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Traveling Wave Method

Дифференциальные уравнения, 2023
A survey of the development of the traveling wave method for one-dimensional media is presented. The main results and changes in the statement of the problem of representing solutions of linear systems of partial differential equations in terms of “traveling waves” (more precisely, in terms of a system of wave transport equations) are presented.
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Traveling-wave photodetectors

IEEE Photonics Technology Letters, 1992
The authors propose and analyze the traveling-wave photodetector (TWPD), an edge-coupled photodetector that is capable of both a larger absolute bandwidth and a larger bandwidth-efficiency product than the waveguide photodetector (WGPD). The intrinsic RC bandwidth limitation is increased in the traveling-wave photodetector by providing for controlled ...
K. Giboney, J. Bowers, M. Rodwell
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Sinusoidal Traveling Waves

Transactions of the American Institute of Electrical Engineers, 1936
The theory of transients arising from the sudden application of a sinusoidal potential is presented in this paper, for the distortionless transmission line. The solution is given in the form of a series of damped sinusoidal traveling waves, the reflections diminishing progressively until the steady state is reached.
Ernst Weber, Frank E. Kulman
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Cosmic-string traveling waves

Physical Review D, 1990
We find the metric, scalar, and gauge fields for a traveling wave on a strongly gravitating cosmic string. This solutiom is found by applying a transformation to the corresponding solution for a long straight static string. Limiting cases of the solution are examined and found to agree with previous results.
, Garfinkle, , Vachaspati
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Travelling Waves

1990
Abstract In the previous chapter we dealt with the existence and spontaneous formation of stable spatially non-uniform patterns. Here, we consider another form of spatial behaviour. We envisage a (long) tube, initially containing a spatially uniform distribution of reactants.
Peter Gray, Stephen K Scott
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Traveling-wave electrooptic modulator

Applied Optics, 1983
An integrated-optics Mach-Zehnder interferometric modulator in LiNbO3 has been designed and fabricated. The electrodes are 3-μm thick asymmetric coplanar striplines formed by ion-beam etching techniques. The push–pull design and the r33 electrooptic coefficient of LiNbO3 are utilized for efficient modulation.
C M, Gee, G D, Thurmond, H W, Yen
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Traveling-wave tube limiters

1955 International Electron Devices Meeting, 1955
Good broad-band microwave limiters can be built by appropriately modifying conventional traveling-wave tubes. For example, with a single one-watt tube modified suitably the output power could be held constant to within ±½ db over a range of input power of approximately 20 db.
F.B. Fank, G. Wade
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Superconductive traveling-wave photodetectors

LEOS 2008 - 21st Annual Meeting of the IEEE Lasers and Electro-Optics Society, 2008
This paper introduces a novel family of devices for ultra-fast, ultra-sensitive and ultra-low-noise optoelectronics, namely superconductive traveling-wave photodetectors (STWPDs). STWPDs can be optimized for ultra-wideband/ultra-sensitive photodetection, photomixing and microwave/THz waveform generation.
Behnood G. Ghamsari, A. Hamed Majedi
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"High-gain traveling-wave amplifiers"

IRE Transactions on Electron Devices, 1955
Modern techniques make it possible to build traveling-wave amplifiers with stable gains as high as 60 or 70 db. Such tubes can have relatively flat frequency response, and high gain over frequency ranges well in excess of two to one. In design it is necessary to pay strict attention to adequate isolation of the input and output so that spurious ...
E.D. Denman, P.M. Lally
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Travelling wave differential protection based on equivalent travelling wave

13th International Conference on Development in Power System Protection 2016 (DPSP), 2016
Travelling wave (TW) differential protection fully utilizes the fault information contained in TW at both terminals of a transmission line, so it's a protection with high reliability and high selectivity. However, because TW differential protection needs a large amount of communication, it cannot be put into practical use.
Lanxi Tang Lanxi Tang   +3 more
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