1.
Investigation on Preparation of φ700mm Ultra-High Power Electrode Nipple;
φ700mm超高功率石墨电极接头的研制
2.
ANALYSIS OF SIMILARITIES AND DIFFERENCES BETWEEN ULTRA-HIGH POWER ELECTRODE AND ELECTRODE NIPPLE Ⅲ . LENGTHWISE GRAPHITIZATION
超高功率石墨电极本体与接头工艺异同探讨Ⅲ.内串石墨化
3.
ANALYSIS OF FRACTURE SURFACE OF ULTRA-HIGH POWER ELECTRODE NIPPLE ATHOME AND ABROAD
国内外超高功率石墨电极接头折断面的观察对比分析
4.
PYROLYSIS BEHAVIOUR OF CARBON PASTES USED FOR MANUFACTURE OF UHP GRAPHITE ELECTRODE
超高功率石墨电极生产用炭糊料热解缩聚行为研究
5.
ANALYSIS OF SIMILARITIES AND DISSIMILARITIES BETWEEN ULTRA- HIGH POWER ELECTRODE BODY AND NIPPLE IN BAKING
超高功率石墨电极本体与接头工艺异同探讨 Ⅱ.焙烧
6.
SIMILARITIES AND DIFFERENCES BETWEEN ULTRA-HIGH POWER ELECTRODE BODY AND ELECTRODE NIPPLE DURING EXTRUSION PROCESS
超高功率石墨电极本体与接头工艺异同探讨Ⅰ.压型
7.
Mesoporous Carbon for High Power Supercapacitors
高功率超级电容器用介孔炭电极材料
8.
This article expounds that increasing the power of the yellow phosphorus electric furnace bottom of the graphite electrodes can be a way of strengthening the technical reform for the present yellow phosporus production.
阐述了提高石墨电极黄磷电炉炉底功率的可行性，为目前小黄磷生产发展提出了技改强化的途径。
9.
graphite electrode for spark erosion
电火花腐蚀用石墨电极
10.
cylindrical machined graphite electrodes
人造石墨圆筒形电极
11.
axial flow resnatron
轴向通量分米波超高功率四极管
12.
Application Technology of Cutting Tools for High-speed Milling of Thin-walled Graphite Electrode
精密薄壁石墨电极的高速铣削刀具应用技术
13.
Research on SiGeC Power Diodes with Ultra-Low Leakage Current and Ultra-Fast Recovery Characteristics
超低漏电流超快恢复SiGeC功率二极管研究
14.
Process Practice of a 70 t High Impedance UHP Electric Arc Furnace
70t高阻抗超高功率电弧炉的工艺实践
15.
Preparation、Characterization and Applications of High Capacity and Stability NiHCF Films on Graphite Substrate for Electrochemically Controlled Ion Separation;
高容量、高稳定石墨基NiHCF电控离子分离膜电极的制备、表征及应用
16.
Research on the Cutting Performance of Diamond Coated Tools When High-speed Milling of Graphite Electrode Materials;
金刚石涂层刀具高速铣削石墨电极材料切削性能研究
17.
synchronous capacitor[for power factor improvement, of an output exceeding 37.5w]
同步电容器［用于提高功率因数,功率超过37.5w］
18.
Melting Process Optimization of 70t UHP Electrical Arc Furnace
70t超高功率电弧炉冶炼工艺优化