濕化學 的英文怎麼說

中文拼音 [shīhuàxué]
濕化學 英文
wet chemical
  • 濕 : Ⅰ形容詞（沾了水的或顯出含水分多的） wet; damp; humid Ⅱ名詞（姓氏） a surname
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  1. Contemporary, this product can affixture the electrical granules onto walls and floors to cleanse the air to make human feel well by releasing the anion to barges against the granule in the atmosphere

    本產品吸收室內多餘廢氣，調節室內濕度，吸除異味和室內裝修好殘留的化學物質散發的有害氣體，為您提供舒適乾爽健康的居家環境。
  2. Wetlands have unique biogeochemical cycles with many chemical transformations and chemical transport processes that are not shared by many other ecosystems

    摘要濕地有其獨特的生物地球化學循環，其間許多化學遷移和轉化過程不為其它生態系統所共享。
  3. In order to understand the effects of drainage ditches on the biogeochemical cycling in wetland, this paper takes the sanjiang plain as an example, and makes a detail introduction to the impacts of drainage ditches on the characteristics of movement, transformation, inputs and outputs of chemical elements and on the chemical mass balance

    以三江平原濕地為例，從溝渠對濕地化學元素遷移轉化、濕地化學元素輸入輸出和濕地化學質量平衡影響方面分析了溝渠對濕地生物地球化學循環的影響。
  4. Continuous chemoprophylaxis against group a streptococci has proved to be highly effective in preventing recurrences of rheumatic fever.

    對A組鏈球菌進行連續性化學預防，已證明對防止風濕熱的復發可奏卓效。
  5. Hydrochemical preparation techniques are the important methods to make ultrafine powder of a - alios with its intrinsical advantage

    濕化學法以其固有的優點成為了制備納米氧化鋁粉體的理想方法。
  6. In order to improve its cycle performance and reduce capacity loss, we have synthesized series of lithium nickel manganese vanadate by using the moist chemical method in the reaction conditions of different temperature and calcination time. the structure characterization and element analysis tests are preformed by means of xrd, ir, raman and xps

    為了改善其循環性能以及減少充放電過程中的容量損失，我們對其中的ni2 +進行部分替代，採用濕化學方法合成出了錳對鎳不同取代量的產物linil _ 、 mn萬04 ，並結合xrd 、 xps 、 ir和r田刀an圖譜對其固溶度及摻入其中的錳的價態進行研究。
  7. The theoretic cycle capacity of limno2 is 286 mah g - 1, which has attracted a great deal of people to research. aim at the impurity of limno2 which was synthesized by the predecessor and the phase change during the electrochemical process, we try several methods, including wet moist chemical method, liquid state method, solide state method and liquid dipping method. at the same time, we study the synthesis of limnc > 2 in defferent atmosphere, for example air, argon and nitrogen

    Limno _ 2具有286mah ? g ~ （ - 1 ）的理論容量，這種高容量材料深受廣大研究者的關注，針對前人合成出的還有少量雜相和在電化學循環過程中出現相變四川人學碩l :學位論文的問題，我們嘗試了幾種合成方法:濕化學法、液相法、固相法和溶液浸漬法，並在不同氣氛:空氣、氮氣和氫氣中進行limnoz的合成研究。
  8. Standard test method for platinum in reforming catalysts by wet chemistry

    濕化學法測定重整催化劑中鉑的標準試驗方法
  9. Limnoa has been synthesized from self - synthesized material y - mn203 by wet moist chemical method under different sinter conditions in argon. the material was analyzed by xrd, sem. it is shown by xrd that material is limno2 single phase in 450 keeping 5h, then in 600 ? sintering 6h in argon

    通過xrd物相分析發現:以自制原料y一mnzo3為錳源，在a :氣保護下，採用濕化學法，在450下，預燒結5h研磨后再於600下燒結6h ，可以合成出單相limnoz 。
  10. In order to solve the problem of conglomeration of the nanoparticle and make the nanoparticle disperse evenly in the coatings. in this way, we could succeed in improving the effect of modification. we originally put forward the in - situ sythesising nanoparticle method to modify coatings. through this method, we made use of the technology of the wet chemical method and added the precursor of nanoparticle during the preparation of coatings

    在此基礎上，為解決納米粉體的團聚問題，使納米粒子在塗料中有效分散與附聚，以實現納米粒子改性的有效性，原創性地提出了原位生成納米粒子改性塗料制備工藝的新思路：利用濕化學方法制備納米材料的技術，在常規塗料制備的過程中加入所需引入納米粒子的先驅物，直接在顏填料微粒的表面原位合成相應的納米粒子。
  11. A different approach, named " two step growth approach " has been applied to fabricate an 8x8 photodiode array in the first time. the micro - processing procedures of this photodiode array including standard photolithography, a number of metallisation, wet - chemical etching and sic2 deposition for insulation were developed in this study

    首次採用「兩步法」制備出了新穎的8 8zns肖特基光電二極體陣列，詳細研究並確定了制備該器件的標準光刻、金屬沉積、濕化學腐蝕、 sio _ 2絕緣層沉積等一系列微電子處理工藝。
  12. We also put forward the technique of in - situ dispersion to modify coatings. the key of the technique was to add the nanoparticle sol prepared by the wet chemical method into coatings instead of dropping the nanoparticle powder prepared by the technics of filtration and calcinations in the coatings

    同時提出在位分散法納米粒子改性塗料的制備技術：直接在塗料中引入採用濕化學方法制備的納米粒子溶膠，而不是採用外加經過過濾和燒結等工藝制備的納米粉體。
  13. Standard test method for palladium in molecular sieve catalyst by wet chemistry

    用濕化學法測定分子篩催化劑中鈀的標準試驗方法
  14. Wet chemical extinguishing systems

    濕化學藥品滅火系統
  15. In this thesis, we made a summary of the preparation technology of the nano - materials, especially of the latest development of preparing nano - materials by the way of the wet chemical method. the preparation methods of the nanocomposite materials were summarized too

    論文概括了無機納米材料的各種制備技術，尤其著重介紹了濕化學方法制備納米材料方面的最新進展，總結評述了當前無機納米材料改性聚合物各種制備技術發展的現狀及其問題。
  16. Kinetics features and reunion problems in chemical method of producing single dispersing particles in liquid are discussed and some improvements are given

    討論了液相合成化學法合成單分散粉體的動力學特徵，指出了濕化學法中普遍存在的團聚問題，並提出了改進方案。
  17. In this research, nanosize tio2 were prepared by wet chemistry method. the effects of technical condition, ion doping and noble metal modification on crystal structure of ti02, crystal size and its distribution, spectrum and photocatalytic activity were studied in order to prepare nanosize tio2 of high photocatalytic activity. effect factors such as temperature in photocatalytic process were also studied

    本工作選用濕化學方法制備納米tio _ 2光催化劑，研究制備工藝條件、離子摻雜和貴金屬沉積等對納米tio _ 2晶體類型、粒徑大小及分佈，光譜性質和光催活性的影響規律，以期研製出具有高光催化活性的納米tio _ 2光催化劑；同時研究光催化過程中光催化環境溫度等因素對光催化活性的影響規律。
  18. Secondly, the popular solution method to prepare uitrafine particle was introduced

    二、介紹了當前制備超微粒子的各種濕化學方法。
  19. The sol - gel process was an effective and feasible method in the preparation of organic dyes doped the inorganic matrix, which promoted the research of organic - inorganic optical composite system

    溶膠-凝膠濕化學方法在制備無機基質材料中的應用為有機染料的摻入提供了一種可行和有效的方法，極大的推動了有機-無機復合光功能材料的研究。
  20. The hexagonal barexfe, 2. xo, ( re denote la ^ nd > sm and gd ) ultrafine powders with m - type structure were firstly synthesized by a novel technique - - - - - - sol - gel combustion synthesis method which combines sol - gel method with low temperature combustion synthesis method. based on theoretical analysis and experimental study, the effects of the composition of the gel, the different kinds of intermediate, strength of solution, the amount of complexing agent, the different kinds of anions, the adding of dispersant, auto - propagating combustion and the condition in heat treatment of the gel on crystal phase, particle size, morphology and magnetic properties of bare ^ fe ^ o, ultrafine powders were firstly investigated systematically to clarify the optimum forming conditions

    本研究是在前人工作的基礎上，同時從制備方法和摻雜元素兩方面著手，以保證制備的粉體材料具有優異的性能，即首次利用溶膠?凝膠濕化學合成法和低溫燃燒合成法相結合的一種兼具二者優點的超細粉末新型合成技術? ?溶膠-凝膠燃燒合成法來完成稀土元素摻雜鋇鐵氧體bare _ xfe _ （ 12 - x ） o _ （ 19 ） （ re為la 、 nd 、 sm 、 gd ）超細粉末的制備。
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