High-precision atomic clock technology requires corresponding measurement techniques of high accuracy frequency stability.

The random variation in atomic clock noise is presented at small scale.

在小尺度上，原子钟噪声是完全随机的变化特征。

Principle and circuit system design of CPT atomic clock

CPT原子钟的原理及其电路系统框架设计

The Estimation of Atomic Clock's Frequency Stability by Wavelet Variance

利用小波方差进行原子钟频率稳定度的估计

Monte Carlo Method Applied to Simulation of Atomic Clock Noise

原子钟噪声的蒙特卡络模拟方法

The low noise frequency synthesize technology is used in the high performance atomic clock.

在高性能原子钟中都采用低噪声频率合成技术。

Analysis of frequency stability of atomic clock under sinusoidal vibration

正弦振动条件下原子钟的频率稳定度分析

Design and Realization for Circuit System of CPT Atomic Clock

CPT原子钟电路系统的设计与实现

The theoretical basis of the time scale algorithm is the atomic clock noise model.

对于时间尺度算法，其理论基础是原子钟噪声模型。

Preliminary analysis of predicting method of atomic clock frequency

原子钟频率预报方法的初步分析

A Neural Network Model of the Atomic Clock Signal

原子钟信号的神经网络模型

Analysis of Estimation Error in Atomic Clock Phase and Frequency

原子钟相位与频率估计的误差特性

Frequency Control Model of Atomic Clock Based on Coherent Population Trapping

基于CPT原理原子钟的频率控制系统

A Wavelet Analysis on the Environment Temperature Variation of an Atomic Clock

用小波变换原理检测原子钟环境温度的变化

Developing a high accuracy atomic clock for space applications in this country

发展我国的空间用高准确度原子钟

A Comparative Study of Noise Reduction Method for Atomic Clock Data

原子钟数据消噪方法比较研究

Optical fiber analog communication system for transmitting high steady atomic clock signals

传输高稳定原子钟信号的光纤模拟通信系统

Design of VCSEL laser control system based on CPT atomic clock

基于CPT原子钟的VCSEL激光器控制系统设计

Electrothermal Vaporization Atomic Spectrometry/ Mass Spectrometry for Trace Analysis

电热蒸发原子光谱/质谱联用技术及痕量分析

Some New Techniques of the Vapor Generation Sampling for Atomic Optical/ Mass Spectroscopy

原子光谱/质谱分析中蒸气发生法进样的非传统技术的研究

The effects of the motion of atomic mass centre and field mode structure on the dynamics of the field phase in the Jaynes Cummings model are discussed by means of the Hermitian phase formulas of Pegg and Barnett.

运用Pegg-Barnett的厄米相位公式，研究了J-C模型中原子质心运动和场模结构对场相位动力学的影响。