1) fine-graded carbon
粉炭
1.
Investigation of fine-graded carbon produced during carbon stripping and gold electro-deposition process with high temperature-pressure;
高温高压解吸电解工艺中生成粉炭的研究
2.
Retrieve gold from fine-graded carbon produced during carbon stripping and gold electro-deposition process with high temperature-pressur;
高温高压解吸电解工艺中粉炭金的回收
2) carbon powder
炭粉
1.
The porous hydroxyapatite bioceramic was prepared with carbon powder as pore producer and the pore size was 50nm-1mm.
以炭粉作造孔剂,制备了孔径在50nm～1mm的多孔羟基磷灰石陶瓷。
2.
The porous hydroxyapatite bioceramics was prepared with carbon powder as pore producer and the pore size was 50 nm~1 mm.
以炭粉作造孔剂,制备了孔径在50 nm~1mm的多孔羟基磷灰石陶瓷。
3.
In this paper, we have obtained the method of plasticizing the aqueous carbon powder and then developed the plasticizing agent basing on MA.
获得了用水基分散将炭粉改变为可塑性料的方法，着重探讨塑化剂粘度、ＰＨ值、表面张力对炭粉泥料性能的影响，寻找到以ＭＡ为主体的塑化剂，并对水基炭粉泥料的可塑性机理做了初步分析。
3) nano-carbon powders
纳米炭粉
1.
Preparation of nano-carbon powders drying at room temperature;
常温干燥法制备纳米炭粉
4) modified active carbon paste electrode
活性炭粉
1.
A new sodium alizarinsulfonate modified active carbon paste electrode was development for Cu(Ⅱ) determination by means of anodic stripping voltammetry.
将吸附修饰剂茜素红S(SodiumAlizarinsulfonate)的活性炭粉掺入碳糊中制成修饰碳糊电极,以应用于铜离子的阳极溶出法测定,响应电流与铜离子的浓度在1×10-8～3×10-3mol/L范围内呈良好的分段线性关系,最低检出限为5。
5) carbon powder
炭素粉末
1.
The various kind samples of dispersant selected by analysis of carbon powder granularity,the contrast with effect,the hexa- sodium metaphosphate is disperse medium that adapted to analysis of carbon powder granularity.
采用炭素粉末粒度分析选取多种分散剂分散试样,其效果进行比对,验证六偏磷酸钠是一种适应炭素粉末粒度分析的分散介质。
6) charcoal powder
木炭粉
1.
The feasibility of the filtration by diatomaceous earth instead of charcoal powder in the TiO_2 production is described based on the principle of filtering and production practice.
从助滤原理和生产实验等方面阐述了硅藻土助滤剂代替木炭粉用于钛白生产的可行性。
补充资料：粉状炭黑
分子式：
CAS号：
性质：指松散的粉末状炭黑，包括通过燃烧裂解直接生成的炭黑，或造粒炭黑中破碎的部分。可直接应用，也可加工成造粒炭黑。
CAS号：
性质：指松散的粉末状炭黑，包括通过燃烧裂解直接生成的炭黑，或造粒炭黑中破碎的部分。可直接应用，也可加工成造粒炭黑。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条