金制純術 的英文怎麼說

中文拼音 [jīnzhìchúnshù]
金制純術 英文
gold refining
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 純 : 形容詞1 （純凈; 不含雜質） pure; unmixed 2 （純粹; 單純） simple; pure and simple 3 （純熟） skil...
  • 術 : 術名詞1. （技藝; 技術; 學術） art; skill; technique 2. （方法; 策略） method; tactics 3. （姓氏） a surname
  1. The company is a joint - stock enterprise, it possesses 266 million login capital and 416 million permanent assets, undertakes exploitation, the company have 426 employees, the proportion of all kinds of professional technology personnel in all employees is 30 %, processed and sell of trona. and is in virtue of high purity, low salinity, excellent whiteness and less impurity, after the second item carry our point, the company will produce 700 thousand ton production every year

    安棚公司是一家股份制企業，注冊資金26600萬元，固定資產41600萬元，現有在冊員工426人，各類專業技術人員佔30 ，主要從事天然堿的開采、加工，二期達產後年產能力可達70萬噸，產品純度高、鹽分低、白度好、雜質少。
  2. Recently, as an advanced and eco - friendly method of powder preparation, freeze - drying has been developing quickly. the ultrafine ni powder with the average size of 50nm was prepared by freeze - drying form the niso4 and naoh and was studied by means of xrd, ir, fesem, tem, and dsc. the catalysis of nickel powders to nh4clo4 and how the precursor forms and the processes of the amorphous precursor to the final nickel powders are discussed

    本論文以分析純niso4 、 naoh為原料，採用冷凍乾燥技術成功的制備了50nm左右的球狀超細鎳粉，通過xrd 、 ir 、 fesem 、 tem 、 dsc等材料現代分析手段對產物進行了分析和表徵，研究了超細鎳粉對高氯酸銨熱分解的催化活性、前驅體的形成以及非晶態金屬鹽到晶態超細鎳粉的轉變過程。
  3. Korean enterprises should take following countermeasures : an effort to get access to china ' s service markets, deepening the composition of export commodities, focusing on upgrading industries etc. part v deals with the perspective of sino - korean trade, holding there are underpinnings of mutual advantages and there is a bright future for trade as long as institutional and policy blocks are removed. finally, some schemes are raised for further opening markets in china : a midvlong term strategic act to advance towards china ' s market, closer contact with local governments, expansion of sino - korean technological trade, flexible employment of edcf, overseas investment capital and capital of international financial institutions and international financial markets, market segmentation from regional features in china, fostering skill - intensive industries instead of pure processing industries, establishment of more joint ventures to lighten the burden on capital etc

    文章的最後為韓國進一步開辟中國市場提出了若干方案：韓國要把進軍中國市場看作一項中長期的戰略性舉措；投資到中國的企業應集中開辟中國原輔材料的出口和1產品：加強與地方政府的接觸，實現出口線多變化；大力發展韓中兩國的技術貿易；靈活性的利用經濟開發協作基金（ edcf ） ，海外投資資金及國際金融機構和國際金融市場資金；根據中國的地域性特徵進行市場分割，利用地方政府的經濟自主權制定出經濟協作方案；韓國對中國的投資要從單純的加工業解脫出來，發展技術密集型的產業；多設立合資企業，合作投資可能更減少對資金的負擔。
  4. Then using ecbp21 antibody and immunogold transmission electron microscopy method, we studied the subcellular localization of ecbp21. the results indicated that the gold particles were mainly localized in the cell wall in callus cells and rachis cells of angelica dahurica. these results indicated that ecbp21 mainly localized in cell wall, which provide a direct evidence of the extracellular existence of ecbp21. furthermore, using ecbp21 antibody and immunohistochemical method, we studied the organic specially distribution of ecbp21, the results indicated that ecbp21 distributed in all organize, but it distributed more in leave n flower rachis than in leafstalk and root

    首先，構建了ecbp21表達載體，誘導了重組蛋白的表達，並通過膠回收法獲得了大量純化重組ecbp21蛋白，制備了高效價、高特異性抗體；隨后，利用ecbp21抗體，結合免疫膠體金電鏡定位技術進行了ecbp21亞細胞定位研究，結果顯示：在白芷愈傷組織細胞和花序軸細胞中金顆粒主要分佈在細胞壁區域，而在細胞內未發現或僅有少量金顆粒分佈，表明ecbp21蛋白主要定位於細胞壁區域，這為細胞外cambp （ ecbp21 ）的胞外存在提供了直接證據：進一步，利用ecbp21抗體，通過免疫組織化學分析研究了ecbp21組織特異性分佈狀況，結果表明ecbp21在白芷各組織中均有分佈，但在葉、花、花序軸中分佈較多，而在葉柄、根中分佈較少。
  5. In the way based the scientific and tecdrical talks on i presided at and panicipated in, the graduation theis included a p1entful thets in recent years wtll be divided into three parts for depiction conxteniently and clearly, according to the content as fo1lowsf ( l ) the study of shock compression properties with the drixtiir - liquid co and n, experimentally ( 2 ) the study of the phenomenon of excess heat produced by deuteriurn atoms entering into the lattice of titaluxn experimentally ( 3 ) the calcujation for the electronic structure and energy of hydrogen atoms cluster ffi. the mainstream in the first part of the paper is to exposure some experimental tecndques in high pressure and high temperatur shock compression physics, including by using a cryo - target cooled down circulating steaxned n, to condense the well - proportioned mixed liquid sample from pure gas co and n = with equal molar voiurne

    根據近幾年所承擔和參加的科研任務，將研究成果總結寫成的論文按以下三個部分敘述： （ 1 ）液體co和n _ 2混合物沖擊壓縮特性的實驗研究（由國防科技重點實驗室基金項目96js75 . 2 . 1 . jw1902資助） （ 2 ）重氫原子進入鈦晶格中引起過熱現象的實驗研究（由國家自然科學基金10145002資助） （ 3 ）氫原子團簇h _ 9的電子結構與能量計算第一部分以高溫高壓沖擊波物理實驗為主，採用自行研製的低溫循環汽冷靶冷凝制樣技術由高純co和n _ 2氣體獲取等摩爾體積均勻混合的液體沖擊初態樣品。
  6. To deal with gas separaion at high pressure and high temperature, inoghc membranes are used widely in the ligh of the production and the uitrahigh purity of hydrogen isotope requlred by some special professions and the defects of the current einpoyed membranes separation technology the preparation teehnology of high h - permselective membrane

    在涉及高溫、高壓環境下的氣體分離中，主要使用的是無機膜分離技術。針對特殊行業對氫同位素氣體處理量及超高純度的需求和現有膜分離技術存在的問題和不足，創新性地提出了利用耐熔金屬鋯等對氫的高滲透性，制備高選擇滲氫膜的分離技術。
  7. Abstract : the nature of carbon sludge remained during the producing of water glass from rice husk or rice straw is studied. the results show : during the producing of water glass, the new technology can get rid of metal impurties which have been formed undissolved compounds ; the undissolved compound can dissolved in acid ; the purity of water glass producing by new technology is as same as or higher than the purity of it wthich is produced by the tradional technology sometimes

    文摘:對用稻殼、稻草制備水玻璃所剩餘的炭渣進行了分析，給出實驗結果.結果表明：金屬成分在水玻璃的制備過程中以難溶化合物的形式被除去；難溶化合物能與酸反應，轉化為可溶化合物；新技術制取的水玻璃溶液與傳統方法相比，純度相同，甚至更高
  8. The mentality of this article is first embarks from the modern joint stock company, emits the environmental factor of the system. then analyzes the cash rewards and the stock or stock time power drive effects separately from the pure technical angle. and then unifies the two, find the reasonable way of superintendents ’ salary arrangement

    本文的思路是首先從現代股份制公司出發，抽象掉制度環境因素，從純技術的角度分析影響管理者報酬構成的具體因素，分別探討現金報酬、股票和股票期權激勵的效應，然後把二者結合起來，找到合理的管理者的薪酬安排方式。
  9. In addition, the effective combination technologies of ultrasonic, microwave, alternating current deposition, supercritical fluid drying with traditional liquid methods is the most promising one to prepare high purity, small size and well - proportioned dispersing nano - particles

    而超聲技術、微波輻射技術、交流電沉積技術、超臨界流體乾燥技術、非水溶劑水熱技術等新技術與傳統液相法的有機結合，是制備高純度、小粒徑、均勻分散的金屬氧化物納米粉體的最有前途的方法。
  10. It was found that active carbon powder and alloy steel powder can alter the composition and the structure of the interlayer efficiently in the technique of alloyed centrifugal - shs technology, which can manufacture compound pipes. they can change the interlayer from pure iron layer into carbon steel or alloy steel layer, then enhance the compression strength of the compound pipes

    研究結果表明，在採用合金化離心shs技術制備復合鋼管的過程中，活性碳粉和合金鋼粉末的加入可有效地改變過渡層的成分和組織，使過渡層由純鐵層變為碳鋼層或合金鋼層，進而提高了復合鋼管的抗壓性能。
  11. Used solid - liquid reaction synthesis technology and stirring casting and metal mold chilling processing, al3fe particles and al3fe + al2o3 particles reinforced pure al matrix in - situ composites are fabricated. the metallography analysis shows that the intermetallic al3fe exhibits two kinds of crystalline state - primary crystal al3fe and eutectic crystal al3fe - in al + fe reaction synthetical al matrix in - situ composites

    利用固-液反應合成技術和攪拌技術，並結合金屬型激冷鑄造工藝，制備出了al _ 3fe粒子、 al _ 3fe粒子+ al _ 2o _ 3微粒強化的純al基原位復合材料。
  12. It might be very difficult to find a purer green jade to go with the gold, but the materials that can be found for jewelry production can only express a very tiny fraction of the superlative message that is to be conveyed in master ching hai s designs

    或許只有真正的藝術家能了解藝術家明師的原創意，世間或許很難尋覓最純粹的綠，來對比金黃色，而鑲制的工程尋到的材料，也只能將師父高境界的意境，表達出萬分之一。
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