下，考察了温度对聚酰胺树脂吸附水溶液中苦味酸的影响，探讨了吸附的热力学、动力学规律。
The thermodynamics and dynamics for adsorption of picric acid onto polyamide under static conditions were studied and the influence of temperature on the adsorption was also inspected.
随着温度的增加，超细煤粉对苯酚的吸附量下降。
Phenol adsorption capacity onto superfine coal powders decrease with increasing temperature.
通过静态吸附实验，研究了北京地区土壤对甲苯和萘的吸附行为，考察了温度和表面活性剂对甲苯和萘吸附的影响。
Static adsorption experiments were carried out to investigate the adsorption of toluene and naphthalene on Beijing soils, and to determine the influence of temperature and surfactants on adsorption.
结果表明：在288～333K的温度范围内，脂肪醇在镁粉表面的吸附量均随温度的升高而增大。
The results show that the adsorption amount of fatty alcohol on magnesium powder increases with the increase of temperature during the temperature from 288K to 333K.
结果表明：在288～333K的温度范围内，脂肪醇在镁粉表面的吸附量均随温度的升高而增大。
The results show that the adsorption amount of fatty alcohol on magnesium powder increases with the increase of temperature during the temperature from 288K to 333K.
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