砷離子 的英文怎麼說

中文拼音 [shēnlízi]
砷離子 英文
arsenic ion
  • 砷 : 名詞[化學] （非金屬元素） arsenic （as）
  • 離 : Ⅰ動詞1 （離開） leave; part from; be away from; separate 2 （背離） go against 3 （缺少） dispens...
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 離子 : [物理學] ion
  1. Icp - aes determination of arsenic in vinegar

    電感耦合等離子體原子發射光譜法測定食醋中砷
  2. Such complexes might have affinity for detrimental inorganic oxyanions such as arsenate, a common toxic contaminant in soils. the purpose of this study is to investigate the influence of environmental conditions on the adsorption of arsenate on fe - oxyhydroxide - monlmorillonte complexes, which is significant to agrology, geochemistry and environmental science

    本研究即以南方的土壤環境條件為參考，模擬在ph = 5時的酸性氧化條件下，土壤中低聚合羥基鐵?蒙脫石復合體的形成、物化性特徵及其吸附砷酸根陰離子的行為。
  3. The principal aqueous forms of arsenic are the arsenite ion(as )and the arsenate ion(as).

    砷在液體中的主要形態是亞砷酸離子（As）和砷酸離子（As）。
  4. Sorption of hg2, as3, pb2 and cd2 by black carbon

    黑碳吸附汞砷鉛鎘離子的研究
  5. The methods for chemical analysis of zinc and zinc alloys - the determination of lead, cadmium, iron, copper, tin, aluminium, arsenic, stibium, magnesium lanthanum and cerium contents - the inductively coupled plasma - optical emission spectrometric method

    鋅及鋅合金化學分析方法鉛鎘鐵銅錫鋁砷銻鎂鑭鈰量的測定電感耦合等離子體-發射光譜法
  6. Methods for chemical analysis of bismuth - determination of arsenic content - ion exchange separation - hydride generation - flame atomic absorption spectrophtometric method

    鉍化學分析方法離子交換分離-氫化物發生-火焰原子吸收光譜法測定砷量
  7. General test method in salt industry - determination of arsenic ion

    制鹽工業通用試驗方法砷離子的測定
  8. Determination of arsenic ion

    砷離子的測定
  9. Hwang yh, chen hc, worker ' s exposure to arsenic in the maintenance of ion implanters of semiconductor fabrication facilities. 3rd international scientific conference on prevention of work - related musculoskeletal disorders and 13th international symposium on epidemiology in occupational health, september 21 - 25, helsinki, finland

    陳相志、黃耀輝，晶圓製造廠離子植入機臺維修保養工作之砷暴露研究， 1998年工業衛生學術研討會， 1998年三月21 ~ 22日，中國醫藥學院，臺中
  10. They have different properties from montmorillonite and fe oxyhydroxides such as larger specific area, different surface potential, etc. under the acidity, temperature and other conditions ( initial arsenate concentration, ion strength, duration of adsorption ) simulated to that of soil in tropical and sub - tropical area, the adsorption of arsenate on the prepared fe - oxyhydroxide - montmorillonite complexes were conducted

    在參考實際土壤ph值和離子強度的條件下，分別以ph值、砷初始濃度、離子強度、吸附時間、吸附溫度為影響因素，進行了低聚合羥基鐵?蒙脫石復合體、蒙脫石原樣及水合氧化鐵吸附砷酸根離子的對比實驗；並用正交實驗方法，進一步研究了上述因素對復合體砷吸附能力的相對影響程度。
  11. The correlations between the arsenate uptake ability of fe - oxyhydroxide - montmorillonite complexes and the duration of adsorption, initial concentration of arsenate, ion strength of the solution, acidity and temperature of environment are investigated and compared to the adsorption of arsenate on to montmorillonite and fe oxyhydroxide. results stow that fe - oxyhydroxide - montmorillonite complexes have a strong affinity for arsenate species under experimental conditions, which is supposed to influence the behavior of arsenate in soil

    結果表明，蒙脫石復合體對砷酸根離子的吸附能力雖然略弱於水合氧化鐵，但卻明顯強于原鈣蒙脫石；吸附時間和砷初始濃度是影響復合體砷吸附量的主要因素；對于陳放時間不同的復合體來說，隨著復合體中鐵含量的增加，其對砷的吸附率及吸附容量均增大。
  12. Moreover, we observed the concentration profiles of the ion - implanted samples and the diffused samples by c - v method, and discovered that the carrier concentration decreased with increasing of the diffusion depth. whereas, the peak concentration of the ion - implanted samples located at 0. 248151 u m beneath the surface and the peak concentration of the diffused samples located at the surface. furthermore, the carrier concentration of mnas source diffused sample as high as 102 % m3can be obtained, and the surface was much smoother compared with that of the pure mn source diffused sample

    發現兩種摻雜方法的載流子濃度大體上都是隨著擴散深度的增加而下降，不同的是離子注入樣品的載流子最高濃度處于離表面深度0 . 248151 m處，而擴散樣品的載流子最高濃度處于表面，並摻錳（ mn ）砷化鋅（ gaas ）材料性質的研究且還發現相對于純mn源擴散樣品來說， mnas源擴散樣品的表面較為光滑，且表面載流子濃度高達1020 cm 』數量級。
  13. Determination of boron, arsenic and sulfur in geological samples by inductively coupled plasma atomic emission spectrometry with sample treatment by pressurized decomposition

    電感耦合等離子體原子發射光譜法同時測定地質樣品中硼砷硫
  14. Determination of carrier concentration in gallium arsenide by the plasma resonance minimum

    砷化鎵中載流子濃度等離子共振測量方法
  15. In this paper, we used different doping means to prepare the mn - doped gaas material. firstly, we incorporated mn of different dose into gaas by ion implantation, including the couple - ion implantation with mn + and c, then performed rapid thermal annealing in different temperature. furthermore, we incorporated mn into gaas using different mn sources ( pure mn and mnas ) by diffusion

    本論文利用不同摻雜方法進行了摻mngaas這種dms材料樣品的制備，首先利用離子注入法對砷化鎵（ gaas ）材料進行不同劑量的錳（ mn ~ + ）離子注入，其中包括加碳（ c ）的雙離子注入，然後在不同溫度下進行快速退火處理；此外還利用擴散法對gaas晶片進行不同mn擴散源（純mn 、及mnas ）的摻雜。
  16. Fundamental research has been carried out to use natural fibers, such as cotton, rice husk and straw, which are abundantly available and relatively cheap, to synthesize anion - exchange fibers for the removal of arsenic and fluorine from wastewater

    在我們開展的前期研究中，著眼于利用天然纖維素，如棉花、稻草殼、秸稈等來源廣泛且經濟廉價的原料，合成新型陰離子交換纖維，可望在廢水處理中對砷、氟等陰離子起到高效的交換吸附作用。
  17. Method for the determination of 12 species of impurities including copper, maganese, magnesium, vanadium, titanium in high - purity gallium used for gallium arsenide by icp spectrometry

    砷化鎵用高純鎵中銅錳鎂釩鈦等12種雜質的等離子體光譜分析法
  18. The progress in research of near infrared spectroscopic technology for rapid determination in food component and its quality controlling

    電感耦合等離子體質譜法測定鉬精礦中的砷錫磷銅鉛鈣鎢鉍
  19. Sample technique for determination of arsenic species in foods

    應用陰離子交換樹脂法進行食品中砷形態的研究
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