《时间频率学报》2020年总第43卷总目次

《时间频率学报》2020年总第43卷总目次

基于光晶格钟的自旋轨道耦合简介……………………………………………………………王林雪，郭慧，刘涛，张晓斐(1)

一种应用于无线时间同步系统的捕获算法………………………………………张梦琳，王嘉琛，刘音华，张慧君，李孝辉(9)

基于多核处理器的NTP服务器设计………………………………………………………………………刘岩，武建锋，王康(18)

XPNAV-1卫星首批公开数据中光子能量对计时精度影响的统计分析………………………………朱鸿旭，童明雷，周庆勇，李琳，蒋丰媛，韩孟纳(29)

国家授时中心VLBI网13 m射电望远镜指向修正………………………吴文雅，马浪明，姚当，刘佳，吴元伟，杨旭海(41)

基于db5小波分析的u-blox惯导信息去噪实现……………………………………………于露，马红皎，罗近涛，胡永辉(54)

GLONASS星载钟性能分析…………………………………………………赵丹宁(66)

基于不同机构钟差产品的GNSS星载钟性能分析与评估……………………………………………………丁毅涛，郭美军(72)

皮秒级16通道精密事件计时器研制………………………………………陈法喜，孔维成，赵侃，刘涛，张首刚(85)

基于软件接收机的卫星双向时间频率传递………………………武文俊，姜萌，王翔，张继海，广伟，董绍武(94)

卫星单频近距离共视与双频单向授时站间同步性能分析…………………………………………曾文帝，何力，刘娅(101)

星载原子钟频率跳变检测方法仿真分析研究………………………………………秦晓伟，孙云峰，杜二旺，王国永(113)

守时实验室iGMAS站接收机钟差分析与时延相对校准………………………王然，杨旭海，孙保琪，杨海彦，张喆(121)

一种基于伪距的罗兰C定位授时解算方法………………………………………………燕保荣，李云，郭伟，华宇(130)

天顶筒测量世界时的CCD星图处理方法…………………………………………蒋梦源，尹东山，李海波，高玉平(143)

北斗系统QMBOC信号无模糊多径抑制算法研究……………………王森，王雪，霍翔，饶永南，陈校非，卢晓春(153)

基于光学谐振腔的可调谐滤波器特性研究……………………………项晓，侯飞雁，权润爱，董瑞芳，刘涛，张首刚(169)

GPS多接收机加权组合共视时间比对…………………………………张健，董绍武，武文俊，王威雄，郭栋，袁海波(175)

国产卫星双向时间比对设备性能评估分析…………………………………………………王茂磊，肖胜红，李冲，张悦(185)

基于经度变换法的单台链双曲线定位GDOP计算……………………………王璐璐，何在民，韩振兴，黄媛媛，鲁刚(196)

脉冲星计时中噪声对稳定度的影响分析……………………………张哲浩，童明雷，赵成仕，朱幸芝，刘舒，韩孟纳(204)

参考钟对背景引力波灵敏度曲线的影响研究……………………………………………刘舒，童明雷，赵成仕，李变，朱幸芝，张哲浩，韩孟纳，蒋梦源，崔广利(214)

GPS/INS松耦合组合导航的自适应卡尔曼滤波算法研究………………………………周先林，张慧君，和涛，李孝辉(222)

VLBI观测北斗GEO卫星的相关处理试验………………………………………………张继荣，李辉，弓剑军，杨旭海(231)

文后参考文献著录格式…………………………………………………………………………《时间频率学报》编辑部(240)

《时间频率学报》公开诚信声明………………………………………………………………《时间频率学报》编辑部(244)

双变量拉比法制备冷原子及其冷原子碰撞频移的研究…………………………………管勇，刘丹丹，王心亮，张辉，施俊如，白杨，阮军，张首刚(245)

基于实地光纤的双向量子时间传递实验研究………………侯飞雁，权润爱，项晓，靳亚晴，董瑞芳，刘涛，张首刚(253)

北斗PPP高精度时间比对技术研究……………………………………张继海，董绍武，袁海波，广伟，宋会杰，章宇(262)

基于晶振的远程时间同步参考源性能分析……………………………王嘉琛，樊多盛，肖波，邓智峰，刘娅，李孝辉(270)

基于卡尔曼滤波的Ad Hoc网络节点间时间同步算法研究…………………………………………孙力，邹德财，韩涛(279)

基于CNES实时多系统产品PPP时间传递………………………………………………姚攀，杨旭海，孙保琪，武美芳(288)

一种层次聚类和自适应加权K近邻组合的室内定位算法…………翟俊杰，李廷会，黄飞江，袁海波，张虹，胡传君(300)

毫秒脉冲星计时噪声处理方法研究………………………………………………………………李变，屈俐俐，陈永奇(310)

《时间频率学报》2020年总第43卷总目次……………………………………………………《时间频率学报》编辑部(318)

《时间频率学报》公开诚信声明…………………………………《时间频率学报》编辑部(322)

Brief introduction of spin-orbit coupling in optical lattice clock……………………………………………………………………………………,,,(1)

An acquisition algorithm applied to the wireless time synchronization system……………………………………………………………………,,,,(9)

Design of NTP server based on multi-core processor………………………………………,,(18)

Statistical analysis of the influences of photon energy on timing accuracy in the first public data release of XPNAV-1 satellite………………………………,,,,,(29)

Pointing calibration of 13 m antenna of VLBI network at National Time Service Center…………………………………………………………………,,,,,(41)

Implementation of u-blox INS information denoising based on db5 wavelet analysis………………………………………………………………………………………………,,,(54)

Performance analysis of GLONASS satellite clocks………………………………………………………………(66)

Performance analysis and evaluation of GNSS satellite clock based on clock products from different institutions…………………………………………………………………,(72)

Development of picosecond 16 channels precise event timer…………………………………………………………………………………,,,,(85)

Two-way satellite time and frequency transfer based on software defined receiver………………………………………………,,,,,(94)

Analysis of synchronization performance between two stations with satellite single-frequency close-range common view and dual-frequency one-way timing……………………………………………………………………,,(101)

The research on simulation analysis of on-board atomic clock frequency jump detection method………………………………………………………………………………,,,(113)

Clock analysis and delay calibration of iGMAS receivers at time-keeping laboratory…………………………………………………………………………,,,,(121)

A solution method of positioning and timing based on pseudo distance assigning for Loran-C…………………………………………………………………………………,,,(130)

CCD star map processing method for measuring UT1 with zenith telescope…………………………………………………………………………………,,,(143)

Unambiguous multipath mitigation algorithm for BDS quadrature multiplexed binary offset carrier signal………………………………………………………,,,,,(153)

Characterization of a tunable optical filter based on a passive cavity for femtosecond lasers……………………………………………………,,,,,(169)

GPS multi-receiver weighted combined common-view time comparison…………………………………………………………,,,,,(175)

Performance evaluation analysis of domestic two-way satellite synchronous equipment……………………………………………………………………………………-,,,(185)

Single-chain hyperbolic positioning GDOP calculation based on longitude transformation method………………………………………………………………,,,,(196)

Analysis of the effect of noises in pulsar timing on the stabilities of pulsar time……………………………………………………………,,,,,(204)

Research on the effect of referenced clocks on the sensitivity curve of gravitational wave backgrounds……………,

,,,,,,,(214)

Research on adaptive Kalman filter algorithm for GPS/INS loosely coupled integrated navigation……………………………………………………………………,,,(222)

Correlation processing experiment of VLBI BeiDou geostationary satellite observation……………………………………………………………………,,,(231)

Format of scientific papers…………………………………………………………………………………………(240)

Public integrity statement of the Journal of Time and Frequency…………………………………………………(244)

Investigation of preparing atoms by two variable rabi method and cold atom’s collisional frequency shift in Cs fountain clock…………………………………………,,,,,,,(245)

Experimental research on two-way quantum time transfer based on solid fiber……………………………………………,,,,,,(253)

Study on BeiDou PPP high precision time comparison……………………………………………………………………,,,,,(262)

Performance analysis of remote time synchronized reference source based on crystal oscillator…………………………………………………,,,,,(270)

Study on time synchronization algorithm of Ad Hoc networks based on Kalman filter…………,,(279)

PPP time transfer based on CNES real-time GNSS products……………,,,(288)

An indoor positioning algorithm based on hierarchical clustering and adaptive weighted K nearest neighbor combination……………………………………,,,,,(300)

Study on the timing noise analysis method of millisecond pulsar……………………………,,(310)

A comprehensive table of contents for Vol.43 (2020) of the Journal of Time and Frequency……………………(318)

Public integrity statement of the Journal of Time and Frequency…………………………………………………(322)