萃取分離法 的英文怎麼說

中文拼音 [cuìqǔfēnlífǎ]
萃取分離法 英文
extraction-separation method
  • 萃 : Ⅰ動詞[書面語] （聚集） come together; assemble Ⅱ名詞1 [書面語] （聚在一起的人或事物） a gathering...
  • 取 : Ⅰ動詞1 （拿到身邊） take; get; fetch 2 （得到; 招致） aim at; seek 3 （採取; 選取） adopt; assume...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 離 : Ⅰ動詞1 （離開） leave; part from; be away from; separate 2 （背離） go against 3 （缺少） dispens...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  • 萃取 : [化學] extract; extraction
  1. Methods the antioxidant of 75 % ethanolic extract and organic solvent extracts, water extracts and polysaccharids from acanthus ilicifolins l. was detected by flow - injection chemiluminescence, to evaluate the ability of scavenge h2o2

    方法採用流動注射化學發光法，研究該植物75 %乙醇提取物及其有機溶劑萃取分離部分、水提取物及多糖對過氧化氫（ h2o2 ）的清除作用。
  2. Solid - phase extraction procedure to isolate fumaric acid from apple juice

    固相萃取分離蘋果汁中富馬酸的方法研究
  3. At present, liquid - liquid extraction common ultraviolet spectrophotometry method is used for the analysis and examination of such medicine. the separating method of liquid - liquid extraction is overelaborate and waste solution. the recoveries are low

    對于該類藥物的分析檢測，目前主要採用液液萃取普通紫外光譜測定法，液液萃取分離法操作繁瑣、費溶劑、藥物萃取率低，雜質去除不徹底。
  4. With the aqueous phase velocity increasing, the mass transfer flux increased, but the recovery extraction decreased

    由回收率的大小可以看出，電泳萃取分離技術是一種很好的處理染料水的方法。
  5. Back extraction by hno3 - hf and back extraction by concentrated hnch after lower the concentration of organic phase are studied, the method of back extration by hnorhf can not be used to icp - ms, because some zirconium is hydrolysis when hf is removed by heat. however, the method of back extraction by concentrated nitric acid after lower the concentration of organic phase can be used to icp - ms, the recovery is 93. 2 %, rsd % is 5. 24 %, the decontamination factor of uranium is 3. 2xl04, the detection limit of zirconium is 0. 04ng / ml. the method of tta extracting trace zirconium in uranium is firstly used to icp - ms, the result is satisfied, it can be used to determine zirconium in uranic production quickly and veraciously

    本文通過研究hno _ 3 - hf反萃和稀釋有機相後用濃hno _ 3反萃這兩種分離方法，認為hno _ 3 - hf反萃由於在加熱去除hf時酸度不易控制，導致鋯的部分水解，因而此方法不宜用於icp - ms中，然而稀釋有機相後用濃hno _ 3反萃法用於icp - ms測量中，全程回收率為93 . 2 ，相對標準偏差為5 . 24 ，鈾的一次去污因子為3 . 2 10 ~ 4 ，鋯的測定下限為0 . 04ng / ml ，本文首次將tta萃取分離鈾中鋯用於icp - ms測量中，結果令人滿意，此方法適用於快速、準確測量鈾產品中微量鋯。
  6. Having compared all separating ways, the authors made a proposal to refine n - heptane and reclaim methylcyclohexane from 120 solvent oil by using composite extraction separation

    研究比較各種分離方法，提出了用復合萃取分離法從120號溶劑油中分離出正庚烷並回收甲基環己烷的方案。
  7. Because the concentration of zirconium in uranium has large ranges, from 1. 50xlo ' 6 - 3. 8g / gu, not only how to decrease the remainder of uranium to eliminate its determinate effect but also how to acquire higher recovery of zirconium is considered, so the method of silica gel, the method of tbp levextrel resin chromatography, the method of tta chromatography and the method of tta extraction are compared. then tta extraction is chosen to acquire the ideal separation purpose. compared with icp - ms and icp - aes, xrf has characters of high repeatability, stability, low cost, high concentration elements analysis, the ability to determinate solid sample and having comprehensive practicability, but xrf has lower sensitivity, so how to increase the concentration of the sample to acquire better precision is a difficult problem, the optimum of operating condition : the integral time of spectral lines is 60s, the integral time of background lines is 20s, the voltage of xrf is 50kv, the electric current is 50ma

    由於鈾中鋯的含量范圍很廣，從1 . 50 10 ~ （ - 6 ） 3 . 8g / gu ，在分離和測量時，既要考慮盡量地減少鈾的殘留量以消除鈾對鋯測量產生的影響，又要獲得鋯的理想的回收率，因此本文在分離方法的選擇上比較了硅膠吸附分離法， cl - tbp萃取色層法， tta萃取色層法和tta萃取分離法的優缺點，認為tta萃取分離法可以達到理想的分離效果。
  8. A quantitative pretreatment scheme suitable to gc - ms analysis of bio - oil was proposed for the first time in china, and an extensive determination of the chemical composition of bio - oil fractions was performed by means of gc - ms coupling. these studies were crucial for the upgrading and utilization of bio - oil. using some novel designing method, which are suitable to biomass and pyrolysis characteristics, were applied in designing the fluid bed biomass flash pyrolysis system

    並且率先在國內提出了適合於gc - ms分析的生物油的量化預處理方案（液?液萃取分離法） ，得出了各個組分（酸組分、堿組分、極性中性組分以及碳氫組分）在生物油中所佔的份額，並對預處理所得的各個組分分別進行了gc - ms分析，鑒定出了上百種化學成分。
  9. Methods for chemical analysis of copper ores lead ores and zinc ores. determination of germanium content. phenylfluorone - cetyltrimethyl ammonium bromide photometric method after carbon tetrachloride extraction

    銅礦石鉛礦石和鋅礦石化學分析方法四氯化碳萃取分離，溴化十六烷基三甲胺-苯芴酮光度法測定鍺量
  10. The company has advanced producing techniques, a set of producing equipment of zinc powder reducing alkalinity method, a set of oxalic acid refining equipment, a set of pure water producing equipment, 2 full set of exhaust gas managing equipments and 6 extraction separation producing lines

    公司生產工藝先進，擁有鋅粉還原堿度法的生產設備一套，精製草酸設備一套，純水制備設備一套，全套廢氣處理設備二套，六條萃取分離生產線。
  11. Special precipitation, ion exchange and solvent extraction separation techniques for mixed amino acids are discussed and their disadvantages are pointed out. the late achievements of extraction of amino acid by reverse micelles are introduced in detail, and some opinions on separation for mixed acids by reversed micelles were proposed at the end

    本文介紹了特殊沉澱法、離子交換法、溶劑萃取法分離混合氨基酸的技術並指出了它們的缺點，詳細地介紹了反膠團萃取法分離氨基酸的最新研究成果，對反膠團萃取分離混合氨基酸提出了發展設想。
  12. The recovery can reach 95 % after it extracts once, rsd % is lower than 10 %, the detection limit of zirconium is 1. 3u. g / ml. and increasing the application of film in xrf is studied. the method of using organic sample to make resource after extracted by tta can be used to determine zirconium in simulated p rocess solution of spent fuel reprocessing quickly and veraciouly

    萃取一次便可達到理想的萃取效果，回收率可達95 ，相對標準偏差10 ，鋯的檢出限為1 . 30 g / ml ，同時改進了薄膜法在x射線熒光光譜法中的應用范圍，此方法採用tta萃取分離的有機相直接制源可快速、準確地對測定purex模擬工藝料液中的鋯含量。
  13. Methods for chemical analysis bismuth - determination of zinc content - solid - liquid extraction - flame atomic absorption spectrophotometric method

    鉍化學分析方法固液萃取分離-火焰原子吸收光譜法測定鋅量
  14. The objective of three usually used extract methods with ddtc, potassium and apdc were investigated contrast

    摘要本文選用常用的三種ddtc 、碘化鉀和apdc萃取分離方法進行比較研究。
  15. Methods for chemical analysis of iron ores - the extraction separation - molybdenum blue photometric method for the determination of arsenic content

    鐵礦石化學分析方法萃取分離-砷鉬藍光度法測定砷量
  16. Methods for chemical analysis of aluminium alloys - part 10 : determination of zinc content by dithizone extraction separation - polarographic method

    鋁合金化學分析方法第10部分:雙硫腙萃取分離-極譜法測定鋅含量
  17. Methods for chemical analysis of iron, steel and alloy. the chlorophosphonazo ma photometric method for the determination of cerium content after extraction separation

    鋼鐵及合金化學分析方法萃取分離-偶氮氯膦ma光度法測定鈰量
  18. Methods for chemical analysis of iron, steel and alloy. extraction separation - chlorophosphonazo ma spectrophotometric method for the determination of the total rare tarth content

    鋼鐵及合金化學分析方法萃取分離-偶氮氯膦ma分光光度法測定稀土總量
  19. Methods for chemical analysis of tungsten ores and molybdenum ores. determination of gallium content. rhodamine b photometric method after butylacetate extraction

    鎢礦石鉬礦石化學分析方法乙酸丁酯萃取分離，羅丹明b光度法測定鎵量
  20. Methods for chemical analysis of copper ores lead ores and zinc ores. determination of gallium content. rhodamine b photometric method after butylacetate extraction

    銅礦石鉛礦石和鋅礦石化學分析方法醋酸丁-酯萃取分離，羅丹明b光度法測定鎵量
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