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解吸系数
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  desorption coefficient
     Thus, the recoverable potential of the CBM can be reasonably reflected by the CBM resources calculated through the emendation of the desorption coefficient and isothermal adsorption curve.
     因此通过解吸系数法校正、等温吸附曲线法校正后,计算的煤层气资源量更能反映煤层气的可采潜力.
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  “解吸系数”译为未确定词的双语例句
     Measurements of Synchrotron Radiation Photo-desorption Coefficient
     同步辐射光子解吸系数测量
短句来源
     The coefficients of synergis tic desorption for various mixed desorbents are obtained.
     求出各混合解吸剂的协同解吸系数
短句来源
     (C0-Ct) + a/2 × In(C0/Ct) =At According to this equation,the mass transfer coefficient for ionic flotation K,adsorption and desorption coefficients, K1 and K2, were calculated respectively.
     通过上式计算了离子浮选的传质系数k、吸附与解吸系数k_1、k_2。
短句来源
     The photo-desorption coefficient (ηi), defined as the number of desorbed gas molecules per photon,is a very important parameter for the design of the storage ring vacuum system.
     光子解吸系数被定义为每个光子解吸的气体分子数,它是储存环真空系统设计的一个重要参数。
短句来源
     The experimental apparatus and the measurement principle for photo-desorption coefficient were described in this paper,and the results of measurements were also discussed.
     本文介绍了测量光子解吸系数的实验装置和原理,并对测量结果进行了分析。
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  相似匹配句对
     Measurements of Synchrotron Radiation Photo-desorption Coefficient
     同步辐射光子解吸系数测量
短句来源
     The coefficients of synergis tic desorption for various mixed desorbents are obtained.
     求出各混合解吸剂的协同解吸系数
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     90, and the Cron- bach's coefficient .
     90,! 系数.
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     economic coefficient;
     经济系数;
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     THE METHOD OF THERMAL DESORPTION
     热解吸方法
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  desorption coefficient
An empirical equation is introduced to determine the desorption coefficient, D, for drying.
      
Among the heavy metals, the higher apparent desorption coefficient value and percent desorption of Cd indicated a higher potential of this metal for leaching and ground water contamination.
      
It was observed that desorption coefficient, D, decreased by increasing Mw by obeying the D≈Mw-1 law.
      
The gas desorption coefficient 0, is measured from the pressure rise after a pulse.
      


In this paper the synergistic desorption of molybdenum from the strong base anion exchange resin is studied using ammonium hydroxide and ammonium sulfate, sodium hydroxide and sodium sulfate or sodium hydroxide and sodium chloride mixed chloride mixed desorbents. The coefficients of synergis tic desorption for various mixed desorbents are obtained. The experimental results show that the desorption efficiency of the mixed desorbent containing ammonium hydroxide and ammonium sulfate is so high that it can substitute...

In this paper the synergistic desorption of molybdenum from the strong base anion exchange resin is studied using ammonium hydroxide and ammonium sulfate, sodium hydroxide and sodium sulfate or sodium hydroxide and sodium chloride mixed chloride mixed desorbents. The coefficients of synergis tic desorption for various mixed desorbents are obtained. The experimental results show that the desorption efficiency of the mixed desorbent containing ammonium hydroxide and ammonium sulfate is so high that it can substitute for the mixed desorbent used in the plant. The harmful affect of the chloride ion on production can be eliminated if this mixed desorbent is used for the plant.

本文研究了氢氧化铵和硫酸铵、氢氧化钠和硫酸钠、氢氧化钠和氯化钠等混合解吸剂从201×7树脂上解吸钼的协同效应。求出各混合解吸剂的协同解吸系数。实验结果表明氢氧化铵和硫酸铵混合解吸剂的解吸效率与某水冶厂现用的解吸剂的效率相同。使用该混合解吸剂可以避免氯离子对生产的不利影响和简化流程取消树脂转型工序等优点。因此,该混合解吸剂可以用于铀水冶厂从钼中毒树脂上解吸钼。

A single bubble adsorption model for ionic flotation was suggested. Based on that,the equation of kinetics adapted in the condition of kinetic control was derived, and was confirmed by the result of the experiment,floating cupric ion by NaLS. (C0-Ct) + a/2 × In(C0/Ct) =At According to this equation,the mass transfer coefficient for ionic flotation K,adsorption and desorption coefficients, K1 and K2, were calculated respectively. The influence of gas flow rate,acidity of solution to the mass transfer coefficient...

A single bubble adsorption model for ionic flotation was suggested. Based on that,the equation of kinetics adapted in the condition of kinetic control was derived, and was confirmed by the result of the experiment,floating cupric ion by NaLS. (C0-Ct) + a/2 × In(C0/Ct) =At According to this equation,the mass transfer coefficient for ionic flotation K,adsorption and desorption coefficients, K1 and K2, were calculated respectively. The influence of gas flow rate,acidity of solution to the mass transfer coefficient was studied.It was indicated that the optimum acidity is 5.0. Finally the adsorption mechanism was suggested.

本文就离子浮选提出了单泡吸附模型,并据此从理论上导出了适应于吸附动力学控制的方程式:(C_0-Ct)+a/2×1n(C_0/C_t)=At然后以NaLS浮选Cu ̄(2+)离子的实验验证了上式,结果颇为一致。通过上式计算了离子浮选的传质系数k、吸附与解吸系数k_1、k_2。研究了气流量与pH对传质系数的影响,发现在pH=5.0时传质系数为最大,并讨论其产生的原因,最后提出了相应的吸附机理。

The photon induced desorption(PID) dominates the gas load in the synchrotron radiation(SR) storage ring chamber. It is the important gas load in beam lines and experiment stations also. This paper calculates PID gas load of SR from a 6T superconducting Wiggler at HLS. The photon yield is calculated according the WSR flux formula at first. Then the secondary electron yield is calculated choicing second emission coefficent. The gas load is calculated choicing a suitable desorption coefficent at last.

光电解吸气载是同步辐射光源储存环内的主要气载,也是光束线和实验站内的重要气载。本文计算了HLS6T超导扭摆磁铁(S.C.Wiggler)的同步辐射光(WSR)的光电解吸气载。从WSR的各个波长的光通量公式出发,计算WSR的光子产额;选取二次发射系数,计算二次电子产额;确定解吸系数,计算气载;这就是本文的思路。

 
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