稀的

Using of HCl solution substituting acetate buffer as analytical solution, not only would reproducibly renew the electrode surface with an electrochemical clear procedure, but also could eliminate effect of hydrolysis of bi species. At the same time, the square wave anodic stropping method of BiFEs could be extended to analyze sample containing chloride anion, such as sea water.

以稀HCl作为分析基础溶液替代传统的乙酸缓冲溶液，不仅可采用简单的电化学清洗方法高重现性地再生活化玻碳电极表面，并且，可消除金属离子的水解反应对检测结果产生的不利影响，同时可将铋膜电极SWAV检测方法拓展至分析检测海水等含氯离子样品。

The leaching rate of Bi and Sb are up to 96%、89% respectively and silver will be enriched 10~12 times in the residue.98% of Bi in the leaching liquid can be recycled in the form of Bi2S3 by sulfating, 92% of Sb can be converted to antimony oxide powder after neutralization by diluted H2SO4 and glycerin can be recycled meanwhile.

浸出液中98%的Bi可通过硫化法以Bi2S3的形式回收，92%的Sb可加稀硫酸中和得到锑氧粉，同时可实现甘油的再生。

The volatilized ammonia in removing process had been absorbed completely by using vitriol, which could produce dilute ammonium sulfate that should be reused in washing process in V2O3 production, which could avoid secondary pollution.

采用硫酸对吹脱出的氨完全吸收，产生的硫酸铵稀溶液回用于三氧化二钒生产工艺中的洗涤工序，避免二次污染的产生。

Days, the baby can be normal infants, and has also been ranked the end of meconium, the stool will be a small guy into a brown-green, showing the granular thin soft, and then become relatively yellow droppings.

一两天后，宝宝能够正常吃奶了，而且胎粪也已经排完了，小家伙的大便就会变成棕绿色的，呈稀软的颗粒状，之后会变成比较黄的粪便。

This article introduces engineering design of the wells,track control,drilling liquid and well completion technology.

文中对欢2-平1井的工程设计、轨迹控制技术、钻井液技术、完井技术进行了介绍，施工中对出现的漏失采取了适宜的解决措施，给出了实施稀油水平井的认识和体会。

Meanwhile,the behavior of the complexation between the sulfonated SEBS ionomers and pyriding-containing random coploymers both in dilute solution and in bulk was evidenced by an abnormal increase of the viscosity and Tg .

SEBS磺酸盐离聚物与含吡啶基的无规共聚物在稀溶液和本体中能形成分子间的络合物，这从共混物溶液粘度的反常增大和本体Tg的显著增加得到了证明。

The ore of arsenopyrite is very easy to float, but hard to inhibit, the experiment creatively forward to the "Select I" in the middling re-election, and then incorporated into the final railings discharge, re-election of concentrate back to roughing of the closed-circuit process. Succeeded in separation the iron of marmites and arsenopyrite the concentrate grade obtained Zn 41.56%, recovery rate is 93.08%, comprehensive collect silver, gallium, indium and other rare metals.

毒砂可浮性很好，易浮难抑，本试验创造性地提出了精选I的中矿再选、再选尾矿并入最终尾矿排放、再选精矿返回粗选的新闭路流程，成功地实现了铁闪锌矿与毒砂的有效分离，获得了锌精矿品位41.56％、回收率93.08％的指标，同时综合回收了银、镓和铟等稀贵金属。

As to effects of 7 % Mn addition, post annealing and DMS layer thickness of Mn-doped LT-GaAs on their magnetic properties in three-layers structure LT-(Ga, MnAs /LT-GaAs/GaAs, the results show that the Curie temperature of DMS can be greatly increased by a decrease in thickness and via annealing treatment, and indicates the greatest Tc for (001) GaAs substrate orientation.

有关生长掺杂7 ﹪Mn，后退火处理和DMS厚度对的LT-As稀磁半导体，LT-(Ga， MnAs / LT-GaAs / GaAs三层结构磁性之研究。结果显示：DMS的居里温度随著膜厚度下降与退火处理，而大幅的上升，并且在GaAs(001)方向的基材具最高Tc。

Acetic acid which is corrosive organic acids in one of the strongest material ordinary steel in all of the acetic acid concentration and temperature will be of serious corrosion stainless steel is an excellent acid-resistant materials 316 stainless steel containing molybdenum can also apply dilute acetic acid in the heat and steam.

醋酸 它是有机酸中腐蚀性最强的物质之一，普通钢铁在一切浓度和温度的醋酸中都会严重腐蚀，不锈钢是优良的耐醋酸材料，含钼的316不锈钢还能适用于高温和稀醋酸蒸汽。

Acetic acid It is the most corrosive substances in organic acids, one of ordinary steel in all the acetic acid concentration and temperature will be severe corrosion, acid-resistant stainless steel is an excellent material, 316 stainless steel containing molybdenum can also apply to high temperature and dilute acetic acid vapor .

醋酸 它是有机酸中腐蚀性最强的物质之一，普通钢铁在一切浓度和温度的醋酸中都会严重腐蚀，不锈钢是优良的耐醋酸材料，含钼的316不锈钢还能适用于高温和稀醋酸蒸汽。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。