1) delay cable grouped
分组延迟线
1.
The high gain x-y position sensitive PPAC with delay cable grouped readout,the scintillation foil time pickup detector focusing with ellipsoidal surface,the traverse field IC,the large area two dimensional position sensitive scintillatillator with PMT matrix readout,the Compton suppressed HPGe γ-ray detectors and twin longitudinal field iC are major components.
高增益分组延迟线读出、重心定位PPAC,横向场IC,椭球面镜聚焦、PMT读出、闪烁薄膜时间拾取器,双叠层纵向场阳极分条读出IC,PMT矩阵读出x—y位置灵敏Phoswich闪烁探测器,康普顿抑制HpGeγ探测器等单元是这套装置的基本部件。
2) delay line assembly
延迟线组
1.
The fundamental principle and the constructional form of SAW high accuracy 15 channel delay line assembly is presented,the experimental result is also given.
介绍声表面波高精度15路延迟线组的基本原理及构成方式,并给出了实验结果。
3) grouping and delaying
分组延迟
4) fractional delay line
分数延迟线
1.
An efficient algorithm of variance-time fractional delay line, which is used in changing sample rate, is proposed.
提出了一种有效的FIR时变分数延迟线算法,可用于实时语音采样率转换。
2.
This paper propose an efficient algorithm of variance-time fractional delay line for sampling rate conversion(SRC),which implements bandlimited interpolation employed orthogonal polynomial based on minimum the energy of approximation in time domain.
提出了一种用于采样速率转换的时变分数延迟线算法,该算法是基于时域插值能量最小化,用构造的离散正交多项式进行带限插值。
5) optical fiber delay lines
光纤延迟线组
1.
Based on EQC coding,a address-changeable WOCDMA encoder/decoder and WLAN structure are designed,combined with the principle of the encoder/decoder based on optical fiber delay lines or Fiber Bragg Grating.
在EQC编码的基础上,结合光纤延迟线组和光纤光栅编解码器原理,设计了一种完全可变址的WOCDMA编解码器和无线局域网络的物理构建,并分析了WOCDMA多址接入方式的优点,将OCDMA技术用于室内无线局域网。
6) logical layered-and-delayed
逻辑分组延迟
1.
This algorithm adoptes a kind of logical layered-and-delayed broadcasting mode used for optimum information communicating with the purpose of improving the operation efficiency of the algorithm and avoiding local optimum.
在该种传播模式下,其优化信息的传播范围具有逻辑分组延迟和随计算进行逐渐扩大的传播特征,从而保证了算法的遍历性和全局收敛特征。
补充资料:延迟线
在电路中将电信号延迟一定时间再输出的器件。对模拟信号一般用电感和电容组成或直接用同轴电缆和螺旋线;数字信号还用电荷耦合器件或声表面波器件。延迟时间约为10-9~10-5秒。广泛用于雷达、通信、计算机、彩色电视及测量仪器(如示波器)中。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条