酸可提取相,acid-leachable
1)acid-leachable酸可提取相
英文短句/例句

1.DISTRIBUTION OF ACID-LEACHABLE HEAVY METALS IN INTERTIDAL SEDIMENTS FROM QUANZHOU BAY泉州湾潮间带表层沉积物中酸可提取相重金属
2.Relating to or derived from butyric acid.丁酸的与丁酸相关的或从其中提取的
3.Study on extraction of sodium fluoroactatae by SPE固相萃取法提取氟乙酸钠的实验研究
4.Studies on the Chemical Constituents of Ethyl Acetate Extract from the Roots of Actinidia chrysantha金花猕猴桃根乙酸乙酯提取相化学成分研究
5.CONCLUSION: The inhibition of extract from mulberry leaves on tyrosinase activity is similar to that of kojic acid.结论:桑叶提取物对酪氨酸酶活性起到了与曲酸相似的抑制作用。
6.EFFECTS OF NITRIC ACID TREATMENT ON CONTENT AND ADSORPTION CHARACTERISTICS OF EXTRACTABLE HUMIC ACID IN BROWN COAL硝酸处理对褐煤中可提取性腐殖酸含量及其吸附特性的影响
7.These amine substituted acid may polymenze in an analogous manner to unsubst ituted oxo-anions.这些氨取代酸可以与未取代的氧络阴离子相类似方式聚合。
8.Just as in vapor-phase removal, the first step in liquid-phase removal is to orient the package to gain access to the liquid phase.正象在气相提取中那样,液相提取的第一步是调整钢瓶的方位,使可以接触产品的液相。
9.Method: Protein in serum sample was precipitaed with saturated ammonium sulfate and then extracted by methanol, pseudoephedrine salicylate was measured by RP- HPLC.方法:血清样品分别用硫酸铵沉淀蛋白,甲醇提取,用反相高效液相色谱法测定伪麻黄碱水杨酸盐。
10.Results By GC-TOFMS, the ferulic acid was successfully isolated from the extracts of RPC in a relative content of 5%.结果阿魏酸在芦根提取物中的相对质量分数为5%。
11.Correlation between the Neuroprotective Effect of EGb761 Against Glutamate-induced Excitotoxicity and the Snk-SPAR Pathway;银杏叶提取物EGb761抗谷氨酸兴奋毒性作用与Snk-SPAR途径的相关性研究
12.A Study on Solar Pan and Its Related Technologies for Extracting Lithium Carborlate (Li2co3) from Brine of Zabuye Saline Lake,Tibet;西藏扎布耶盐湖碳酸锂提取盐田工艺及其相关技术研究
13.Synthesis of Fe_3O_4/silica Composite Nanoparticles with Different Morphologies and Investigation of the Mechanism of Nucleic Acid Extraction by Fe_3O_4/silica Composite Nanoparticles;硅磁微球表面结构调控以及应用于核酸分子提取的相互作用研究
14.Studies on the Ion-Exchange Kinetics Characteristic Correlating with the 200 T/A Mid-Experiment of Extracting Potassium Nitrate from Seawater;海水提取硝酸钾200吨/年中试相关离子交换动力学特性研究
15.Purification and Characterization of a Polygalacturonase Related to Abscission from Tomato Pedicel;番茄花柄脱落相关酶—多聚半乳糖醛酸酶的提取纯化及其性质研究
16.The Study of Extract、Derivatization and GC Analysis of Fatty Acids from Mushrooms;蘑菇中脂肪酸提取衍生化方法研究与气相色谱法测定
17.Allelopathic and antifungal activity of ethyl acetate extract isolated from Celosia argenteas Linn.roots青葙根乙酸乙酯相提取物化感活性及抑菌活性的研究
18.Determination of Oleanolic Acid in Root Bark of Aralia and its Extracts by HPLC高效液相色谱法测定楤木及其提取物中齐墩果酸的含量
相关短句/例句

acid abstractive phase酸提取相
1.In this paper the distributive characteristics and existing forms of the heavy metals (Pb,Cu,Zn,Cr,Fe,Mn,Li,K) in the acid abstractive phase from the sediment in Zhifu Bay were disscussed.讨论了芝罘湾沉积物酸提取相中Pb、Cu、Zn、Cr、Fe、Mn、Li、K的分布特征,及其在环境中的赋存形式,并与其它海区资料相比,得出该湾沉积物已受到重金属污染的结论。
3)Acid extractable酸可提取态
4)hydrochloric acid extractable metal盐酸可提取态
1.Spatial variability characteristics of soil hydrochloric acid extractable metals(Cd, Cr, Cu, Ni, Hg, Pb, Zn and Co) in the topsoil(0~20 cm) from Kunshan City, the typical region of Yangtze River delta, were analyzed by geostatistical method, and the spatial distribution and its pollution source and cause of heavy metals were discussed.以江苏昆山市为典型区,对长三角地区土壤盐酸可提取态重金属含量的结构特征进行分析,得出该区盐酸可提取态重金属的空间分布格局并揭示了引起这种分布格局的成因和污染来源,结果表明:昆山市盐酸可提取态Cd、Cr、Cu、Pb、Zn、Hg属强变异,Ni和Co为中等变异。
5)extractability可提取性
6)extractable[英][iks'tr?kt?bl][美][?k'str?kt?bl?]可提取态
1.In addition, the study explored the relationship between total and extractable concentrations of heavy metals in soil and concentrations in grain.无论是测定的土壤重金属全量,还是测定的土壤重金属的可提取态含量,都与小麦籽粒的重金属含量无显著的相关性。
延伸阅读

二相──悉达太子二相【二相──悉达太子二相】  ﹝出佛本行集经﹞  梵语悉达,华言顿吉,即佛幼时之名也。二相者,谓佛初生时,净饭王令相师占之。相师云:太子相好,具有轮王及成佛之相也。  [一、轮王相],轮王相者,谓转轮圣王,亦具三十二相也。相师言:太子具足是相,若其在家,当作转轮圣王,王四天下也。(三十二相者,足安平相、千辐轮相、手指纤长相、手足柔软相、手足缦网相、足跟满足相、足趺高妙相、腨如鹿王相、手过膝相、马阴藏相、身纵广相、毛孔生青色相、身毛上靡相、身金色相、身光面各一丈相、皮肤细滑相、七处平满相、两腋满相、身如师子相、身端直相、肩圆满相、四十齿相、齿白齐密相、四牙白净相、颊车如师子相、咽中津液得上味相、广长舌相、梵音深远相、眼色如金精相、眼睫如牛王相、眉间白毫相、顶肉髻成相也。四天下,即四洲,东弗于逮、南阎浮提、西瞿耶尼、北郁单越也。)  [二、成佛相],成佛相者,佛具三十二相。相师言:太子具足是相,若舍王位,出家求道,必得成佛,名遍十方,化导一切也。