discharging mechanism 中文意思是什麼
discharging mechanism
解釋
出料機構- mechanism : n 1 （機械）結構；機械裝置[作用]；（故事的）結構。2 【哲學】機械論 （opp vitalism）。 3 【文藝】...
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Methods and mechanism to discharging rural debt
鄉村債務的清償路徑與機制 -
The charging and discharging electrochemistry mechanism of the storage battery is analyzed. the equipment of measuring capacity of storage batteries is developed
分析了蓄電池充、放電過程中電化學反應機理，研製了一套蓄電池充、放電容量測試系統。 -
The mechanism of storing lithium - ions was to store lithium ions in the micropores of the samples. since the micropores which formed in the process of liquid phase carbonization had different sizes, the smaller the micropores, the lower the potential to overcome the resistance for inserting lithium ions. the charging - discharging curves looked like the letter " v " and had no flat plateaus, the charging - discharging capacities were high but faded rapidly
Htt _ （ max ） = 2000以前，石墨微晶尚未出現，貯鋰機制為「微孔貯鋰」 ；由於微孔的大小不同，插鋰時克服阻力所需的電位也不同，微孔愈小，所需電位愈低，因此充、放電曲線為「 v 」字形，無充、放電電位平臺，充、放電容量高，但容量衰減快；隨著htt _ （ max ）的增大，液相炭化過程中所形成的微孔逐漸變小、變少，因此充、放電容量也逐漸變小。 -
When httmax > 2100, the graphite crystallites grow rapidly, and the charging - discharging capacities of the samples increase, too. the mechanism of storing lithium - ions convert s to the intercalation of the lithium ions into the layers of graphite crystallites. the charging - discharging curves of the samples look like the letter " u " and have low potential flat plateaus
Htt _ （ max ） 2100時，石墨微晶迅速成長，充、放電容量迅速增大，充、放電曲線為「 u 」字形，充、放電平臺低而平穩，表現出典型的「石墨微晶層間嵌鋰」機制。 -
With the application of real - time multi - tasks mechanism and modulization software structure, the controller can set and modify the parameters on - line, collect and process the real - time data of the four - battery charge / discharge devices, termly and digitally regulate the closed loop and monitor the real - time faults, so that the system can control different styles of charging and discharging operate mode such as in constant current style, constant voltage with limited current style and static style
控制器軟體採用實時多任務機制和模塊化的設計思想，通過對蓄電池化成充放電過程中工藝參數的在線設定修改、實時數據的採集處理、定時的數字閉環調節和故障的監測，實現對蓄電池靜電、恆流、恆壓限流等多種充放電工作方式的控制。 -
On the basis of the experiment of nimh battery, theoretic analysis and parameters determined, simulation of nimh battery discharging has been carried, and simulation results are identical with the practice. then, the impulse phases quick charging has been applied to process the simulation of quick charging of nimh battery based on mechanism analysis and theoretic comparison about quick charging of nimh battery. simulation results are satisfactory
在蓄電池充放電試驗研究、理論分析和參數選擇的基礎上，進行放電模型的驗證，得到了與實際相符的結果；同時，對蓄電池快速充電方法進行比較，應用脈沖分階段恆流快速充電方法進行蓄電池快速充電控制模擬計算，得到了滿意的結果。
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