Chinese translation for "positive material"

阳性材料

Related Translations:

positive dispersion:  正色散

positive capital:  确定资本确实资本, 纯粹资本正资本

positive nucleus:  阳性核

positive bolometer:  金属测辐射热计

positive regulation:  正调控正控制正性调节正压稳定

future positive:  开创新机

positive peritoneography:  阳性造影剂腹膜腔造影

positive regeneration:  正反馈正回授正再生

positive clamping:  正向箝位

positive identity:  肯定同一性

Example Sentences:

	1.	New development of preparation methods of positive materials for lithium ion batteries 锂离子蓄电池正极材料制备方法的新进展
	2.	So i can say , the integration of the theory analysis and positive materials is the distinguishing feature of this paper 可以说,理论分析和实证材料相结合是本文的特色。
	3.	Then two more years quickly passed , and despite many ups and downs , my situation got better and better as i reaped a positive material and spiritual harvest 转眼两年过去了，虽然经历了很多风风雨雨，但一切都变得越来越美好，而我自己无论在物质或灵性上也都收获满满。
	4.	Spinel limna is considered as the most promising positive material for li - ion batteries because of its high voltage , high safety , low cost , easy recycle and environmental affinity 尖晶石结构的limn _ 2o _ 4以其高电压、高安全性、低成本、易回收、对环境友好等优点而被人们公认为最具应用前景的锂离子电池正极材料。
	5.	The paper also found that the capacitance of the positive electrode was much smaller than that of negative one , and then it urged to develop new positive materials to make up hybrid capacitor 同时发现，碳基电容器正极容量远小于负极容量，这也促使继续开发新的正极材料组成混合电容器。对于法拉第准电容器材料，重点放在对金属氧化物的研究上。
	6.	When there are more nickel atom doped in spinel ( the mole ratio of mn and ni was 1 . 4 : 0 . 6 ) , the discharging platform jumped to 4 . 5v from original 3 . 8v . the materials showed to suit for positive materials in 5v lithium ion batteries 在纯尖晶石中掺入的镍量较大时(锂锰的摩尔比为1 . 4 : 0 . 6 ) ，样品的放电区间移到4 . 5v左右，得到适合做5v锂离子电池的正极材料。
	7.	The charge and discharge performances of different composites were studied by the charge and discharge ; the structures of composites were characterized by sem ; the electrochemical properties of sulfur positive materials were characterized by cyclic voltammetry and eis . we studied the charge process , discharge process , charge - discharge efficiency , self heat , and self - discharge of lithium - sulfur system on system shuttle constant , conduct the mechanism of these processes and simply analyse them 以充放电技术研究了不同类别复合正极的充放电性能;以扫描电镜技术观测了复合正极的表面形貌;以循环伏安技术和交流阻抗技术研究了复合正极电极的电化学性能;并初步探讨了锂-硫电池体系中充电过程、放电过程、充放电效率、自热和自放电等对体系飞梭常数的影响,推导了这些过程的机理并简要的进行了分析。
	8.	We find that the cosmic scale factor has the form of exponent inflation if the cosmological constant contributes to the positive material density , and the factor is composite function of cosine if the cosmological constant contributes to the negative material , furthermore , we gain the new formality of the pressure and the temperature in the procedure of cosmological evolution 首次发现当宇宙学常数对物质密度的贡献大于零时有指数复合函数的型得一般暴涨，当宇宙学常数对密度的贡献小于零时宇宙有余弦形式的演化。通过对宇宙中压强和温度的计算，得到新的压强表达式和暴涨宇宙模型中温度随时间演化的表达式。
	9.	In the beginning of the paper , the present study and the actual applied complexion of cathode materials for the rechargeable lithium batteries were reviewed in detail . our researchful purpose is the highest capacity sulfur material . we reviewed the market and technology development of sulfur positive material , compare advantage and disadvantage of sulfur positive material manufactured with different methods 该研究论文首先较为详细地综述了锂二次电池用硫系正极材料的研究现状和实际应用情况,选择了比容量最高的单质硫作为研究方向,考察了单质硫正极材料的商业现状,技术现状,硫系材料的发展趋势以及各种方法制备出的硫系正极材料的优势与缺点。
	10.	While testing ofeis at different depth of dischargeand charge - discharge at different charge - discharge rate reveale that , these material indicate lower conductivity at highcharge - discharge rate , resulting in bad electrochemical perforemence . melting - cooling and inorganic sol - gel were adopted , which facility - simpleand operating - easy , to prepare v _ 2o _ 5 xeroxes as positive material of li - ion battery . the comparision of structual and electrochemical performance between thesecathode materials were investigated for the first time . their electrochemicalbehaviorswerestudiedbygalvanostaticcharge - discharge , cyclicvoltammetry ( cv ) , and electrochemical impedance spectroscopy ( eis ) techniques . the results indicte the sample that prepared by melting - cooling revealed moreexcellent performance at low charge - discharge rate , which achieved a high initialdischarge specific capacity of approximate 320 mah ? g - 1 通过各种充放电测试，循环伏安( cv )曲线以及电化学阻抗谱( eis )等测试手段对材料的电化学性能进行表征，结果发现，在低倍率放电下，熔融淬冷法合成的材料具有更好的电化学性能， 0 . 1c恒流放电至1 . 8v时首次放电容量达320mah ? g - 1 ，并且发现， v _ 2o _ 5作为正极材料组装成的锂离子二次电池，除首次循环具有较大的不可逆容量外，其余循环可逆且容量保持能力较好， 20次循环后，容量只衰减了6 . 40 % 。

Similar Words：

"positive magnetostriction" Chinese translation, "positive mapping" Chinese translation, "positive mark polarity" Chinese translation, "positive mask pattern" Chinese translation, "positive mass" Chinese translation, "positive matrices" Chinese translation, "positive matrix" Chinese translation, "positive maximum" Chinese translation, "positive measure" Chinese translation, "positive meniscus" Chinese translation