desorbing

desorbing

1. 3) There exist differentia in different reaction phases on K+ desorbing percentage,e.g.whose desorbing percentage rose fast at initial phase,but with high clay content;

3)不同处理在不同的反应阶段其解吸率差异很大,粘粒含量高的处理在反应初期解吸较快;

2. 3) There exist differentia in different reaction phases on K + desorbing percentage, e.g. whose desorbing percentage rose fast at initial phase, but with high clay content;

3)不同处理在不同的反应阶段其解吸率差异很大，粘粒含量高的处理在反应初期解吸较快；

3. The improvements on the hydrochloric acid desorbing process and equipment in Heilongjiang Qihua Chemical Industry Co.,Ltd.are introduced.

介绍了黑龙江齐化化工有限公司对盐酸解吸装置的工艺和设备进行改进的情况。

4. This paper presents the theoretical study of The conditions of desorbing technology andits practical use。

从理论上和实际上研究解吸工艺的条件。

5. They could thermally desorb these ions by heating the foil to red heat

他们通过加热金属箔至红热以解吸这些离子。

6. Hydrogen storage materials, which are important carriers during hydrogen storage and transport, can absorb and desorb hydrogen reversibly.

储氢材料能可逆地大量吸放氢，在氢的储存与输送过程中是一种重要载体。

7. at the middle stage of reaction, abovementioned water and methanol desorb from the catalyst.

内环配置热电偶，共30支；外环则配置12支。

8. The nanocrystalline alloys desorb H_2 at 493 K and under pressure of 0.1 MPa rapidly. Mg_(1.80)Ti_(0.20)Ni_(0.8)Cr_(0.2) alloy desorbs 2.17% H_2 in 18 min at 493 K.

在493K,0.1MPa条件下可快速放氢,Mg1.80Ti0.20Ni0.8Cr0.2在18min内便可完成放氢过程,总放氢量为2.17%。

9. For 3 soils, the ability that organic acid desorb adsorbed phosphorus followed the order: yellow brown soil under Chinese fir> yellow brown soil under mason pine> red soil under Chinese fir in Fujian.

在三种土壤上,两种有机酸对吸附磷的解吸作用大小顺序为:杉木林下黄棕壤>马尾松林下黄棕壤>杉木林下红壤。

10. among many kinds of organic solvents, acetone is a better desorbing agent;

在多种有机溶剂中,丙酮是较好的解吸剂,碱性介质有利于染料的解吸;

11. In fact, some dyes actually desorb from the fibre into the dyebath when the alkali is added at the start of the fixation stage giving a sudden decrease in the degree of exhaustion at that point.

在染色的这个阶段，一些活性染料被纤维吸收，数量取决于染料的实质。这个染料有移染性促使染色平衡。

12. The both adsorptive and desorbing rate can reach over 99% under the proper conditions.

在适宜条件下,P510树脂对金的吸附率和解吸率均达到99%以上。

13. In high cathodic polarization potential region the growth of zinc dendrite is not inhibited due to the additive desorbing from the electrode surface.

在高阴极极化区，添加剂自电极表面脱附，失去对锌枝晶生长的抑制作用。

14. The composite containing 0. 5wt % TiO2 nanoparticles can absorb hydrogen at 393K under the pressure of 4 MPa in 4 min and can desorb hydrogen at 503K under 0.1 MPa in 15 min. The capacity of the de-hydrogenation is 4.1wt% .

对复相合金进行储氢性能研究时发现,其中添加0.5%TiO2的试样可以在393K,4MPa的条件下4min内吸氢,并能在503K,0.1MPa条件下15min内放氢,放氢量为4.1%;

15. Experimental research indicated that the composite adsorbent could not only adsorb much more water vapor than silica gel in the same time interval, but also desorb at a lower temperature.

对比研究表明该复合吸附剂不但具有比硅胶强得多的吸附能力，而且再生温度较低。

16. Keywords condensate in urea plant;hydrolyzing and desorbing;stripping;recovery;

尿素工艺冷凝液;水解解吸;水解汽提;回收;

17. The possible effects of iron on adsorption,microcolony formation,mature of colony and desorb were explained,and the prospect of clinical use of local iron or chelator spray was also reviewed here.

并探讨了对临床应用抗生物被膜局部铁喷雾或者螯合剂治疗的前景。

18. Metal hydride is a kind of functional material widely used，which can reversibly absorb and desorb a large amount of hydrogen，and the reaction kinetics of the process has attracted many attentions.

摘要 金属氢化物是一种应用广泛的新兴功能材料，能够实现大量氢气的可逆吸放过程，相应的反应动力学研究是一个广受关注的热点问题。

19. Metal hydride is a kind of functional material widely used, which can reversibly absorb and desorb a large amount of hydrogen, and the reaction kinetics of the process has attracted many attentions.

摘要金属氢化物是一种应用广泛的新兴功能材料，能够实现大量氢气的可逆吸放过程，相应的反应动力学研究是一个广受关注的热点问题。

20. Keywords titanium hydride;titanium deuteride;desorbing;activation energy value;isotope effect;

氢化钛;氘化钛;热解吸;表观活化能;同位素效应;

21. The FZO films will desorb corresponding to low boundstrength even heated at 100oC.Instead of layer by layer desorption, the FZO films showmultilayer desorption based on Polany Wigner equation.

氧化锌掺杂氟化镁薄膜加热100oC就会产生对应低束缚能的脱附，此脱附行为依据保罗尼维格方程式属于多层膜而非一层接一层的脱附。

22. Adsorption Reaction Space in Activated Carbon Desulfurization on the Condition of Desorbing by Water

水涤脱附条件下活性炭脱硫中吸附反应空间的研究

23. hydrolyzing and desorbing

水解解吸

24. desorbing water

洗涤水

25. (2)although activated carbon plays a role in removing trace-chloroform，its saturation adsorption capacity is small and when this capacity is exceeded，chloroform begins to desorb；

活性炭对微量氯仿去除有一定作用，但因饱和吸附量小，超过此值导致氯仿解吸；

26. PRODUCTION OF N-PENTANE DESORBING AGENT FOR MOLECULAR SIEVE DEWAXING UNIT

用于分子筛脱蜡装置的正戊烷脱附剂的生产

27. You may reactivate the silica gel by desorbing the water through heating.

硅胶吸附水份后可通过脱附方式除掉水份而再生。

28. Keywords Phosphate Huanghe River estuary Buffer Suspended matter Adsorb Desorb;

磷酸盐;黄河口;缓冲;悬浮物;吸附;解吸;

29. RESULTS The single factor experiment confirmed X - 5 that resin and acetone were the best adsorbent and desorbing agent.

结果 单因素实验确定X-5树脂和丙酮为最佳吸附剂和解吸剂；

30. The said desorption agent could effectively desorb the sulfur compounds adsorbed by the adsorbent LADS A.

脱附剂LADSD能有效地将吸附在吸附剂LADSA上的硫化物脱附掉。

31. New Study on the Period of Desorbing Benzene and Toluene with Carbon Bisulfide

苯、甲苯二硫化碳解吸时间新探讨

32. Keywords extraction;enrichment headspace;purge and trap;thermal desorb;gas chromatography;

萃取;富集;顶空;吹扫捕集;热解析;微波;气相色谱;

33. Extract Leach resin can effectively adsorb gold in the presence of acidic medium and can easily desorb gold with thiourea.Such kind resin can be regenerated for reuse.

萃淋树脂在酸性介质中能很好的吸附金，吸附后用硫脲容易解脱并且树脂可以再生重复使用。

34. Keywords selective absorbent;solubility control;absorb;desorb;

选择吸收剂;溶解度控制;吸收;解吸;

35. By comparing the general desorbing sulfur dioxide with desorbing in microwave,it was discovered that non-thermo effect exists in the process of desorbing sulphur dioxide.

通过有无微波作用的对比实验,证明了在该解吸过程中存在微波的非热效应。

36. The adsorption properties of different microporous starch were investigated.Contribution rules of absorbing &desorbing different substances were studied.

通过考察不同多孔化程度的微孔淀粉对水、油、柠檬黄的吸附和解吸,探讨了微孔淀粉在不同条件下的吸附性能。

37. Mg_(1.9)Al_(0.1)Ni ternary alloy was prepared by MA can absorb 2.67 mass% and desorb 2.54 mass%H at 553K less than 100s.

采用MA制得的Mg_(1.9)Al_(0.1)Ni储氢合金具有较高的活性和高储氢量,对PCT结果进行计算。

38. The desorbing plateau pressure and the desorption capacity of the alloy increased with improving the desorbing temperature.

随着放氢温度提高放氢的平台压力升高,放氢量则增大。

39. At first the waste fluorescent lamps were broken under the acetone solution using the“spot energy effect”of ultrasound that could effectively desorb mercury.

首先采用在一定浓度的丙酮溶液下破碎，利用超声聚能效应辅助脱附汞。