水淬

The present invention relates to a process for rapid solution synthesis of a peptide, the process comprising repetitive cycles of steps-: a coupling step, using an excess of an activated carboxylic component to acylate an amino component, a quenching step in which a scavenger is used to remove residual activated carboxylic functions, wherein the scavenger may also be used for deprotection of the growing peptide, one or more aqueous extractions and optionally, a separate deprotection step, followed by one or more aqueous extractions, characterised in that the process comprises at least one step, referred to as step, in which an amine or a thiol comprising a free anion or a latent anion is used as a scavenger of residual activated carboxylic functions.

本发明涉及快速溶液合成肽的方法，该方法包括步骤-的重复循环：偶联步骤，使用过量的活化羧基成分酰化氨基成分，淬灭步骤，在该步骤中使用清除剂除去残余的活化羧基官能团，其中该清除剂还可以用于使生长中的肽去保护，一或多个水抽提和任选地，独立的去保护步骤，之后进行一或多次水抽提，其特征在于该方法包括至少一个步骤，称作步骤，在该步骤中包含自由阴离子或潜阴离子的胺或硫醇用作残余活化羧基官能团的清除剂。

The Cardo structure could increase the solubility and thermal stability of the resultant polyimide.

通过在聚酰亚胺的主链中引入庞大侧基（9，9-二苯基芴）形成轴状聚酰亚胺，同时提高聚酰亚胺的溶解性和热稳定性；庞大的侧基又能阻止链的堆砌，避免生色团荧光链间淬灭；通过加入第二种二酐单体合成三元缩聚型聚酰亚胺，调控荧光性二酐在聚酰亚胺中的含量，降低生色团在聚酰亚胺中的浓度，来避免生色团荧光浓度淬灭，增加聚酰亚胺的固态荧光量子效率；通过使用热稳定性好的稠环生色团苝和吖啶来避免共轭类生色团（如含双键或三键的生色团）在高温下热交联及氧和水的破坏。

The preparation technological conditions and regeneration method of a novel granulated adsorbing material of water-quenched slag and rectorite and the use of it to remove heavy metals from copper smelter industrial wastewater have been studied.

研究了水淬渣-累托石颗粒吸附材料制备工艺条件、再生方法及其去除铜冶炼工业废水中重金属的条件。

We can use blast furnace slag, light burnt magnesia, alkali— sodium silicate, potassium hydroxide for preparing a new inorganic compound cementitious material under laboratorial study.

采用水淬高炉矿渣、烧氧化镁、—水玻璃、氧化钾等材料在实验室条件下能够制备得到一种新型无机复合胶凝材料。

We can use blast furnace slag,light burnt magnesia,alkali—sodium silicate,potassium hydroxide for preparing a new inorganic compound cementitious material under laboratorial study.

采用水淬高炉矿渣、轻烧氧化镁、碱—水玻璃、氢氧化钾等材料在实验室条件下能够制备得到一种新型无机复合胶凝材料。

CBS glass was prepared by water-quenched method and the CBS glass -ceramic prepared by traditiona1 process-liquid phase synthesis.

采用水淬法制备 CBS玻璃，并使用液相参与的烧结机制制备了钙硅硼玻璃陶瓷。

But the influences of homogenization on the open circuit potential, operating potential and dissolving behaviour are unobvious. The anode current efficiency of water-quenched samples is biggest.

结果表明： 510 ℃， 10 h的均匀化处理使晶界偏析减少，抑制析氢自腐蚀和晶粒脱落，提高电流效率，但对阳极开路电位、工作电位及溶解行为的影响并不明显，且水淬处理试样的电流效率最高。

However, the flexural strength of UHPC decreases a little as fly ash from incinerator or water-quenched slag from plasma for part replacement of quartz powder increases.

在制作添加10%或15%水淬熔岩或垃圾焚化飞灰之UHPC水沟盖其载重强度均可达到10公吨要求，但水沟盖表面因添加垃圾焚化飞灰而呈现腐蚀现象。

Fly ash from incinerator and water-quenched slag from plasma for part replacement of cement or quartz powder was used as ultra-high performance concrete which might be manufacturing UHPC ditch cover being under discussion.

近年来因经济与工商业的迅速发展，同时衍生出许多问题，一方面是钢铁需求量逐年增加，其钢铁价格不断向上攀升，使得道路上的水沟盖也不断地遭偷窃；另一方面为废弃物处理的问题，预估每年平均会产生200万吨的一般垃圾，其垃圾大部分均使用焚化炉来处理，但经焚化炉处理后仍有许多的焚化灰渣需要掩埋，所以本研究针对以上两大问题，探讨以超高性能混凝土添加水淬熔岩或垃圾焚化飞灰来取代超高性能混凝土中之水泥或石英粉，并制作水沟盖进行相关研究。

According to EPA regulations, bottom ash and fly ash produced from MSW incinerators should be properly treated before disposal. Reclamation of incinerated ash by plasma high temperature molten technology is available method to recycle the MSW ashes. Water-quenched slag from plasma vitrification of ash residues was used as eco-cement in this study.

都市垃圾焚化炉之灰渣电浆熔融资源化处理技术可为有效解决与资源化再利用焚化灰的方法，本研究针对灰渣电浆熔融处理产生之水淬熔岩拥有玻璃化的特性，探讨其成为生态环保水泥之可行性。

However, as the name（read－only memory）implies, CD disks cannot be written onorchanged in any way.

然而，正如其名字所指出的那样，CD盘不能写，也不能用任何方式改变其内容。

Galvanizes steel pallet is mainly export which suits standard packing of European Union, the North America. galvanizes steel pallet is suitable to heavy rack. Pallet surface can design plate type, corrugated and the gap form, satisfies the different requirements.

镀锌钢托盘多用于出口，替代木托盘，免薰蒸，符合欧盟、北美各国对出口货物包装材料的法令要求；喷涂钢托盘适用于重载上货架之用，托盘表面根据需要制作成平板状、波纹状及间隔形式，满足不同的使用要求。