重点研究了矩形式、辐射式板栅。
The investigation is focused on the rectangle and radiate grids.
有些板栅碎块可能立即堆积在刮刀的地方。
Some of the grid sections will accumulate immediately in the trowel areas.
各种铅酸性电池正负极拉网板栅及冲孔板栅。
All kinds of lead acid batteries are aligned pull screen grid and punching board gate.
这种机器铸出修整过的板栅，以供使用或储存。
本文探讨了小型铅蓄电池采用塑料板栅的可行性。
The Plastic grid of the Portable lead battery using ABS Plastic was studied.
这是因为压力铸造正板栅抗腐蚀性能较差造成的。
The resistance to corrosion is comparatively poor for pressure-casting grid.
本文介绍了国外免维护铅蓄电池板栅合金研制动向。
A review is given on the developments and trends of the grid alloys in lead acid batteries from abroad.
板栅和极柱连接件的电阻是电池欧姆内阻的主要成分。
The resistances of grids and connecting parts are the main components of the internal resistance.
银合金板栅：具有更强的抗腐蚀性，更大的放电效果。
Sliver alloy grid: Stronger resistance to corrode, more effective discharging.
当板栅和具体的注入是完全的时候直井是地下避难室。
When the sheeting and concrete injection was complete the shaft was dug out.
目前使用的铅蓄电池板栅合金主要是铅锑合金和铅钙合金。
Pb-Sb and Pb-Ca alloys were generally used as the grid material for lead-acid batteries.
新铸出的板栅很柔软，如果立即涂膏，可能造成弯曲和歪斜。
Freshly cast grids are very flexible and may bend and distort if pasted immediately.
极板板栅结构为放射状结构，有利于提高活物质的利用率。
The grid of electrode plate is in radial structure, which is favorable for improving the utilization rate of active materials.
使用特殊的钙铅锡合金板栅，更耐腐蚀，充电接受能力更好。
Use special calcium lead tin alloy plate grid, more resistant to corrosion, charging accept ability is better.
因此稀土铅锑合金可以用作免维护铅酸蓄电池板栅合金材料。
Thus the alloys could be used as the grid material of maintenance-free lead-acid batteries.
改进后的铅布板栅的正、负极活性物质利用率均有明显提高。
The efficiency of active material in the grids was improved obviously by lead mesh grid.
在改进电池板栅、密封及散热后，电池的使用寿命延长超过了50%。
After improving the grids, sealing and heat dissipation, the VRLA battery service life was prolonged over 50%.
介绍了一种高表面积的网状结构的玻璃碳（RVC）铅酸蓄电池板栅。
The RVC with high surface area for the collector of lead-acid battery has been introduced.
绝大部分汽车蓄电池板栅尺需要在顶部浇口部分和模具的中心冷却就可以。
On most automotive battery grids, cooling is required in the top gate area and in the center of the mold only.
论述了起动用铅酸蓄电池重力铸造板栅模具的设计、制造和铸造工艺技术。
The design and manufacture for the gravity-casting molds of lead-acid starter battery grids, also the processing technique of casting are explained.
用优选充电制度，电池失效模式是正极活性物质软化，板栅腐蚀相对较少。
The results show that when the battery is charged at low current and constant voltage, its failure mode is the sulphation of negative plate and the softening of positive plate;
与工作台相邻的第三个装置，包括传送带，板栅修边用模具和第二条传送带。
Adjacent to the table is the third unit which contains a belt conveyor, a grid trimming die and another belt conveyor.
使用拉网板栅、塑料板栅、纤维布板栅及板栅替代材料将是很好的节铅手段。
Expanded grid, plastic grid, fibrous lead cloth grid and alternate materials for grid are good lead saving processes.
为证实这些形状的合理性，提出了种种论证，其中包括增加板栅的结构强度。
To justify such shapes, a variety of claims were made, including increased grid structure strength.
结果表明，与常规板栅相比，三维网络碳化硅板栅与极板内电流分布比较均匀。
Calculated results showed that the current distribution over three-dimensional networks is more uniform than that over general grid and plate of lead-acid battery.
本文就板栅合金、和膏方程、装配压力、快速充电等方面阐述VRLA蓄电池技术。
Techniques for VRLA batteries such as grid alloy paste-mixing equation . assembling pressure and rapid charge were explained.
系统地研究了不同板栅合金的耐腐蚀性、析气性能、表面腐蚀层阻抗等电化学性能。
Electrochemical performances of different grid alloys, including the performances of corrosion resistance, gassing evolution and the impedance of corrosion layer, were studied systematically.
主要讨论阀控铅蓄电池故障主要原因，包括板栅腐蚀、水损失、早期容量损失、热失控。
The major cause of failure of VRLA batteries, including grid corrosion, water loss, premature capacity loss and thermal runaway, are discussed in this .
主要讨论阀控铅蓄电池故障主要原因，包括板栅腐蚀、水损失、早期容量损失、热失控。
The major cause of failure of VRLA batteries, including grid corrosion, water loss, premature capacity loss and thermal runaway, are discussed in this paper.
本文将天线分成扭转极化板栅条、抛物面反射透射栅条天线二部分，分别独立设计完成。
This antenna was divided into two parts: polarization-rotation grating and reflection- transmission grating etching on the paraboloid dielectric plate, which are designed respectively.
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