The method, now known as Golgi staining or Golgi impregnation, involves hardening of tissue in potassium bichromate and ammonia, followed by immersion in a silver nitrate solution.
这种现在被命名为高尔基染色法或者“高尔基浸渍法”的方法，包括在重铬酸钾和氨水中浸渍，使组织变硬，接着浸泡在硝酸银溶液中。
The process and mechanism of vacuum chemical impregnation were studied.
对烧结式镍基板的真空化学浸渍过程及机理进行了研究。
Use the centrifuge or drip station to reclaim excess sealant after impregnation.
浸渍后，使用离心机或滴落台回收多余密封剂。
The impregnation of resin for fiber reinforcement process is a very important phase in RTM.
RTM成型过程中，树脂对纤维增强体的充分浸润是非常重要的一环。
At present, the vacuum pressure impregnation technology is a new process in electrical trade.
真空压力浸渍是电工行业中目前应用的新技术、新工艺。
Objective: To show degenerated fibers in nerve tissues culture by silver impregnation method.
目的：以银浸染法显示神经组织培养中的变性纤维。
Objective To improve the silver impregnation method used in the study of neuroendocrine cells.
目的探讨用以研究神经内分泌细胞的浸银染色方法。
These reduction behaviors were dependent on the loading amounts of MnOx and impregnation procedure.
这些还原行为主要取决于锰的负载量和浸渍顺序。
The impregnation increment of epoxy resin for carbonized bamboo board with conventional impregnation is low.
采用常规浸渍的方法，炭化竹板的环氧树脂浸渍量低。
The result shows that the impregnation properties of the fiber are greatly improved when the contact Angle reduces.
接触角的变小，说明纤维的浸润性能得到明显的改善。
Incipient wetness impregnation is especially significant for noble metal load for its high efficiency and low cost.
由于浸渍法具有利用率高、用量少、成本低等优点，所以对贵金属负载特别有意义。
In this paper, the technology of carbon fiber reinforced PEEK prepreg produced by melt impregnation is investigated.
初步探索了熔融浸渍法制备碳纤维增强PEEK预浸带的制备工艺。
Three chief methods of impregnation and the characteristic of three impregnation agents and their effects are introduced.
介绍了三种主要的浸渗方法和三种浸渗剂的特性以及这项技术的使用效果。
The impregnation rate and reverse diffusion rate of impregnants in preparation of electrodes were analyzed and discussed.
对浸渍过程中浸渍剂沥青的浸入率和反渗率进行了分析与探讨。
The impregnation temperature and time, the concentration of modifying agent and the pressure of operation were determined.
确定了木材改性处理的浸渍温度、浸渍时间、改性剂浓度和操作压力等工艺参数；
The WPG was influenced significantly by impregnation time, pressure, vacuum-time and the interaction of time and pressure.
浸注时间、浸注压力、抽真空时间以及浸注时间与浸注压力的交互作用的影响都极显著。
For the method of dry impregnation, an imbibition-adsorption model is proposed and its numerical solution has been obtained.
建立了制备载体催化剂干法浸渍步骤的过程模型，给出了该模型的数值解法，并用实验对模型加以检验。
It increased effectively the impregnation, stiffness of glass fiber, so as to meet the requirements of new technique of FRP.
该成膜剂有效提高玻纤的浸润性、硬挺性，以适应FRP新工艺对玻纤的要求。
For the moment in the world the technology of casting impregnation is one of good methods for solving the leaking of casting.
铸件浸渗技术是目前世界上解决铸件渗漏问题的最有效的方法之一。
The influences of temperature, pressure and soaking time for impregnation on the efficiency of impregnation were investigated.
考察了浸渍温度、浸渍压力、浸渍时间等因素对浸渍效果的影响；
Ores have columnar crystalloblastic fabric, lepidoblastic texture, inclusion texture, impregnation structure and block texture.
矿石具柱粒状变晶结构、鳞片变晶结构、包含结构，浸染状构造、块状构造。
The activation of terres rares in aluminum impregnation changing with temperature, and the effect on seeping depth are discussed.
对渗铝中稀土的活化作用随温度的变化及对渗层深度的影响等进行了探讨。
A part has many voids that can be impregnated. One method is to use an oil bath. Another method uses vacuum first, then impregnation.
零件有许多可供填充的空间。一种方法是采用油浴。另一种方法是先抽真空然后再充满。
Hygroscopic treatment with TF-620 is carried out combined with dyes in one bath, or impregnation or padding following dyeing process.
采用吸湿排汗整理剂TF-620对涤纶进行亲水性处理。 TF-620处理可采用与染色同浴、染后浸渍和染后浸轧法三种不同工艺。
The method of encapsulation included flexible ligand route, template synthesis route, molecular impregnation route and zeolite route.
固载方法有柔性配体法、模板合成法、分子渗透法及沸石合成法。
Widely used in food, textile, medicine, chemical industry, vacuum evaporation, concentration, impregnation, drying and other processes.
广泛用于食品、纺织、医药、化工等行业的真空蒸发、浓缩、浸渍、干燥等工艺过程中。
The effects of component impregnation sequence on catalytic performance and product distribution for Fischer-Tropsch synthesis are studied.
采用浸渍法制备钴基催化剂，考察了催化剂组分浸渍次序对其F-T合成反应性能和产物分布的影响。
Widely used in food, textile, pharmaceutical and chemical industries vacuum evaporation, condensation and impregnation, drying in the process.
广泛用于食品、纺织、医药、化工等行业的真空蒸发、浓缩、浸渍、干燥等工艺过程中。
Solution impregnation route is effective in making use of resin with high viscosity to produce high performance composites through RTM process.
考虑到溶液浸润方法是利用高粘度树脂通过RTM工艺制造高性能树脂基复合材料的有效手段。
Solution impregnation route is effective in making use of resin with high viscosity to produce high performance composites through RTM process.
考虑到溶液浸润方法是利用高粘度树脂通过RTM工艺制造高性能树脂基复合材料的有效手段。
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