石墨

XRD revealed that diffraction angle of 002 peak did not change obviously, while by contrast, L a and L c decreased by loading with Fe2O3, indicating decreasing degree of graphitization for microcrystalline structure of char.

由XRD可知，Fe2O3没有使得煤样半焦的002峰衍射角发生明显变化，但使 L a和 L c参数明显降低，说明半焦的微晶结构石墨化程度降低。

A new method to determine ferrum in anhydrous hydrazine by graphite furnace atomic absorption spectrometry was set up.

建立了测定无水肼中铁含量的石墨炉原子吸收法。

As it opens further, nuances of treacle, aniseed and graphite slowly emerge.

随醒酒时间的推移，糖蜜，茴香和石墨的芬芳逐渐散发出来。

The cycle test results show that the introduction of trace anisole can promote specific capacity and cycling efficiency and can reduce the declining rate of the specific capacity.

以Li金属和改性石墨为电极材料，循环性能测试结果表明，苯甲醚的加入，使电池的可逆比容量和充放电效率均得到提高，且可逆比容量的衰减速度减慢。

The surface analysis results indicated by FTIR show that the RCO3Li obviously in the SEIof the carbon electrode with the introduction of a trace of anisole, after the first intercalation of Li＋ into the carbon electrode.

用FTIR对首次离子嵌入过程结束后的石墨电极表面SEI进行组成分析，发现加入苯甲醚后，电极表面SEI中的RCO3Li含量明显减少，但Li2CO3基本不变，并发现有新的产物CH3OLi生成。

It is shown experimentally that graphite layers in CNT can grow and form annual ring structure with the better crystallization degree at high temperature.

实验结果及理论分析表明，高温下碳纳米管管壁中的石墨层片易于形成自组建的封闭结构，最终形成晶化较好的同心圆柱形结构。

To improve the performances of current graphite anode and develop new anode materials for higher performances are very important.

进一步提高现有石墨负极的性能和寻找更高性能的负极材料是锂离子电池发展的重点。

With the constant current mode, the images of highly oriented pyrolytic graphite surface with atomic resolution have been obtained, with an anomalously large corrugation about 0.3 nm.

用恒流模式获得了高定向热解石墨具有原子级分辨率的STM形貌图，这些图象的皱折值约为0.3nm，比实际值0.07-0.1nm大得多。

This paper introduces the latest results of high-speed and intermittent atomization of graphite cream.

本文介绍了关于石墨乳高速间歇雾化的研究成果，包括理论分析和实验研究。

With microwave digestion and general digestion , the content of Pb and Cd in shrimp samples was measured by graphite furnace atonic absorption spectrometry .

采用微波消解与常规消解2种方法消解对虾样品，石墨炉原子吸收法测定其Pb、Cd的含量，对样品中Pb、Cd的微波消解与常规消解分析方法做了系统的比较。

And if officials on the take are not parroting the opinions of these companies, what can we suppose the money they receive is for?

如果受贿的官员不鹦鹉学舌般地复述这些公司的看法，那他们所接受的钱又能用于什么目的呢？

Love them, and love you too, Pitcher.

爱他们，也爱你，投手。