x-ray fluorescence analysis x 中文意思是什麼

x-ray fluorescence analysis x 解釋
線螢光分析
  • x : X2= (羅馬數字)10 XX = 20 IX = 9 XV = 15 XL = 40 LX = 60 XC = 90 DXL = 540 MX = 1010 =...
  • ray : n 雷〈姓氏,男子名, Raymond 的昵稱〉。n 1 光線,射線,熱線;〈詩〉光輝,閃爍,曙光,一線光明。2 ...
  • fluorescence : n. 熒光(性)。
  • analysis : n. (pl. -ses )1. 分解,分析;【數學】解析。2. 梗概,要略。3. 〈美國〉用精神分析法治療(= psychoanalysis)。
  1. Development of wavelength dispersive x - ray fluorescence analysis

    射線熒光分析的新發展
  2. Analysis of manganese and other elements in manganin by x ray fluorescence spectrology method

    射線熒光光譜法分析錳礦中的錳及其他元素
  3. Iron ores - x - ray fluorescence spectrometric analysis

    鐵礦石. x射線熒光光譜儀分析
  4. General rules for x - ray fluorescence spectrometric analysis

    X射線熒光光譜測定法總則
  5. Technologic rules for x - ray fluorescence analysis of cements

    水泥x射線熒光分析通則
  6. Study of x - ray fluorescence analysis of trace elements in paddy unpolished rice and polished rice

    熒光分析方法對大米加工過程中微量元素流失規律的研究
  7. This demonstrates the feasibility of using grazing emission x - ray fluorescence spectroscopy as a method of studying the thin layer ' s characteristics, such as composition and thickiness etc. with the intimately combining of theoretical, set - up and experimental research, the study on the analysis techniques of grazing emission x - ray fluorescence is developed, and the first set of grazing emission x - ray fluorescence setup is established. at the same time, the angular dependence of the fluorescence intensity with different thickness layer is measured. all the work in this thesis provides the basis for the further researches

    本論文採用理論、裝置和實驗研究密切結合的方式,開展了掠射x射線熒光分析技術研究工作,在國內建立了首臺掠出射x射線熒光光譜分析裝置,並對不同厚度單層和雙層薄膜樣品在掠出射條件下產生的熒光光強與掠射角的對應博士學位論文:掠射x射線熒光分析技術研究關系進行了實驗測定。
  8. Standard test method for preparation and elemental analysis of liquid hazardous waste by energy - dispersive x - ray fluorescence

    通過能量分散x -射線熒光性對液體有害廢物制備和元素分析的標準試驗方法
  9. As a nuclear instrument, multi - channel analyzer ( mca ) is mainly applied to nuclear logging, y - ray spectrum measurement and x - ray fluorescence measurement, which are based on nuclear spectrum analysis

    作為一種核儀器? ?多道分析儀,主要應用在基於能譜分析的核測井,射線譜測量和x射線熒光測量。
  10. Methods of testing refractory materials - chemical analysis by instrumental methods - analysis of alumino - silicate refractories by x - ray fluorescence

    耐火材料試驗方法.第9部分:化學分析儀法.第1節:硅酸鋁耐火材料x射線熒光分析法
  11. As an important nuclear analysis method, energy dispersive x - ray fluorescence analysis ( edxrf ) is a common analysis means in modern scientific research and element analysis

    能量色散x射線熒光分析作為一種重要的核分析方法,是現代科學研究、物質成分分析中比較常用的分析手段。
  12. Nuclear instrumentation - bore - hole apparatus for x - ray fluorescence analysis

    核儀器. x射線熒光分析法用鉆孔設備
  13. X - ray fluorescence analysis, x

    射線熒光分析法
  14. Determination of the uranium and plutonium content in nitric acid solutions by wavelength dispersive x - ray fluorescence analysis

    硝酸溶液中鈾含量和鈈含量的測定.波長分散x射線熒光
  15. X - ray fluorescence analysis

    氣體分析計
  16. X - ray fluorescence analysis x

    線燭光分析
  17. In non - destructive x - ray fluorescence analysis with thick target, correction method for difference in fluorescence intensity of elements due to sample shape and different distance to the source detector with yttrium as an outer mark element was studied

    摘要在厚靶的非破壞性x射線螢光分析中,以釔做外標元素,研究了不同樣品形狀及與源、探測器距離不同時,引起接收到元素螢光強度差異的校正方法。
  18. In this dissertation, a research of grazing x - ray fluorescence analysis has been carried out, and on this basis, an energy - dispersive method to measure soft x - ray fluorescence based on grazing emission has been studied

    本文在分析國內外掠射x射線熒光分析技術的基礎上,對能量色散掠出射軟x射線熒光探測方法進行了深入的研究。
  19. Testing of solid fuels - determination of chemical composition of fuel ash - part 10 : x - ray fluorescence analysis

    固體燃料試驗.燃料灰化學成分測定.第10部分: x射線熒
  20. The attention of the conference is paid to the trends and developments in micro - beam techniques, total reflection x - ray fluorescence analysis, new x - ray detector developments, film and coat analysis, sample preparation techniques and semi - conductor material analysis, etc

    會議期間,關于微束裝置及其分析技術、全反射技術與應用、探測器研製、薄層分析、樣品制備、半導體材料分析等,受到廣泛關注。
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