砷酸鐵 的英文怎麼說

中文拼音 [shēnsuāntiě]
砷酸鐵 英文
ferric arsenate
  • : 名詞[化學] (非金屬元素) arsenic (as)
  • : 酸構詞成分。
  • : Ⅰ名詞1 (金屬元素) iron (fe) 2 (指刀槍等) arms; weapon 3 (姓氏) a surname Ⅱ形容詞1 (形容...
  1. 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時的性氧化條件下,土壤中低聚合羥基?蒙脫石復合體的形成、物化性特徵及其吸附根陰離子的行為。
  2. Methods for chemical analysis of ferrotitanium - the persulfate - arsenite volumetric method for the determination of manganese content

    化學分析方法過硫鹽-亞鹽容量法測定錳量
  3. The arsenate is usually formed in oxidation zones in contact with the atmosphere and free oxygen, and arsenic will precipitate with ferric hydroxide.

    在與大氣和游離氧接觸的氧化帶中,常形成鹽,而且與氫氧化一起沉澱。
  4. Methods for chemical analysis of iron, steel and alloy. the hypophosphite reduction - iodimetric method for the determination of arsenic content

    及合金化學分析方法次磷鈉還原-碘量法測定
  5. Chemical analysis methods for acid slay of cupola. determination of manganous oxide by volumetric method using sodium arsenite - sodium nitrite

    鑄造化性爐渣化學分析方法.亞鈉-亞硝鈉容量法測定一氧化錳量
  6. Abstract : this paper discusses the reaction mechanism of neutralizin g iron salt process for treating high - arsenic contaminated acid and sums up the application of this process in the commercial operation over the years

    文摘:論述了中和鹽法處理高的反應機理,對該法幾年來在實際生產中的應用進行了總結。
  7. 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、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?蒙脫石復合體、蒙脫石原樣及水合氧化吸附根離子的對比實驗;並用正交實驗方法,進一步研究了上述因素對復合體吸附能力的相對影響程度。
  8. 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,蒙脫石復合體對根離子的吸附能力雖然略弱於水合氧化,但卻明顯強于原鈣蒙脫石;吸附時間和初始濃度是影響復合體吸附量的主要因素;對于陳放時間不同的復合體來說,隨著復合體中含量的增加,其對的吸附率及吸附容量均增大。
  9. Methods for chemical analysis of iron, steel and alloy - the sodium arsenite - sodium nitrite titrimetric method for the determination of manganese content

    及合金化學分析方法亞鈉-亞硝鈉滴定法測定錳量
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