溴水

词组短语

bromine water

与溴水相关的网络例句 [注：此内容来源于网络，仅供参考]

Firstly, XRD, TEM and FT-IR were used to characterize the structure of CNTs treated by dense HC1, dense HNO_3, HNO_3, H_2SO_4-HNO_3, K_2Cr_2O_7-H_2SO_4 and bromic acid. The results showed that purification treatment had no change on the structure of CNTs. But on the top of CNTs have function group such as -OH and -COOH after H_2SO_4-HNO_3 and K_2Cr_2O_7-H_2SO_4 were treated.

采用浓HCl、浓HNO_3、H_2SO_4-HNO_3、K_2Cr_2O_7-H_2SO_4、溴水共5组物质分别对CNTs进行纯化处理；借助XRD、TEM、FT-IR等分析手段对处理前后CNTs结构及形貌进行表征，发现以上5种物质纯化处理并不会对CNTs结构造成很大影响，其中H_2SO_4-HNO_3和K_2Cr_2O_7-H_2SO_4处理效果较好，除杂的同时CNTs端口带上-OH或-COOH活性官能团。

However, the surplus residual chlorine can affect people's taste and smell, destroy the quality of water. Moreover, in the process of disinfection, chlorine can react with organic matter and produce a series of hydrochloric ether such as chloroform, bromoform, bromodichloromethane, chlorodibromomethane and so on, these matters can cause to some extent cancer to human body.

但是，水中过量的余氯会影响水的口感和气味，破坏水的品质；此外，在消毒过程中，氯与水中残余的有机物产生化学作用，生成一系列氯代烃如三氯甲烷、溴仿、溴二氯甲烷、氯二溴甲烷等，这些物质会对人体产生一定程度的致癌作用；对于以自然水源作为生活用水来源的城市必然要对水加氯消毒后才可使用。

The results showed that the different mass concentration of HPAM's absorbance decreases slightly when the PH value of the buffer solution is 5.0, but its reproducibility is better;In order to make the absorbance become more stable, the reaction time was identified adding proper quantities of bromine water, sodium formate and starch-cadmium iodide reagent to the solution separately; the mass concentration curve of the HPAM was draw, by means of the straight degree of the curves, the coincidence degree of the straight line about the concentration of every sampling point and so on , it shows that the mixer has good mixed effect compared with the standard curve.

如下是一些主要问题：1）文章的行文格式。文章没有按照一般科技论文的表述方式，如1是引言，2是常用方法，其实这都应该是第一部分引言里应该介绍的，引言中应扼要介绍文章的研究背景、目的，意义，采用的主要方法等。还有3是实验装置，4是实验步骤，应该这些都是第二部分，试验材料与方法。2）文章的内容。文章应主要介绍本研究的具体内容，但是本文没有，如3 实验装置部分，这个721分光光度计的原理与论文内容联系不大，根本没必要介绍，标准曲线的研究应该放在最前面等。3）文章的表述不清。如HPAM是何物，文章一直没有介绍，什么曲线的直线度、浓度与直线的重合度、什么加入溴水后的时间，应该是反应时间，总之表述不清！ 4）文章的图表。图标绘制的很难看。如图2，应该纵坐标起始点从0.25开始，这样图形就会美观很多，图3又没有纵坐标标注，还多了一个纵坐标等。5）文章的结论。文章的结论中有些严格来说不是结论，而是实验中的现象与操作注意事项。

During the reaction,the bromide component has been converted to catalytically inactive benzylic bromide.In pure acetic acid medium,the "catalyst failure" occurs owing to the formation of benzylic bromide while in acetic acid-water medium,the solvolysis of benzylic bromide by water maintains the catalytic activity to some extent.

反应过程中溴组分会转变为无活性的苄溴，在纯醋酸溶剂中，催化剂会因苄溴的形成而发生催化剂失活现象；在醋酸-水混合溶剂中，由于水对苄溴的溶剂化作用会使苄溴还原为溴离子，一定程度上保持了催化剂活性；并且在一定范围内，含水量的提高有益于生成醛选择性的提高，研究表明，将混合溶剂的初始含水量控制在5-10wt。

This paper made a kind of with Xiu water forecast l aw determine high density volatilize phenol dilute multiple, have offer de a kind of scientific accurate operating analysis method for being in height of density sample, simplefast, can ensure high density volati lize successfulness and the reliability of phenol sample analysis, have great application and extending valu

提出一种以溴水预测法确定高浓度挥发酚稀释倍数，为高浓度水样提供了一种科学准确的操作分析方法。

When having teacher and student, with the phenomenon with bromine water vitriolic and ferrous oxidation very bright

在进行教学时，用溴水氧化硫酸亚铁的现象很明

Also, the type of dispersion of four gasliquid-liquid systems: air-decane-aqueous solution of sodium sulfite and surfactant, airmixture of decane and dodecene-aqueous solution of rhodium complex, ligand, and surfactant, air-mixture of decane, dodecene and tridecyl aldehyde-aqueous solution of rhodium complex, ligand and surfactant, and air-mixture of decane and dodeceneaqueous solution of trisodium salt of tri (m-sulfophenyl) phosphine, and surfactant is determined by electric conductivity.

本文采用电导率测量的方法实验研究了空气—正癸烷—亚硫酸钠和十六烷基三甲基溴化铵水溶液、空气—正癸烷和1-十二碳烯混合物—铑膦络合物催化剂和十六烷基三甲基溴化铵水溶液、空气—正癸烷、1-十二碳烯和十三醛混合物—铑膦络合物催化剂和十六烷基三甲基溴化铵水溶液、空气—正癸烷和1-十二碳烯混合物—三间磺化苯基膦三钠盐和十六烷基三甲基溴化铵水溶液四个三相体系的液液分散特性。当有机相与水相体积比分别为7／3、1／1和3／7时，前三个体系均形成水包油型分散，并有稳定的乳状液生成。

In raising test tube, amid adds person bromine water, oscillation, what phenomenon does observation have to happen?

在其中一支试管中加人溴水，振荡，观察有什么现象发生？

Methods IO(superscript - subscript 3) was prepared by quantitative oxidation of bromine water, with the excessive bromine removed with formic acid. In the presence of excessive iodide, I(superscript -) would be oxidized by I(superscript - subscript 3) to form 3 times of I(superscript - subscript 3) in mol, displaying maximal absorption at 286nm in ultraviolet zone and a slightly low apex at 345nm.ε286=1.3×10^5 Lmol^(-1)cm^(-1),ε345=8.1×10^4 Lmol^(-1)cm^(-1), with both showing high sensitivity.

利用溴水定量氧化I生成IO(上标-下标 3)，再用甲酸除去过量的溴，IO(上标-下标 3)在过量碘化物存在下氧化I产生3倍摩尔量的I(上标-下标 3)，在紫外光区的286nm具有最大吸收，并在345nm处另有一略低的吸收峰，ε286=1.3×10^5 Lmol^(-1)cm^(-1)，ε345=8.1×10^4 Lmol^(-1)cm^(-1)，均具有很高的灵敏度。

Methods Thallium was oxidized to thallium by bromine water and the thallium was complexed to [TlCl4](superscript -) in 20mL/100mL HCl and absorbed by polyurethane foam. The adsorbed thallium was eluted by a boiling Water bath and determined by platform-GFAAS.

以溴水将水样中的Tl氧化为Tl，在20mL/100mL的盐酸中Tl转化成[TlCl4]并为聚氨酯泡沫吸附，吸附的[TlCl4]经沸水浴洗脱后以平台石墨炉原子吸收法测定。

与溴水相关的网络解释 [注：此内容来源于网络，仅供参考]

bromal hydrate：溴醛合水 水合三溴乙醛

bromacyl chloride | 溴代酰氯 | bromal hydrate | 溴醛合水 水合三溴乙醛 | bromal | 三溴乙醇, 溴醇

bromine water：溴水

溴化钠 sodium bromide | 溴水 bromine water | 溴水 bromine water

anhydrous caffeine：无水咖啡因

anhydrous barium hydroxide 无水氢氧化钡 | anhydrous caffeine 无水咖啡因 | anhydrous calcium bromide 无水溴化钙

waters of forgetfulness：忘川(俗传阴间有条河, 饮其水则忘掉生前的一切); 忘记; 死

water of life 生命之水, 灵魂的振奋剂; 酒 | waters of forgetfulness 忘川(俗传阴间有条河, 饮其水则忘掉生前的一切); 忘记; 死 | bromine water 溴水

bromophenol blue：溴酚蓝

1%溴酚蓝(bromophenol blue) 加1g水溶性钠型溴酚蓝于100ml水中,搅拌或涡旋混合直到完全溶解. 10mg/ml的溴化乙锭(ethidium bromide) 小心称取1g溴化乙锭,转移到广口瓶中,加100ml水,用磁力搅拌器搅拌直到完全溶解. 用铝箔包裹装液管,于4℃贮存.

Glucase Peptone Water Medium：溴甲酚紫葡萄糖蛋白胨水培养基

改良磷酸盐缓冲液PSB Phosphate Saline Buffer,Modified | 溴甲酚紫葡萄糖蛋白胨水培养基 Glucase Peptone Water Medium | 改良番茄汁培养基 Tomato Juice Agar,Modified

hydrobromide：氢溴化物

hydrobromicacidneutralizationtest 氢溴酸中和试验 | hydrobromide 氢溴化物 | hydrobrusher 水刷洗机

Dibromo-ortho-cresol sulphonphthalein：溴水油紫(磺酰苯甲酰双溴甲酚)

淀粉酵素 Diastase | 溴水油紫(磺酰苯甲酰双溴甲酚) Dibromo-ortho-cresol sulphonphthalein | 二氯甲苯磺酰胺 Dichloramine-T

bromides：溴化物

在第一次加臭氧时,溴化物(bromides)与臭氧反应转化成溴酸盐bromate (BrO3-),在二次加臭氧后装瓶留在水中. 装瓶前第二次加臭氧是为了保证瓶装水中有一定臭氧残留,可同时对水和瓶盖消毒,这在装瓶工序中非常关键.

Zinc Bromide Anhydrous：无水溴化锌

无水溴化铝 ALUMINIUM BROMIDE ANHYDROUS | 无水溴化锌 Zinc Bromide Anhydrous | 无味氯霉素 CHLORAMPHENICOL PALMITATE