1) balance of mining and filling
采充均衡
1.
In view of the fact that three contradictions about the balance of mining and filling are disclosed: mining production capacity and filling capacity,backfill volume capacity and filling material deliverability,backfill cost and mining profits.
针对矿山充填开采中的3个采充均衡问题:采矿生产能力与充填生产能力、回填体积量与充填料供应量、充填成本与采矿效益;通过对比分析金属矿和煤矿的采充均衡问题,揭示金属矿选择采空区全部充填法可以实行采充均衡,煤矿淘汰该充填法的本质原因是不能实现采充均衡;提出的煤矿部分充填新概念是结合煤系矿床工程特点和充填目的的,从采充均衡角度阐述了部分充填可行性。
2) Equilibrium between mining and filling
采充平衡
3) charge equalization
均衡充电
1.
Based on the analysis of several equalization circuits, a charge equalization system is proposed.
在分析比较几种均衡充电方案的基础上,提出一种双电源结构的均衡充电系统,实现了充、放电全过程的能量均衡,可有效避免超级电容器单体的过充、过放,有利于提高电容器组能量存储效能,延长其循环使用寿命。
2.
Ampere-hour counting and OCV method for state-of-charge determination is implemented, and shunt resistor method for charge equalization management of series batteries are presented, the results show the feasibility of the above mentioned methods.
在辅助混合动力电动汽车电池管理系统中,实施了开路电压结合电量累计的方法对电池组剩余容量进行估计;采用了旁路电阻分流技术对电池组进行均衡充电,试验结果表明了方法的可行性。
4) equalizing charge
均衡充电
1.
Research on the equalizing charge of EVs’traction batteries;
电动汽车动力电池均衡充电的研究
2.
Research on equalizing charge control strategy of lead-acid battery
铅酸蓄电池均衡充电控制策略研究
3.
This device can equalize automatically the end voltage of battery by circulation examination and equalizing charge.
该仪器具有自动循环每个电池的端电压,自动均衡充电,实时显示实时评估电池容量、储存、记录和打印当月电池组工作情况与PC通讯。
5) equalization charging
均衡充电
1.
Research progress on equalization charging of Li-ion battery
锂离子电池组均衡充电的研究进展
2.
The system has advanced functions of battery state monitoring,equalization charging and state of charge evaluation.
本文描述了一种新的动力电池组管理系统,该系统基于CAN总线技术,具有电池组状态监控、均衡充电、电池荷电量评估等功能,可以提高电池组的使用效率及寿命,保证电池组和电动汽车行车的安全。
3.
An equalization charging system,which consists of double power supplies,is developed to keep the energy uniformity of each cell of the serially connected ultracapacitor using in the electric bus.
动力型超级电容器组作为电动城市公交客车能量源时,必须保证电容单体在充、放电过程中的能量均衡,为此提出了双电源的均衡充电系统结构。
6) equalization charge
均衡充电
1.
The protection function is realized,such as overcharge protection,overdischarge protection,overcurrent protection,short-circuit protection,equalization charge and so on.
为了提高锂离子动力电池的安全性,延长电池的使用寿命,设计了一种基于PIC16F887的锂离子动力电池保护电路,详细介绍了电路的硬件和软件设计,实现了对锂离子动力电池的过充电保护、过放电保护、过流保护、短路保护和均衡充电等功能。
2.
The monitor and the display module analyze the status of each battery, PWM distributing circuit in measuring module realizes the equalization charge for single battery.
在电池充电时实施PWM分流法,监测和显示模块分析各节电池状况,通过测试模块内部的PWM分流电路,实现单节电池的均衡充电,克服电池间的不一致性。
补充资料：程充
程充
程充 明代医家（1433-1489年）。字用光，号后庵居士。休宁（今属安徽）人。业儒而精医，推崇丹溪之学。因见丹溪著述经门人整理编辑，有重复混杂现象，有失丹溪原旨，乃取丹溪门人著作及其曾孙朱贤家藏本合而参之，详加校定，删繁存要，于1481年刊刻成《丹溪心法》行世。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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