1) microcrystalline graphite
微晶石墨
1.
The influences of electrolytic etching current collector Cu foil on the electrochemical performance of nano-Si and microcrystalline graphite anodes were analyzed by SEM,EIS and galvanostatic charge-discharge methods.
用扫描电镜、交流阻抗谱和恒流充放电等方法,分析了电解刻蚀集流体铜箔对纳米硅和微晶石墨负极性能的影响。
2) graphite crystalline
石墨微晶
3) graphite-like crystallite
类石墨微晶
1.
Results reveal that CCs have a large amount of graphite-like crystallites and high graphitization degree.
结果表明:制得的微晶炭具有大量类石墨微晶和较高的石墨化度,d002(晶面层间距)为0。
4) graphite microcrystal
乱层石墨微晶
5) graphite crystal structure
石墨微晶结构
6) spherical microcrystalline graphite
球形微晶石墨
1.
To improve the electrochemical performance of spherical microcrystalline graphite(SMCG) as anode material for Li-ion battery,resin was coated on the surface of SMCG by means of liquid impregnation.
为了改善用作锂离子电池负极材料的球形微晶石墨的电化学性能,采用液相浸渍工艺在石墨颗粒表面上包覆一层树脂炭。
补充资料:微晶
分子式:
CAS号:
性质:可将实验上给出衍射峰(或粉晶衍射弧线)已有明显增宽、弥散的颗粒线度尺寸在(100~2000)×10-10m范围的晶体称作微晶,这是由晶体向无定形体过渡的一种存在形态。如炭黑即是一种由数以千或万计的晶胞并置而成的微晶,在摄取的炭黑粉晶衍射图中001型的002衍射峰特别弥散,而100与110衍射则较明锐,这表明c轴方向的周期比a和b轴方向的周期重复数要小得多,微晶是一种亚稳态,它转化为晶态时会释放出一定的晶化热。
CAS号:
性质:可将实验上给出衍射峰(或粉晶衍射弧线)已有明显增宽、弥散的颗粒线度尺寸在(100~2000)×10-10m范围的晶体称作微晶,这是由晶体向无定形体过渡的一种存在形态。如炭黑即是一种由数以千或万计的晶胞并置而成的微晶,在摄取的炭黑粉晶衍射图中001型的002衍射峰特别弥散,而100与110衍射则较明锐,这表明c轴方向的周期比a和b轴方向的周期重复数要小得多,微晶是一种亚稳态,它转化为晶态时会释放出一定的晶化热。
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