dehydrogenation 中文意思是什麼
dehydrogenation
解釋
除氫-
The results show that the slag series has strong capabilities of deoxidization, denitrification and dehydrogenation and is able to protect welds and obtain high quality welds
試驗結果表明，其渣系具有很強的脫氧、脫氮和脫氫能力，對焊道能起到很好的保護作用，可獲得高質量的焊縫。 -
A study on cr ceo2 catalysts and their catalytic performance for dehydrogenation of ethane
2體系及其對乙烷脫氫反應催化性能的研究 -
The technologies for producing iminodiacetic acid, e. g. chloroacetic acid - glycine method, chloroacetic acid ammoniation, ammonium triacetate, direct synthesis based on hydrocyanic acid, diethanolamine dehydrogenation and ethanolamine methods are introduced
摘要綜述了亞氨基二乙酸的生產方法，包括氯乙酸甘氨酸法、氨代氯乙酸法、氮川三乙酸法、氫氰酸直接合成法、二乙醇胺脫氫法和單乙醇胺法。 -
The current situation of utilizing isobutane and isobutylene in china were introduced, the reaction mechanism, reaction process and types of catalyst for preparing isobutylene via dehydrogenation of isobutane were narrated emphatically
摘要介紹我國異丁烷和異丁烯資源的利用現狀，重點對異丁烷脫氫制備異丁烯的反應機理、反應流程和催化劑類型進行了論述。 -
Finally, based on summarization of development status on catalyst for isobutylene preparation from isobutane through dehydrogenation, the suggestion was given that the great effort should pay to the development, utilization reasonably of abundant isobutane resource in china
最後，通過對我國異丁烷脫氫制異丁烯催化劑開發現狀的總結，指出我國應大力合理開發利用豐富的異丁烷資源。 -
Study on coupling of dehydrogenation of propane with reversed water - gas shift reaction for propylene synthesis
丙烷脫氫與逆水煤氣變換耦合制丙烯反應的研究進展 -
Owing to their perfect hydrogen permeability and thermostability, palladium and palladium alloy membranes have been used as hydrogen separator and purifiers, and they can serve as membrane reactors for reactions such as dehydrogenation and hydrogen production, which integrates the reaction with separation and enhances the conversion and selectivity
鈀及其合金膜由於具有透氫性好和耐高溫的特點，除了用作氫氣分離和純化器外，還可以用作脫氫、制氫等反應的反應器，以實現反應和分離的一體化，並提高轉化率和選擇性。 -
With increasing the temperature, the de - hydrogenation capacity and the kinetics of the dehydriding were increased. after hydrogenation at 473 k, and dehydrogenation at 523 k, the maximum desorption capacity of mg - 15 wt % mg2ni - 0. 5 wt % tio2 composites can reach 5. 8 wt %
納米tio _ 2對mg - mg _ 2ni復相合金放氫動力學性能也有一定的催化作用，添加了納米tio _ 2的合金可以有更好的放氫速度和放氫量。 -
Effect of alkali metals addition on the interaction between active constituents and alumina support of ptsn catalysts for dehydrogenation of propane
堿金屬離子對丙烷脫氫催化劑中活性組分與載體間作用的影響 -
Technology of producing cyclododecanon from cyclododecanol by continuous dehydrogenation in liquid - solid - phase in fixed - bed
固相連續法脫氫制環十二酮工藝 -
A study on catalytic capacity of oxidative dehydrogenation of propane to propylene over k, ca, mg ferrite
鐵酸鹽的丙烷氧化脫氫制丙烯催化性能研究 -
The catalyst for ethylbenzene dehydrogenation with high mechanical strength was prepared by optimizing chemical composition and adjusting preparation condition
實驗結果表明，通過優化催化劑的化學組成，改進催化劑的制備條件，完全可以開發出機械強度好的低鉀乙苯脫氫催化劑。 -
The factors which influence the mechanical strength of the catalyst for ethylbenzene dehydrogenation to styrene with low potassium were discussed
摘要考察了各種因素對低鉀乙苯脫氫制苯乙烯催化劑機械強度的影響。 -
As a part of new materials, nanostructured materials are playing an important role in many fields, such as information, manufacturing, biotechnology and agriculture etc. in this paper, we have deve loped several methods for preparation of ni, ceoi and co / ni nanopowders, and have studied their application in catalytic dehydrogenation, ion - selective electrodes and industrialize amplification of nickel nanopowder
使得納米粉體材料與常規粉體材料相比具有一系列電、磁、光及力學等方面的新異特性，從而使其作為一種新型材料在電子、信息、農業、冶金、宇航、化工和生物醫學等領域佔有十分重要的地位。 -
Catalytic dehydrogenation of methanol to formaldehyde a review
甲醇催化脫氫制無水甲醛催化體系研究進展 -
The catalytic properties of ptsnna a2o3 catalysts for propane dehydrogenation
3催化劑丙烷脫氫反應性能研究 -
Catalytic activity comparison of alkali metal refractory compounds for methanol dehydrogenation to water - free formaldehyde
甲醇脫氫制甲醛反應中堿金屬難熔鹽的催化性能研究 -
The research and application of the catalyst for dehydrogenation of cyclohexanol to cyclohexanone are reviewed. the composition, preparing method, and characterization of dehydrogenation catalysts are introduced
摘要評述了由環已醇脫氫制備已內酰胺生產的重要中間體環已酮催化劑的研究與實際應用的進展。重點敘述了目前國內外工業應用催化劑的組成、制備方法，並對其優缺點進行了評述。
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