延迟

Orthogonally linearly-polarized lasers and its new applications in precision measurement are presented, including: 1 orthogonally linearly-polarized lasers, 2 principle for laser nanometer ruler (displacement sensor based on the competition between two polarized lights of the frequency splitting lasers), 3 principle for phase retardation measurement using frequency splitting technology, 4 principle for phase retardation measurement based on laser feedback effects.

介绍了正交线偏振激光器及其在精密测量中的新应用，包括：1 正交偏振双频激光器，2 纳米激光测尺(基于频率分裂的激光器两偏振光竞争位移传感器)测量原理，3 直接利用波片形成频率分裂的波片位相延迟测量原理，4 激光回馈波片位相延迟测量原理。

For the temperate zone materials, the growth period can be transformed from one day to eight days; for the influence of growth period the total trend is the put-off.

对其生育期的影响总的趋势是生育期的延迟；对生育期提前的作用没有延迟作用明显。

In order to get the rotating angle of the quarter-wave plate in solution 2, the phase difference caused by the plane mirror is accurately obtained by experiment.The technology of rotating mirror beam coupling and splitting is also studied.

闭环后，偏振耦合分光系统工作稳定，且对返回信标光的平均接收效率高于90％；为了准确计算方案2中波片旋转的角度，提出了一套测量相位延迟差的实验方法，较精确的获得了被测系统的相位延迟差。

To investigate the relationship between delayed fluorescence change and chlorophyll content of Gerbera hybrida ray floret during its development (from P1 period to P6 period), delayed fluorescence analysis of Gerbera hybrida ray floret during its development was done.

以非洲菊Gerbera hybrida为研究对象，对其生长发育过程（P1-P6期）中外轮舌状花进行延迟荧光（delayed fluorescence， DF）分析，并利用激光共聚焦成像系统对其各期表皮细胞中叶绿素的分布和相对含量进行检测，以研究非洲菊外轮舌状花发育过程中延迟荧光改变与其叶绿素变化的关系。

A time-delay reconstruction of a phase space equal to the original system has been made by analyzing of observed time series of current signal and vibratory signal, and the methods of choosing properly the embedding dimension and delay-time for phase space reconstruction have been studied in detail.

本文利用振动信号和电流信号时间序列，采用时间延迟法，重构了系统的等价相空间，并详细研究了嵌入维数及时间延迟的选择对重构相空间的影响，计算了铣削加工典型过程的Lyapunov指数谱，分析了系统的混沌特性；同时采用P-G算法，计算了混沌动力系统的奇异吸引子的分维数，分析了分维数与系统状态的关系，定量地指示出系统的混沌程度，同时也反映出系统的不可预报程度。

Other great ND-1 Nova Delay features include the ability to choose between ms and bpm readout, decide if you want spillover on individual settings and turn global tempo – where tap tempo determines delay time on user presets - on and off.

其他伟大的钕- 1新星延迟功能，包括能力之间作出选择女士和的BPM读数，决定如果你想溢出就个别设置，把全球的节奏-在哪里塔节奏，决定延迟时间对用户预置-上下车。

BPSK signal modulated by spread2spect rum sequence can be made by using SAW tap delay line.

在 扩展频谱通信系统中，常用 SAW 抽头延迟线来实现扩频序列的捕捉，利用 SAW 抽头延迟线可以生成被扩频序列调制的中频 BPSK 信号。

A method for use in a DPC includes: receiving ( 400 ) a control signal based on a desired output signal that identifies a first output tap on the delay line; based on the control signal, selecting ( 410 ) at least two output taps on the delay line for receiving at least two different phase-shifted clock signals; and generating ( 420 ) an output signal based on the control signal and the received phase-shifted clock signals that is substantially the desired output signal.

在DPC内使用的方法包括：基于期望的输出信号接收(400)用于识别该延迟线上的第一输出抽头的控制信号；根据该控制信号，在该延迟线上至少选择(410)两个输出抽头，以至少接收两个不同相移时钟信号；以及根据该控制信号和收到的基本上是期望的输出信号的相移时钟信号，产生(420)输出信号。

In this paper, a mathematical model for calculating the inclined motion has been proposed and applied to the second stage suction valve of an air compressor as an example.

计算与实测结果相符。通过计算和实测，还发现了在一个阀片上，有可能同时存在阀片颤抖和阀片延迟关闭这两种性质不同的运动，也就是说，当阀片的一部分延迟关闭时，另一部分却发生了颤抖。

Background— The INTRINSIC R (Inhibition of Unnecessary R Pacing with ASH in ICDs) study tested the hypothesis that dual-chamber rate-responsie with atrioentricular search hysteresis 60-130 programming is not inferior to single-chamber–40 programming in an implantable cardioerter defibrillator with respect to all-cause mortality and heart failure hospitalizations using an equialence margin of 5%.

背景： INTRINSIC R（ICD非必要右室起搏及房室搜索延迟）研究证实用5%的等效界值计算，就全因死亡率和心衰恶化住院而言，ICD双腔起搏频率应答模式加上房室搜索延迟模式，频率60~130 bpm，不劣于单独心室节律支持模式，频率40 bpm。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。