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rubidium atomic clock
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rubidium atomic clock
RIS
0.000
(Research Intensity Score)
Papers
111
Top papers
Research on frequency signal clean-up technology based on dual-DAC resolution enhancement
2026
A High-Precision Frequency Locking Method Based on All-Phase FFT Demonstrated on a Crystal Oscillator with Rubidium Clock Reference
2026
A High-Precision Frequency Locking Method Based on All-Phase FFT Demonstrated on a Crystal Oscillator with Rubidium Clock Reference
2026
低能时空耦合效应的方法论开拓与交叉科学进路——基于候选弱耦合常数的科学哲学与实验框架研究(Methodological Exploration and Interdisciplinary Approaches to Low-Energy Spacetime Coupling Effects: A Scientific Philosophy and Experimental Framework Based on Candidate Weak Coupling Constants)
2026
低能时空耦合效应的方法论开拓与交叉科学进路——基于候选弱耦合常数的科学哲学与实验框架研究(Methodological Exploration and Interdisciplinary Approaches to Low-Energy Spacetime Coupling Effects: A Scientific Philosophy and Experimental Framework Based on Candidate Weak Coupling Constants)
2026
Precise synchronization of a free-running Rubidium atomic clock with GPS Time for applications in experimental particle physics
2025 · 5 citations
Research on hybrid locking system of cesium clock and rubidium clock
2026
Low-Phase-Noise 10.23 MHz Satellite Navigation Reference Generation Based on 10th-Harmonic-Locked NALM Fiber Laser
2026
Enhancing GNSS timing and positioning performance through receiver clock noise modeling
2026
Newest papers
Research on frequency signal clean-up technology based on dual-DAC resolution enhancement
2026
A High-Precision Frequency Locking Method Based on All-Phase FFT Demonstrated on a Crystal Oscillator with Rubidium Clock Reference
2026
A High-Precision Frequency Locking Method Based on All-Phase FFT Demonstrated on a Crystal Oscillator with Rubidium Clock Reference
2026
低能时空耦合效应的方法论开拓与交叉科学进路——基于候选弱耦合常数的科学哲学与实验框架研究(Methodological Exploration and Interdisciplinary Approaches to Low-Energy Spacetime Coupling Effects: A Scientific Philosophy and Experimental Framework Based on Candidate Weak Coupling Constants)
2026
低能时空耦合效应的方法论开拓与交叉科学进路——基于候选弱耦合常数的科学哲学与实验框架研究(Methodological Exploration and Interdisciplinary Approaches to Low-Energy Spacetime Coupling Effects: A Scientific Philosophy and Experimental Framework Based on Candidate Weak Coupling Constants)
2026
Research on hybrid locking system of cesium clock and rubidium clock
2026
Low-Phase-Noise 10.23 MHz Satellite Navigation Reference Generation Based on 10th-Harmonic-Locked NALM Fiber Laser
2026
Enhancing GNSS timing and positioning performance through receiver clock noise modeling
2026
Distributed Synchronous Acquisition for Next-Generation Heliograph
2026
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