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Elementary Approach to Special Relativity, 2020
In every advanced course on physics the Doppler, effect is usually the standard example for demonstrating the fundamental physical differences between the propagation of elastic waves through a mechanical medium and the propagation of electromagnetic waves through our physical space.
H. Günther
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In every advanced course on physics the Doppler, effect is usually the standard example for demonstrating the fundamental physical differences between the propagation of elastic waves through a mechanical medium and the propagation of electromagnetic waves through our physical space.
H. Günther
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Precession Parameter Estimation of Warhead With Fins Based on Micro-Doppler Effect and Radar Network
IEEE Transactions on Aerospace and Electronic Systems, 2023Precession is a typical micromotion of a ballistic missile warhead in the middle of the trajectory. The modulation of the narrow-band radar echo by the precession warhead is mainly reflected in the micro-Doppler effect, which is manifested as the Doppler
Rongzheng Zhang +3 more
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Rethinking Doppler Effect for Accurate Velocity Estimation With Commodity WiFi Devices
IEEE Journal on Selected Areas in Communications, 2022Enabling pervasive WiFi devices with non-contact sensing capability is an important topic in the field of integrated sensing and communication. Doppler effect has been widely exploited to estimate targets’ velocity from wireless signals.
Kai Niu +5 more
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Analysis of misaligned optical rotational Doppler effect by modal decomposition.
Optics Express, 2021The optical rotational Doppler effect (RDE) is closely related to the unique orbital angular momentum (OAM) carried by optical vortex, whose topological charge means the mode of OAM.
You Ding +6 more
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Remote detection of a rotator based on rotational Doppler effect
Applied Physics Express, 2020Based on the rotational Doppler effect arising from optical orbital angular momentum , we proposed the detection system of a rotator over a distance, by probing the object with a Laguerre–Gauss beam and a Kepler telescope.
Yanwang Zhai +5 more
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Doppler effect in the time-domain beamforming for rotating sound source identification.
Journal of the Acoustical Society of America, 2020Identifications of rotating sound sources are of interest in many industrial applications. The most famous beamforming to identify rotating sound source is the time-domain ROSI beamforming proposed by Sijtsma et al. (AIAA 2001-2167, 2001).
Wei Ma, Ce Zhang
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Science, 2013
Detection of an object's rotation by exploiting the orbital angular momentum of light may find applications in remote sensing and astronomy. [Also see Report by Lavery et al. ]
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Detection of an object's rotation by exploiting the orbital angular momentum of light may find applications in remote sensing and astronomy. [Also see Report by Lavery et al. ]
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Influence of lateral misalignment on the optical rotational Doppler effect.
Applied Optics, 2019The discovery of the optical rotational Doppler effect associated with orbital angular momentum of light paves a new way to detect the rotational speed of spinning objects.
Song Qiu +6 more
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