- 更多网络例句与分凝的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The modified polymer flocculant amylum and lignin are reviewed in detail and point out the development.
综述了淀粉和木质素两类天然高分子改性絮凝剂的研究进展，分别指出两类分散剂的研究方向，指出应充分利用这些天然高分子资源，从开发天然改性絮凝剂方面找到一条创新的道路。
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So it is expected to reduce the convection in the melt zone and improve the radial segregation in the grown crystal at the same time by the approach of non-uniform magnetic fields.
与此同时，生长界面附近比较均匀的剩余流场使得凝固时杂质浓度的径向分布也相应比较均匀，从而达到抑制对流的同时改善晶体中径向宏分凝的目的。
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And the distribution coefficient of ZrO2 in LiNbO3 is close to one.
并且在掺杂量超过阈值时，铪离子和锆离子在铌酸锂晶体中都具有接近于1的有效分凝系数。
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Three topics were discussed:(1)Mechanisms of coagulants and flocculen t,and the experimental methods of process study;(2)Development of coagulants and flocculent;(3)Researches on improvement of coagulants and flocculent efficiency, process optimization and on-line monitoring and controlling as well.
文摘：分三部分论述了90年代以来国内外混凝剂和絮凝剂研究的主要进展：1混凝、絮凝的微观机理及其行为的研究成果和实验研究手段；2混凝剂和絮凝剂的开发；3混凝和絮凝方法在废水处理中的净化效率的提高、条件优化和在线监控等。
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It was applied to analyze the structures of ashless dispersants and their derivatives. The results were obtained and correlated. The molecular weight distribution and dipersity of ashless dispersant, number of polyisobutene R and polymeric degree of R polymerism in addition agent were obtained.
以Ultrastyragel为固定相，四氢呋喃作流动相，用普适标准校正曲线及凝胶渗透色谱法对无灰分散剂及其对应衍生物的结构进行了分析测定，并将测定结果相关联，计算出了无灰分散剂的相对分子质量分布、分散度及添加剂所含聚异丁烯R基的个数及R基聚合度。
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It was indicated by the CALPHAD that the solute content at the end point of primary solidification changes synchronistically with the start point, solute content in dendritic arm and the partition coefficient increase with the solid fraction. Simple Scheil equation was shown to be able to calculate the eutectic amount on the base of partition coefficient calculated by thermodynamics, its prediction for the different solutes is self--consistent and agreeable with the CALPHAD. The eutectic amount and SDAS was measured in DC experiment and compared to model value, it was shown that the experimental data are in agreement with the model prediction.
相图计算耦合Scheil模型的计算结果显示， Al--Cu--Zn合金单相凝固结束点的溶质含量与凝固初始点的成分同步变化，溶质含量和溶质分凝系数随凝固过程的进行不断增加；在热力学计算出合金分凝系数的基础上，简单Scheil方程可以计算初生相含量，从不同溶质得到的计算结果是自洽的，并与相图计算耦合Scheil模型的预测值一致；实验测定了不同成分铝合金的共晶含量和枝晶间距，实验数据与模型结果基本一致。
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The circinal cavities were found in calcium alginate beads and the cylinder holes were observed in zinc alginate beads from the SEM,which indicated that the volume of fraction of zinc alginate polymer was relatively bigger and the zinc alginate polymer chain was more rigid than that of calcium alginate .
凝胶的SEM照片可见，海藻酸钙的冷冻干燥颗粒内为较大的圆孔，海藻酸锌凝胶内为较小的长孔，表明海藻酸锌高分子链在凝胶颗粒中的体积分率相对较大同时刚性较强；卵清蛋白从海藻酸凝胶颗粒中释放的试验结果表明，由于上述海藻酸锌凝胶的特性，导致海藻酸锌对卵清蛋白扩散阻滞作用相对较强；根据试验数据计算得卵清蛋白在海藻酸钙、海藻酸锌凝胶颗粒中的扩散系数分别为1.19×10-7、0.07×10-7cm2/s，利用阻滞模型计算得海藻酸锌高分子链在凝胶颗粒中体积分率约为海藻酸钙高分子链在凝胶颗粒中体积分率的1.7倍。
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After relations between growth speed of final ice lens and segregation temperature were analyzed, the decrease of water intake speed at high segregation temperature was pointed. For small heave induced by intermissive freezing mode of controlling frost-depth, the mechanism of using intermissive phase to increase segregation temperature of the final ice lens so as to restrain its growth was proposed.
进一步定量考察末透镜体的生长速度与分凝温度之间的关系后，指出较高的分凝温度将会导致吸水速率的降低，而控制冻深的间歇冻结模式其机理就是利用间歇阶段促使末透镜体的分凝温度升高，抑制末透镜体的生长，进而达到减小冻胀的目的。
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The water chamber takes the shape of tilting cube, in favor of uniform distribution of cooling water on tube plate surface. The tube bundle is divided into two groups of zygomorphy according to the bisection system and it has eight support clapboards. The siphonopore center of each clapboard increases a certain distance corresponding to that of two tube plates and the cooling tube takes the shape of arch. The two-way cooling water of bisection flows through the condenser in opposite direction so as to improve the distribution of heat load for tube bundle. Around the throat of condenser, the final stage low-pressure heater, air extraction tube, intake device of bypass exhaust and the like are deployed.
它的特点是：水室呈倾斜立方体形状，有利于冷却水流在管板面上均匀分布；由于采用对分制，管束相应地分为左、右对称的两组，并且管束设有八块支撑隔板，每块隔板的管孔中心相对于两端管板的管孔中心依次抬高一定的距离，以使冷却管呈拱形状；对分制的两路冷却水以相反方向流过凝汽器，从而改善管束的热负荷分布；在凝汽器喉部布置了末级低压加热器，抽汽管道及旁路排汽接受装置等。
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The simulation shows that the segregation separation of the big relicts is obvious, and that of the small relicts is little.
模拟计算显示，分凝作用是存在的，分凝作用对于大颗粒的残余体的分离作用明显，而对于小颗粒的残余体的分离作用很小。
- 更多网络解释与分凝的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Flocculation：絮凝
(6)絮凝(Flocculation)在色漆或分散体中形成附聚体的现象. (7)胶化(Gelling)涂料从液态变为不能使用的固态或半固态的现象. (8)晶析(Partial crystallization)含有松香组分的醇溶性清漆或油基清漆,在储存过程中松香等局部结晶析出的现象.
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prothrombin：凝血原
这二种相反的作用乃分别由促凝血成分及抗血凝成分所引起的,白赤尾鲐及百步蛇蛇毒精制所得的促凝血成分均具有类似凝血 作用(thrombin-like action),而自百步蛇蛇毒所分离的精制抗血凝成分乃是抑制凝血 原(prothrombin)变成凝血 的结果.
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sectionally smooth：分段光滑
sectionally continuous分段连续 | sectionally smooth分段光滑 | segregational分凝的
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segregant：分凝的
segregaion 偏析 | segregant 分凝的 | segregate 分凝
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segregational：分凝的
sectionally smooth分段光滑 | segregational分凝的 | semisectional view半剖视图
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segregative：易分离的
segregational 分凝的 | segregative 易分离的 | segregator 分类器
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unoriented：无一定取向的;无定向的
"不混溶;离析;分凝","unmixing" | "无一定取向的;无定向的","unoriented" | "红锆石","unripe ruby"
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presetting time：初凝时间
解析:按标准试验方法,采用贯入阻力仪所测得的自水泥与水接触时起至贯入阻力达到凝结规定值时所经历的时间. 根据凝结规定值的不同,分初凝时间(presetting time)和终凝时间(final setting time).
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segregated：种族隔离的; 实施种族隔离政策的 (形)
segregate 使分离, 使隔离; 分离, 分凝, 隔离 (动) | segregated 种族隔离的; 实施种族隔离政策的 (形) | segregationist 隔离主义者 (名)
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segregating unit：分离装置,分离机
"segregate ","分离,隔离,分凝,分析,偏析,孤立的,单独的" | "segregating unit ","分离装置,分离机" | "segregation ","分离,分凝,分隔,熔析,偏析,偏析区"