石墨

A three-electrode system had been set up for the HO production,in which graphite,Pt and saturated calomel electrode were used as cathode, anode and reference electrode respectively,and NaSO as supporting electrolyte.

建立了以石墨碳棒为阴极，Pt为阳极，饱和甘汞电极为参比电极，NaSO为支持电解质溶液的HO制备三电极体系。

A 125W UV lamp (365nm) was used as light source. The photoelectrochemical system consisted of three electrodes. As follows, Ti/TiO2 thin film was used as the working electrode, graphite electrode as the counter electrode and saturated calomel electrode as the reference electrode. Methyl orange was used as the objective substance. The photoelectrocatalytic degradation of Methyl orange on the Ti/TiO2 thin film was studied .The effects of some factors such as external bias potential, ventilation were also observed.

并以125W紫外线高压汞灯为光源，Ti/TiO2薄膜为工作电极，石墨电极为辅助电极，饱和甘汞电极为参比电极，建立了三电极的光电催化体系，甲基橙溶液为降解对象，并对其在Ti/TiO2薄膜电极上的光电催化降解进行了研究，观察外加电压、通空气等外加因素对甲基橙降解速率的影响。

In this thesis, multi-wall carbon nanotubeswas worked as a modified agent. The working electrode was a glassy carbon electrode or graphite electrode. A saturated calomel electrode and a platinum electrode were used as the reference and the auxiliary electrode respectively. Some pharmaceutics'electro-chemical behavior has been studied with great details. The main researches were summarized as follows: The acid-treated CNT was successfully dispersed into the DMF by using ultrasound technology.

本论文以多壁碳纳米管为修饰剂，以玻碳电极和石墨电极为工作电极，铂丝电极为对电极，饱和甘汞电极为参比电极，研究了几种药物的电化学行为及其检测方法，取得了以下研究结果：以N，N-二甲基甲酰胺为分散介质，将酸化后的MWNT超声分散于DMF中，获得分散液。

Environmental science ; powder graphite ; wetting ; contact angle ; capillary rise method ; surface free energy

环境科学；石墨粉末；润湿；接触角；毛细上升法；表面自由能

Results showed that the structure and property of needle coke could be improved by magnetic field and ultrasonic capitation, such as degree of order, degree of graphitization and crystallinity. Comparatively speaking, the effect of magnetic field was greater.

结果表明：超声空化和磁场诱导均能有效提高针状焦的有序度、石墨化度与结晶度，相比较而言，磁场的影响更大。

Company main products has:"Xianglin licensing","gem card" emery cloth, sandpaper (do matte paper, Shuimo sandpaper, wood sandpaper) Belt Series;"Knight card" strong belt, nylon wheel,"Kingdee card" steel grinding paper, flower-shaped-page piece, 1000 round, flat emery cloth wheel,"Jin leopard licensing" water sand, dry sand,"Carbon Star card" graphite cloth,"deer trump" scouring pad,"Flywheel card" emery cloth,"Shanghai Wrigley" emery cloth, sandpaper on gold phase, Meishan metallographic sandpaper, Japan Mount Fuji do matte paper, Thailand TOA, Korea Luo ball sandpaper, Mitsubishi belt, small solar soft cloth JB-5 volumes, small solar emery cloth belt, and other imports, domestic brand family of abrasive polishing materials denim round, white wheels, nylon wheels, green, Yau Ma Tei round, round jute, hemp round, 3M Nylon volumes, 3M wing fly wheel, winged fly round handle.

公司主要产品有："祥麟牌"、"宝石牌"砂布、砂纸（干磨砂纸、水磨砂纸、木砂纸）砂带系列；"耐特牌"强力砂带、尼龙轮、"金碟牌"钢纸磨片、花形页片、千页轮、平面砂布轮，"劲豹牌"水砂、干砂，"碳星牌"石墨布、"鹿王牌"百洁布、"飞轮牌"砂布、"申箭牌"砂布、上砂金相砂纸、梅山金相砂纸、日本富士山干磨砂纸、泰国TOA、韩国骆球砂纸，三菱牌砂带，小太阳JB-5软布卷、小太阳砂布带，以及其它进口、国产品牌的系列研磨抛光材料（牛仔布轮、白布轮、尼龙轮、绿色油麻轮、黄麻轮、麻轮、3M尼龙卷、3M飞翼轮、带柄飞翼轮。

In recent years, the most widely studied anode materials for Li ion cell were graphite and other carbonaceous materials.

近几年来，研究最广泛的锂离子电池负极材料是石墨以及各种碳材料。

The new cement cures to a 100% carbonaceous bond with high electrical and thermal conductivity.

这种新型水泥能粘合任何形状的刚硬的或挠性的经过机械加工的碳和石墨器件，固化后可形成百分之百的碳键结合且具有高的电导率和热导率。

Graphite-based carbonaceous materials have been widely used as the anode material of commercial lithium-ion batteries for its excellent cycleability.

石墨类碳材料因具有良好的可逆嵌脱锂性能而在目前的锂离子电池中得以广泛应用。

In this thesis, we use "Two-Step CVD Technique " to solve this problem, that is to carbonize Si substrate in carbide gas atmosphere first in order to form a Sio-rtd 0

将原先的热丝CVD法加热改为独创的石墨-碘钨灯加热，把衬底温度从900℃提高到1200℃；将手动控温改为PID自动控稳，大大提高了控制精度，实验中温度偏差小于1℃(衬底温度1200℃时)。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。