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   无机粉体 在 无机化工 分类中 的翻译结果: 查询用时:0.589秒
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无机粉体
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  inorganic powder
    Progress of electroless nickel plating on inorganic powder
    无机粉体化学镀镍的研究进展
短句来源
    Development of Sonochemical Method in Preparation Inorganic Powder
    超声波化学法制备无机粉体的研究进展
短句来源
    Ultra-fine ground calcium carbonate is an inorganic powder, which is inexpensive, easily obtained and widely used.
    超细重质碳酸钙是一种廉价易得、应用广泛的无机粉体
短句来源
    This paper discribed the imPOrtance and necessary of inorganic powder sur-face-treatment, and mainy rePOrtbd the caracteristics of various ways of surface-treatment,the application field and some examples.
    概述了无机粉体表面处理的重要性和必要性,详细论证了各种表面处理剂和处理方法的特.或以及应用范围和具体实例。
短句来源
    2) to enlarge the application range of inorganic powder in plastics and accelerate the industrialization process of inorganic powder modifying environmentally-friendly materials;
    (2)进一步筛选扩展无机粉体,加快无机粉体改性塑料环境材料的产业化进程;
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  inorganic powders
    Surface Modification Technique for Inorganic Powders
    无机粉体的表面改性技术
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  “无机粉体”译为未确定词的双语例句
    The article takes a glance on some new product development reported in the past year, covering additives used for PP fibers/non-wovens, additives for PET, PVC, FR combined with light stability, UV filters, nano fillers etc.
    简述了在新产品方面的最新发展,包括PP纤维及无纺材料专用添加剂、PET及工程塑料用添加剂、PVC用添加剂、耐候性阻燃体系、紫外线阻隔剂、纳米无机粉体等产品。
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  inorganic powder
Methods for the direct solid sample trace element determination in complex composed inorganic powder samples, e.g.
      
Cd, Cr, Cu, Ni, Pb, and Zn have been determined in complex inorganic powder samples, e.g.
      
  inorganic powders
Production and properties of ultrafine inorganic powders in an electric arc plasma
      
The article generalizes the results of investigations carried out by the present author in the field of plasmochemical production of ultrafine inorganic powders under conditions of electric arc low-temperature plasma.
      
Specific surface area studies of shock-modified inorganic powders
      
Modification of inorganic powders with high-pressure shock-wave loading is of interest for shock-activated sintering, material synthesis, shock-enhanced catalytic activity, dynamic compaction, and shock-enhanced solid-state reactivity.
      
Size Reduction and Recrystallization of Inorganic Powders
      
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This paper discribed the imPOrtance and necessary of inorganic powder sur-face-treatment, and mainy rePOrtbd the caracteristics of various ways of surface-treatment,the application field and some examples.

概述了无机粉体表面处理的重要性和必要性,详细论证了各种表面处理剂和处理方法的特.或以及应用范围和具体实例。

Based on the cyclone dust collector, a new superfine powder air classifier is designed and investigated for classifying inorganic powder. The new classifier can classify simultaneously the powder feed into three parts: coarse, fine and superfine. In order to increase the amount of yield of the superfine powder, certain quantity of secondary air is inducted into the bottom of the collector for picking up the superfine particles adhered to the coarse ones. The yield of the superfine powder is influenced by the...

Based on the cyclone dust collector, a new superfine powder air classifier is designed and investigated for classifying inorganic powder. The new classifier can classify simultaneously the powder feed into three parts: coarse, fine and superfine. In order to increase the amount of yield of the superfine powder, certain quantity of secondary air is inducted into the bottom of the collector for picking up the superfine particles adhered to the coarse ones. The yield of the superfine powder is influenced by the primary air flow and the secondary air flow, and increases rapidly along with the enhancement of the secondary air flow. When the aluminum hydroxide powder (the size distribution 0-10um, d50 =2.15um) and two kinds of heavy calcium carbonate powders (the size distribution 0-40um, d50 =3.62um, and 0-55um, d50 =15.9um ) are used as the feeds, the superfine power products, with d50 = 0.71um, 0.66um and 0.92um, can be obtained respectively, and the sizes of superfine particles can be controlled within ±5um. The classifier is simple, easily managed and maintained.

本文基于旋风分级收尘器设计研究了新型超细粉末干法分级设备,主要用于无机粉体材料微细粉的分级,该分级器可同时获得粗、细、微三种不同粒度的产品。该设备在旋风分级器下部引入一定量的二次风,淘洗夹带在粗颗粒中的微粉,从而提高微粉的提取率。试验结果表明:一、二次风量对微粉的提取率有较大影响,提高二次风量可显著提高其提取率。对于中位径d50为 2.15um,粒度组成为 0~10um的Al(OH)3,以及 d50为 3.62um和15.9um,粒度组成为 0~40um和0~55um的二种重质碳酸钙,其分级后微粉产品中位径d50分别为0.71um、0.66um和0.92um,微粉粒度可控制在小于5um范围。设备简单、易于操作。

The experimental technique for surface modification of inorganic powders by the wet method and evaluationof their effect from the contact angle measurements was provided. The relations between the contact angle and the added amount of silane coupling agent were obtained, and the effect of surface modification was evaluated based on them. This experimental technique is useful to the scientific research and exploitaiton of the surface modification for powders, and it also can be devised for the novel basic experiment...

The experimental technique for surface modification of inorganic powders by the wet method and evaluationof their effect from the contact angle measurements was provided. The relations between the contact angle and the added amount of silane coupling agent were obtained, and the effect of surface modification was evaluated based on them. This experimental technique is useful to the scientific research and exploitaiton of the surface modification for powders, and it also can be devised for the novel basic experiment and comprehensive experiment of physical chemistry and material chemistry.

介绍无机粉体的偶联剂湿法表面改性及应用接触角测量评价表面改性效果的实验技术,获得了样品接触角与偶联剂用量的对应关系,并以此判定样品的表面改性的效果。该实验技术可用于粉体表面改性的科研开发,还可进一步设计成物理化学、材料化学教学的基础实验和综合性实验。

 
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