吸附质的英文

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"吸附质"怎么读用"吸附质"造句

英文翻译手机版

adsorbate

"吸附"英文翻译 adsorb; adsorption; sorption
"质"英文翻译 nature; character; essence
"被附收物，吸附质" 英文翻译 : a orbate; absorbate
"场解吸附质谱" 英文翻译 : field desorption-mass spectrometry
"吸附" 英文翻译 : [化学] adsorb; adsorption; sorption 完全干燥玻璃粉吸附大量的二氧化碳。 considerable quantities of co2 are adsorbed even by perfectly dry glass power.; 吸附器 adsorber; 吸附物 adsorbate; adsorber; 吸附作用 adsorption; adsorbing
"吸附,吸附作用" 英文翻译 : adsorption
"吸附；表面吸附" 英文翻译 : adsorption
"吸附的；吸附物" 英文翻译 : adsorptive
"吸附性；吸附度" 英文翻译 : adsorptivity
"比吸附" 英文翻译 : specific adsorption
"簿吸附" 英文翻译 : virus adsorption
"场吸附" 英文翻译 : field adsorption
"超吸附" 英文翻译 : hypersorption
"磁吸附" 英文翻译 : magnetic adhesion
"氮吸附" 英文翻译 : nitrogen-absorption
"电吸附" 英文翻译 : electric adsorption; electro adsorption; electroadsorption
"负吸附" 英文翻译 : negative adsorption
"共吸附" 英文翻译 : coadsorb; coadsorption
"假吸附" 英文翻译 : pseudo adsorption; pseudoadsorption
"解吸附" 英文翻译 : desorption
"静吸附" 英文翻译 : static adsorption
"内吸附" 英文翻译 : internal absorption; internal adsorption
"碳吸附" 英文翻译 : carbon absorption; carbon adsorption
"微吸附" 英文翻译 : microadsorption
"吸附，吸收" 英文翻译 : adsorb

例句与用法

The adsorbed gas is the adsorbate .
被吸附的气体叫吸附质。
One may also adjust the conditions to monitor the desorption of adsorbate from the catalyst .
也可以调节条件以检测催化剂上吸附质的解吸。
- soomv , - loomv , omv , loqmv , 300mv , to soomv vs . sat . re , the amount adsorption and the rate of adsorption is increased
文章对所得结果进行了机理分析与探讨。吸附剂和吸附质的性质是影响水溶液中吸附的主要因素。
The former is to gain refrigeration volume through the process of adsorbing adsorbate ( cryogen ) by adsorbents ; while in desiccant cooling , solid adsorbent is used to remove the moisture from the surrounding
吸附式制冷是利用固体吸附剂对吸附质(制冷剂)的吸附过程而获得冷量的。吸附除湿制冷是用固体吸附剂将空气中的水蒸汽部分除去，并与蒸发冷却等技术结合，达到制冷效果的制冷方法。
Time - dependence of the mathematical model is taken into account , and time - dependent form of pens is deduced . 5 . numerical analysis of heat and mass transfer in the adsorbent bed is presented , transient distribution of pressure , temperature , velocity and adsorption in it is obtained
对吸附床的传热传质规律进行了数值分析，获得了吸附床内部的瞬时温度压力、吸附质速度、吸附率分布，并通过实验数据验证了数学模型。
The redox potentials of chloroform are more than 500mv and electrosorption is only controlled by electric field and adsorption of granular activated carbon . the tests of adsorptions also testify it . the freundlich isotherm equation q = kc n is used for fitting the data
另外，氯仿的电解氧化还原电位大于500mv ，因此，此电场范围不会分解氯仿，回收率实验与色谱分析也证明了电场只对活性炭的吸附起催化作用，而不改变吸附剂与吸附质的内部性质。
A method to calculate quantitatively the adsorption volume or adsorption space of per mass of adsorbent derived from both the adsorbed molecule volume and the maximum adsorbance of a solute in an adsorption isotherm under a given experimential condition is presented firstly for a solid / liquid adsorption system of the solute in a dilute aqueous solution . this method is suitable for not only mono - layer adsorption , but also mani - layer adsorption and micelle adsorpion of surfactant constructed by hydrophile and lipophile groups . therefore , the surface concentration of the adsorbate , cs , deduced from the adsorption volume is possessed of the meaning of true concentration , and the value of the patition coefficient of the adsorbate between solid and liquid phass , p , attained by the cs and the c , solution concentration of the adsorbate , can be accurate . the foregoing a set of calculations are presented for the solid - liquid adsorption systems consisted of the wool fiber and separately dodecyltrimethyl - ammonium bromide ( dtab ) and hexadecyltrimethyl - ammonium bromide ( ctab ) in this paper . this provides a strong basis for adsorption thermodynamic investigation of adsorbate
对稀溶液中溶质的固/液吸附体系,首次提出了根据吸附分子体积和实验条件下吸附等温线中的最大吸附量计算单位质量吸附剂的吸附体积或吸附空间的方法.此法适用于单层吸附,也适用于多层吸附和具有亲水亲油结构的表面活性剂分子的胶团吸附.由此,吸附质的表面相浓度cs具有真实浓度的含义,相应地,计算得到的溶质的固/液分配系数p就有了准确值.分别计算由溴代十二烷基三甲铵( dtab )和溴代十六烷基三甲铵( ctab )与羊毛纤维构成的液/固体系分配系数等,为溶质吸附的热力学研究奠定了基础
3 . the mathematical model for heat and mass transfer in the adsorbent bed is established , the porous of adsorbent , the flow of adsorbate in adsorbent , the characteristic of non - equilibrium adsorption are combined in the model , and a more accurate model of fluid flow in porous media - ergun model is adopted
它综合考虑了吸附剂的多孔介质结构，吸附质气体在吸附剂内的流动，吸附的非平衡特性等，并且在吸附质气体流动模型的选择上，采用了ergun多孔介质流动模型，比常规的数学模型更全面准确地描述了吸附床传热传质的动态特性。
Comparatively , the molecular dynamic ( md ) can overcome these shortcomings and can be applied in the research of adsorption in the nanopores . this study mainly includes two parts , one is the study on adsorption equilibrium in cylindrical nanopores , and the other is that on the adsorption in carbon - nanotubes . in the first part , a new potential model is introduced , and the isotherms for different nano - pore diameters are obtained
对于不考虑固体壁面分子结构的圆柱形纳米微孔的平衡吸附，建立了包括势缓冲区在内的单元体模型，引入了表示整个微孔壁面与吸附质分子相互作用的新型壁面势方程，并对3 - 5nm孔径圆柱型微孔中的平衡吸附进行md模拟，得到了在不同汽相压力下的分子位形图谱及相应的吸附等温线并对其进行了分析。