initial discharge造句
例句与造句
- The doped material performed well electrochemical property for cycling . the initial discharge capacity of doped material was 165mah / g . after 80 cycles , the capacity loss was about 20 %
使用溶胶凝胶法对层状limno2进行2 % al3 +的掺杂改性,初始放电容量可达165mah / g , 80次循环后衰减约20 % 。 - It is mandatory for boiler manufacturers to state the standards of smoke concentration and blackness affected during initial discharge of their boilers on the latter ' s data plates , or in the latter ' s product manuals
锅炉制造厂必须在锅炉产品铭牌或者说明书中注明锅炉初始排放的烟尘浓度和烟气黑度标准。 - Prior to the establishment of a new boiler product , the standards of smoke concentration and blackness for its initial discharge , and data on their testing should be filed with environmental protection authorities of cities under the jurisdiction of provincial people ' s governments
锅炉新产品定型前，其初始排放烟尘浓度和烟气黑度标准及其测验数据资料，应当报省辖市级以上人民政府环境保护部门备案。 - Secondly , better performance lifepo4 / c composite was synthesized by adding proper content of sucrose to the reactants , test results exhibited the initial discharge capability could get 130mah . g - 1 and the capability didn ’ t fade down after more than ten cycles ’ test
2 .添加适量的蔗糖制备出电化学性能良好的lifepo _ 4 / c复合的正极材料,其初始放电比容量高达130mah . g - 1 ;经10次充放电循环,材料的比容量几乎不衰减。 - Under the microwave calcination , the optimum time of the microwave sintering was ten minutes . the test of the electro - chemical performance showed the initial discharge capability could reach 118mah . g - 1 , which was 20 % more than that synthesized by conventional sold - phase synthesis
电化学性能测试表明:微波合成的锂离子正极材料lifepo _ 4的初始放电比容量可达到118mah . g - 1 ,比传统高温固相法制备出的材料高出近20 % 。 - It's difficult to find initial discharge in a sentence. 用initial discharge造句挺难的
- The blended gel type batteries show properties as good as the liquid type : discharge capacity of 128mah / g and efficiency of 83 % during the first cycle , 91 % of the initial discharge capacity at 50th cycle upon the repeated charge / discharge at c / 3 rate , and releases discharge capacity of 105mah / g at 2c rate ( 86 % of discharge capacity at c / 5 rate )
共混聚合物锂离子电池具有与液态锂离子电池相当的电化学性能：首次放电容量为128mah / g ，首次充放电效率为83 。第五十次循环( c / 3 )的放电容量为首次的91 ， 2c倍率放电容量105mah / g为c / 5倍率的86 。 - Firstly , this part sets up stackelberg model , and provides enterprises " optimum countermeasures . secondly , from the point of game theory , this part discusses how to decide pollution charge and how should enterprise choose pollution quantity under simultaneous decision - making and successive decision making , respectively . at last , the price fixing strategy of discharge from the point of game theory is discussed , the total pollutant between the trading of discharge and environment taxation are compared , and the distributing method of initial discharge is presented
建立了水资源治理的斯塔克伯格模型，提出了企业的最优策略及对我国环境污染治理的建议，并进行了严格的数学推导证明；运用博弈论的基本原理，探讨了在同时决策和先后决策两种情况下污染费如何定价和企业应如何选择排污量的问题，并对所得解进行了讨论；从博弈论的角度探讨了排污权交易中排污指标的定价策略，并比较了排污权交易下与传统的通过征收环境税收条件下排放的污染物总量，并提出了初始排污权的分配方法。 - The liquid li - ion batteries show discharge capacity ( based on cathode active material ) of 127mah / g and efficiency of 81 % during the first cycle , maintain 90 % of the initial discharge capacity at 50 cycle upon the repeated charge / discharge at c / 3 rate , and release discharge capacity of 118mah / g at 2c rate ( 94 % of discharge capacity at c / 5 rate )
液态锂离子电池首次放电容量(根据正极活性物质计算)为127mah / g ，充放电效率为81 。第五十次循环( c / 3 )的放电容量为首次放电容量的90 ， 2c倍串放电容量118mah / g为c / 5倍率的94 。 - Sem and tem analysis show that the sample co - doped by nickel and titanium has nano - pellets with morpha like snow and great surface , which the initial discharge capacities in organic electrolyte reached 155 . 8mah / g and which were more than theoretic one farad electron discharge capacities ( 148mah / g ) . during the charging and discharging cycle , the change rate of the crystal volume was only 0 . 233 % and the sample showed long cycle life
样品在有机电解液的初始电容量( 155 . 8mah / g )大于理论1f电子放电容量( 148mah / g ) ，通过充放电前后xrd衍射图显示，放电前后晶胞体积变化仅为0 . 233 ，样品循环性能好。 - Thirdly , mg ~ ( 2 + ) was doped to the lattice to improve the electric conduction of the cathode material lifepo4 . due to mg ~ ( 2 + ) doped enter into the position of lithium , the lattice parameter occurred to change but the crystallinity of the cathode material lifepo4 is excellent and the initial discharge capability could get 130mah . g - 1
以上说明,采用适当的合成方法,细化lifepo _ 4的晶粒尺寸、提高lifepo _ 4的表层及体电导率,是改善橄榄石型lifepo _ 4锂离子正极材料电化学性能的有效途径。