AGM电池荷电状态与开路电压关系研究

通过对车用AGM电池在不同环境温度下荷电状态（SOC）与开路电压（OCV）的关系研究,发现AGM电池在其规定的工作温度范围内,其SOC与OCV有着良好的线性关系,为开发基于开路电压和电池温度的电池管理策略提供了理论依据。     

Development of a Thin Film Magnetic Moment Reference Material

In this paper we present the development of a magnetic moment reference material for low moment magnetic samples. We first conducted an inter-laboratory comparison to determine the most useful sample dimensions and magnetic properties for common instruments such as vibrating sample magnetometers (VSM), SQUIDs, and alternating gradient field magnetometers. The samples were fabricated and then measured using a vibrating sample magnetometer. Their magnetic moments were calibrated by tracing back to the NIST YIG sphere, SRM 2853.     

VRLA畜电池电解液的保持体

在说明VRLA蓄电池与普通铅酸蓄电池主要判别的基础上,阐述实现VRLA蓄电池内部氧循环的两种方法,电解液的保持体超细玻璃纤维棉（AGM）和触变性凝胶（Gel）构成的VRLA蓄电池的特点与差异。     

VRLA电池AGM隔板性能测试方法讨论

按JB/T7630.1对4种隔板样品进行厚度、定量、孔率、最大孔径、吸酸值和拉伸强度等测试,重点观察隔板的微观玻璃纤维结构,对比表面积、针刺强度、压缩性和回弹性、弹性疲劳等进行分析。含短切纤维多的隔板,比表面积波动较大,拉伸强度和穿刺强度最小,压缩性和回弹性最差,在高温下易发生弹性疲劳;细纤维含量高的隔板综合性能较佳。     

基于LabVIEW的空地导弹弹道仿真系统设计

文中介绍一例基于LabVIEW开发平台的空地导弹弹道仿真系统的开发实例；并介绍了如何实现实时性、网络化，以及高效的开发方法。实际应用证明，该设计方法是十分有效的。     

A novel PEO-based composite polymer electrolyte with absorptive glass mat for Li-ion batteries

A novel PEO (polyethylene oxide)-based composite polymer electrolyte (CPE) using absorptive glass mat (AGM) as filler was prepared and characterized. Scanning electronic micrograph (SEM) images showed that the addition of Li salt and modified AGM may improve the surface morphology of CPE. The results of Fourier-transform infrared (FTIR) spectroscopy, X-ray diffraction (XRD) and differential scanning calorimeters (DSC) indicated that the inclusion of LiClO₄ salt and the addition of AGM filler can reduce the crystallinity of PEO. It was concluded that the addition of AGM plays two roles in PEO-based CPEs, namely, interruption of the PEO recrystallization and reinforcement of CPEs, accordingly enhancing room temperature ionic conductivity of CPEs and improving its mechanical strength and electrochemical stability at high temperatures.     

添加Sb_2O_3对正极活性物质微观结构的影响

将三氧化二锑(Sb_2O_3)用作阀控式吸附性玻璃纤维隔板启停电池正极铅膏添加剂,用SEM和XRD分析研究Sb_2O_3添加量对固化后正极活性物质微观结构及四碱式硫酸铅(4BS)含量的影响。当Sb_2O_3添加量从0升高至0.1%后,75℃固化后的正极铅膏4BS晶粒尺寸减小,4BS含量从48.81%降至41.47%;60℃固化后的正极铅膏4BS含量从35.12%降至20.54%,且4BS分布不均匀。Sb_2O_3添加量相同,适当提高固化初期温度,铅膏中4BS的含量增多、分布更均匀。     

VRLA电池用AGM隔板性能的研究

模拟隔板在电池中实际状态,探索了评价隔板的新思路、新方法,其中定容和隔板特性压缩曲线为首次提出。使用这些方法对国内外的4个隔板样品做了全面对比试验,通过试验优选出性能优异的隔板,并为电池设计提供了可靠数据。     

AGM隔板性能对密封铅酸蓄电池性能的影响

介绍了超细玻璃纤维 (AGM )隔板性能对密封铅酸电池性能的影响 ,包括基重和厚度的均匀性、回弹性和压缩率、孔率和吸酸量、孔径、电阻、杂质等。表明了以下几点 :(1 )隔板的基重和厚度均匀性是影响电池容量均匀性的主要原因 ;(2 )隔板的回弹性和压缩率是电池实现紧装配的保证 ,也是电池内隔板与极板有较好紧贴效果的保证 ;(3 )隔板的孔率和吸酸量是电池容量、使用寿命和大电流放电性能的保证 ;(4 )隔板的孔径大小反映了隔板能否防止铅枝晶穿透的能力 ;(5 )隔板的电阻直接影响电池的低温启动性能和大电流放电性能 ;(6)隔板的杂质是造成电池自放电的直接原因。     

AGM隔板的研究与应用

对AGM隔板的生产工艺、性能特点进行了研究，针对阀控式铅蓄电池对该隔板的要求，提出了相应的改进方法。