The soils have a rusty red tint. aluminium powder red iron oxide polyester anti-rust paint 那里的土壤呈锈红色。铝粉铁红聚酯防锈漆
Aluminium powder red iron oxide polyester anti-rust paint PAFC PAC and comparative study of the effect of water purification 铝粉铁红聚酯防锈漆聚合氯化铝和聚合氯化铝铁净水效果对比研究
Chemical analysis of aluminium powder& The gravimetric method for determination of moisture GB/T3169.3-1982铝粉化学分析方法重量法测定水分
Chemical analysis of aluminium powder& The gasometric method for determination of active aluminium GB/T3169.1-1982铝粉化学分析方法气体容量法测定活性铝
DANGER: Never heat an aluminum cylinder with electrical resistance elements. Only cylinders made of steel should be electrically heated. Aluminum cylinders can be severely damaged by excessive temperature exposure. Determination of coating surface of aluminium powder on water 危险:禁止用电阻元件加热铝瓶。只有钢制容器才能用电加热。暴露于过高的温度会严重损坏铝瓶。GB/T3173-1982铝粉盖水面积的测定
Determination of apparent density of aluminium powder& Funnel method GB/T3171.1-1982铝粉松装密度的测定漏斗法
Aluminium powder red iron oxide polyester anti-rust paint 氧化作用会使钢铁生锈。铝粉铁红聚酯防锈漆
Determination of coating surface of aluminium powder on water 氧化物阶梯的铝覆盖GB/T3173-1982铝粉盖水面积的测定
Alternatively, a reflective type of adhesive containing aluminium powder may be used. 此外,也可采用含有铝粉的反射型粘接剂。
The actions of the additives that to be used in grinding aluminium powder from theory and practice are researched. 从理论和实践两方面,对磨制铝粉工艺中添加剂的作用进行探讨。
Determination of particle size of aluminium powder& Mechanical vibration sieve method GB/T3170.1-1982铝粉粒度的测定机械振动筛分法
Determination of apparent density of aluminium powder& Volumeter method GB/T3171.2-1982铝粉松装密度的测定容量计法
The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot, potassium hexafluorotitanate, aluminium powder, hexachloroethane and carbon powder. 提出了利用铝锭、氟钛酸钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。
Determination of adhesion ratio of aluminium powder& Steel plate method GB/T3172-1982铝粉附着率的测定钢片试验法
Determination of coating surface of aluminium powder on water The ground was covered with snow. GB/T3173-1982铝粉盖水面积的测定地面上覆盖着一层积雪。
PVD process is an important method to manufacture nano flake aluminium powder in nowadays. PVD法是目前制备纳米片状铝粉的主要方法。
Aluminium Powder Defect Analysis on the Surface of Aluminium Alloy Strip 铝及铝合金带材表面的铝粉缺陷分析
Research of Additive for Grinding Aluminium Powder Transform of Screening System Used for Atomizing Aluminium Powder 磨制铝粉所用添加剂的研究雾化铝粉筛分系统的改造
The experimental results indicate that coarse aluminium powder can be used in HTPB propellant. 结果表明粗铝粉在推进剂中使用是可行的。
The results are shown as follows: 1. AP, nano aluminium powder, LiF, HTPB are separately coated on boron particles and its technics is explored. 采用不同的方法用***、纳米铝粉、LiF、HTPB对硼粉进行了包覆处理,并对包覆工艺进行了探索,研究了不同包覆方法和包覆比对复合粒子性能的影响。
Effect added of aluminium powder on the performance of the epoxy resin coating 添加铝粉对环氧树脂涂膜性能的影响
Research into fabrication of metallic sparkling coating by floating aluminium powder slurry 浮型铝粉浆配制金属闪光漆的研究
Aluminium powder can increase the stability of lubricant; Al粉能提高润滑油的稳定性;
Compound research of auxiliary, according to to love card aluminium powder analysis and research of surface, besides having stearic acid auxiliary that has a type of or other several kinds of the his auxiliary of surface. 复合助剂的研究,根据对爱卡铝粉表面的分析研究,其表面助剂中除了有硬脂酸以外还有一种或几种其他类型的助剂。
In this paper, SiO2 based composite porous ceramic is prepared by compound processes of Sol-gel method and dipping method with polymer foams. TEOS, aluminium powder and boric acid are adopted to be main raw materials. 本文以正硅酸乙酯、铝粉、硼酸为主要原料,采用溶胶-凝胶和有机泡沫浸溃的复合工艺制备SiO2基复合多孔陶瓷。
The coating consists of epoxy-silicon bond, aluminium powder, glass filler and various additives to improve heat stability and corrosion resistance. 涂层由环氧一有机硅粘结剂、铝粉、玻璃料和各种提高热稳定性及耐腐蚀性的添加剂组成。
This paper describes mainly the process of producing aluminium powder and its applications both at home and abroad. 文章介绍了国内外铝粉的生产方法及其应用情况。
The effect of addition on performance of aluminium powder and additives'nature are elaborated. 阐述了添加剂的性质和加入量对铝粉性能的影响。
The influence of mixing time, foaming temperature, foaming-agent dosage and the amount of aluminium powder on the porosity and the pore structure was investigated. 在熔体发泡法制备工艺中,研究了搅拌时间、发泡温度、发泡剂含量、铝粉的加入量对孔结构和孔隙率的影响。