artificial graphite
英 [ˌɑːtɪˈfɪʃl ˈɡræfaɪt]
美 [ˌɑːrtɪˈfɪʃl ˈɡræfaɪt]
人造石墨
双语例句
- The electrochemistry performance of mesocarbon microbeads ( MCMB) and its mixture with artificial graphite was studied as anode materials for polymer lithium-ion batteries.
研究了以中间相碳微球及改性石墨与中间相碳微球的混合物为聚合物锂离子电池负极活性材料的电化学性能。 - The methods of modification, including the surface covering of natural and artificial graphite and structure pretreat-ment of carbon or graphite raw material and the properties of those materials were discussed.
介绍了天然石墨与人工石墨表面包覆及粉末颗粒预处理等改性处理方法及其材料性能。 - Electrochemical intercalation characteristics of lithium ion in artificial graphite ( AG) and the performances of AA size cell with it as the anode were studied in this paper.
研究了锂离子在人造石墨（AG）中的电化学嵌入特性和用它作负极材料时的电池性能。 - Artificial graphite/ resin composite bipolar plate has high performance in many aspects, but the performance declined after carbon nanofibers were grew on the surface of artificial graphite.
人工石墨/树脂复合双极板具有较高的各项性能，然而生长纳米碳纤维后双极板的性能却出现下降。 - The performance of artificial graphite bipolar plate is excellent and it is adopted extensively. However, its manufacturing technology is relatively complicated and especially its flow channels can be only machined, so its cost is very high.
人造石墨双极板性能优异被广泛采用，但由于它的制备工艺较复杂，特别是只能采用昂贵的机加工方法加工流场，使其成本很高。 - Using artificial graphite as the conductive filler and the above two kinds of resin as the binder, the paper investigated the effect of resin content, molding pressure and holding time on the properties of composite bipolar plate.
本文还以人工石墨为导电填料、聚酰亚胺和苯并嗯嗪为粘结剂，考察了树脂含量、模压压力、保温时间等对复合双极板的影响。 - Carbon nanofibers/ graphite composite material was synthesized by the method of catalytic chemical vapor deposition through in-situ growth of carbon nanofibers on the surface of expanded graphite and artificial graphite.
利用等量浸渍法负载催化剂，催化化学气相沉积法在膨胀石墨以及人工石墨的表面原位生长纳米碳纤维，制备纳米碳纤维/石墨复合材料。 - However, the traditional artificial graphite bipolar plates are bulky and with high gas permeability, low impact safety and relatively high cost.
但是，传统的人造石墨双极板体积庞大、阻气性差、撞击安全性差、相对成本也较高。