1) compact ping-pong exchange
紧凑型乒乓交换
1.
A new compact ping-pong exchange design based on signal-data processing is also brought forward to implement the parallel transition between the 32 route asynchronous serial data with the E1 data stream of two million bits per second with one xilinx XCS20TQ144.
用Xilinx公司的XCS20TQ144器件设计了基于单倍数据通道的紧凑型乒乓交换模型,实现32路低速异步串行数据与2Mb/s的E1数据流之间并行转换。
2) compact heat exchanger
紧凑型热交换器
1.
Research progress of open cell metal foams used in compact heat exchanger;
开孔泡沫金属用于紧凑型热交换器的研究进展
3) ping-pong alternative storage
乒乓倒换
1.
Finally it constructs an address counter and introduces the ping-pong alternative storage method to satisfy the demand of corner turn memory in real-time SAR image system.
首先介绍了转置存储的工作原理,接着分析了SDRAM的工作状态并重点研究了基于FPGA的SDRAM控制器设计,最后立足系统设计指标,构造地址计数器和引入乒乓倒换结构存取以满足SAR实时成像系统中转置存储的需求。
4) Ping-pong handover
乒乓切换
1.
Considering lack of comparative studies on Ping-pong handover,a comprehensive evaluation was carried out to estimate the handover performance of layer-3 of TCP protocol based on end-to-end for various Mobile IPv6 extensions.
综合评价了多种移动IPv6扩展协议在基于端到端的TCP协议L3层的切换性能,模拟仿真了乒乓切换在MIPv6、FMIPv6、HMIPv6和FHMIPv6中的时延、吞吐量和丢包现象,提出了一种优化的FHMIPv6方案。
6) Ping-Pang switch method
乒乓切换法
1.
Based on this model,this paper analyzes the impacts of the brush touching resistance on the measurement of the grounding resistance when the impressed DC voltage method,the impressed AC voltage method and the Ping-Pang switch method are adopted respectively,obtaining the fol.
利用该统一模型,分析了外加直流电压法、外加交流电压法、乒乓切换法中电刷接触电阻对励磁绕组接地电阻测量值的影响和危害。
补充资料:离子交换树脂A101D 强碱性季铵I型阴离子交换树脂(A201型) 611强碱性季铵I型阴离子交换树脂
CAS:39421-71-1
中文名称:离子交换树脂A101D 强碱性季铵I型阴离子交换树脂(A201型) 611强碱性季铵I型阴离子交换树脂
英文名称:Duolite A101D Anion exchange resin, strong basic quarternary ammonium(I) A201; Anion exchange resin,strong basic quarternary ammonium(I)A201
中文名称:离子交换树脂A101D 强碱性季铵I型阴离子交换树脂(A201型) 611强碱性季铵I型阴离子交换树脂
英文名称:Duolite A101D Anion exchange resin, strong basic quarternary ammonium(I) A201; Anion exchange resin,strong basic quarternary ammonium(I)A201
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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