1) micro-powder graphite
微粉石墨
1.
The ammunition security is greatly improved when 1% micro-powder graphite is added into the trinary formulation.
在三元配方中加入1%微粉石墨,可大大提高药剂的安全性。
2) Fine powder of expansible graphite
可膨胀微粉石墨
3) graphite sheets (GS) micro powder
片状石墨微粉
1.
In this paper, graphite sheets (GS) micro powder were successfully fabricated .
本论文用一种新方法粉碎制备片状石墨微粉(graphitesheets,GS),同时用此法所得的片状石墨微粉与不饱和树脂(UPR)制成UPR/GS导电复合材料,通过研究其渗滤阀值来研究其复合体系的导电性能,探索该方法的实用价值。
4) DNA modified graphite powder microelectrode
DNA修饰石墨粉末微电极
1.
The electrochemical behaviors of daunomycin (DNM) at bare and DNA modified graphite powder microelectrodes have been comparatively studied, and a method for the determination of DNM was developed.
研究了道诺霉素 ( DNM)在石墨粉末微电极和 DNA修饰石墨粉末微电极上的电化学行为 ,并分析了产生差别的原因。
5) graphite powder
石墨粉末
1.
Development of new silver plated graphite powders used as conductive fillers;
新型导电填料镀银石墨粉末的研制
2.
Study on process of electroless nickel plating for graphite powder;
石墨粉末化学镀镍工艺研究
3.
The graphite power is wetted in water with the aid of anionic and non-ionic surfactants,and oxidized by H_2SO_4 and K_2Cr_2O_7 solutions to improve the bonding strength between coating metal and graphite powder.
采用阴离子型和非离子型表面活性剂解决石墨粉与水的浸润问题,使用H2SO4和K2Cr2O7溶液对石墨粉末进行氧化,增强镀覆金属与石墨粉的结合力。
6) Graphite powder
石墨粉
1.
Graphite powder reinforced pyrocarbon, a new kind of C/C composite;
一种新型C/C复合材料——石墨粉增强热解炭
2.
The effect of concentrated sulfuric acid addition,graphite powder addition,current density,and copper electroplating time were studied.
采用电镀法对石墨粉进行了镀铜,研究了镀铜过程中浓硫酸及石墨粉的加入量、电流密度和电镀时间对镀铜效果的影响,并研究了镀铜石墨粉中铜含量的测定分析方法。
3.
The processing technology of electroless copper plating on graphite powders by iron powder method and formaldehyde method were studied and evaluated.
研究比较了两种化学方法——铁粉法和甲醛法在石墨粉表面镀铜的工艺。
补充资料：镍包石墨粉
分子式：
CAS号：
性质：以石墨颗粒为核心，其外包金属镍的复合粉。具有良好的润滑及抗腐蚀性，采用湿法氢还原工艺，从硫酸镍氨络合物溶液中将镍均匀地沉积到石墨颗粒表面而成。用于制造高温自润滑轴承材料，低摩擦材料，多孔镍带等。也可用热喷涂法获得可磨密封涂层。
CAS号：
性质：以石墨颗粒为核心，其外包金属镍的复合粉。具有良好的润滑及抗腐蚀性，采用湿法氢还原工艺，从硫酸镍氨络合物溶液中将镍均匀地沉积到石墨颗粒表面而成。用于制造高温自润滑轴承材料，低摩擦材料，多孔镍带等。也可用热喷涂法获得可磨密封涂层。
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