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wave power generation.   3
 

Wave power, Ocean -- See Ocean wave power


  1
wave power plants. : Electrical design for ocean wave and tidal energy systems / edited by Raymond Alcorn and Dara O'Sullivan  2013 1
 

Wave principle, Elliott -- See Elliott wave principle


  1
WAVE PROPAGATION. : Mathematics of wave propagation / Julian L. Davis  2000 1
Wave propagation dynamics. : Engineering Dynamics and Vibrations  2018 1
 

Wave pulses, Solitary -- See Solitons


  1
 

Wave, Radio -- See Radio Waves


Electromagnetic waves with frequencies between about 3 kilohertz (very low frequency - VLF) and 300,000 megahertz (extremely high frequency - EHF). They are used in television and radio broadcasting, land and satellite communications systems, radionavigation, radiolocation, and DIATHERMY. The highest frequency radio waves are MICROWAVES
  1
Wave resistance (Hydrodynamics)   5
Wave resistance (Hydrodynamics) -- Research : Hydrodynamic control of wave energy devices / Umesh A. Korde, South Dakota School of Mines and Technology, John V. Ringwood, Maynooth University  2016 1
 

Wave scattering -- See Scattering (Physics)


  1
 

Wave, Short -- See Radio Waves


Electromagnetic waves with frequencies between about 3 kilohertz (very low frequency - VLF) and 300,000 megahertz (extremely high frequency - EHF). They are used in television and radio broadcasting, land and satellite communications systems, radionavigation, radiolocation, and DIATHERMY. The highest frequency radio waves are MICROWAVES
  1
 

Wave, Sound -- See Sound


A type of non-ionizing radiation in which energy is transmitted through solid, liquid, or gas as compression waves. Sound (acoustic or sonic) radiation with frequencies above the audible range is classified as ultrasonic. Sound radiation below the audible range is classified as infrasonic

--consider also terms at PHON-
  1
 

Wave theory, Elliott -- See Elliott wave principle


  1
 

Wave theory of light -- See Also the narrower term Huygens' principle


  1
Wave theory of light.   12
Wave theory of light -- Early works to 1800. : Mathematical principles of natural philosophy : Optics / by Sir Isaac Newton. Treatise on light / by Christiaan Huygens  1952 1
 

Wave, Ultrahigh Frequency -- See Microwaves


That portion of the electromagnetic spectrum from the UHF (ultrahigh frequency) radio waves and extending into the INFRARED RAYS frequencies
  1
waveform. : The digital musician / Andrew Hugill  2018 1
waveform analysis   2
Waveform Generator : Analog Filter and Circuit Design Handbook: Chapter 17 - Phase Shift Oscillators / Carlotta A. Berry  c2014 1
 

Waveforms (Cathode ray oscillographs) -- See Cathode ray oscillographs


Here are entered works on instruments that combine an oscilloscope with a camera to produce a permanent record of a waveform. Works on test instruments in which the variations in an electrical quantity appear temporarily as a visible waveform on the screen of a cathode ray tube are entered under Oscilloscopes
  1
 

Wavefront reconstruction imaging -- See Holography


  1
 

Waveguide circulators -- See Circulators, Wave-guide


  1
 

Waveguide filters -- See Electric filters, Wave-guide


  1
 

Waveguide junctions -- See Junctions, Wave-guide


  1
waveguide theory. : Tensorial analysis of networks (TAN) modelling for PCB signal integrity and EMC analysis / edited by Blaise Ravelo and Zhifei Xu  2020 1
 

Waveguides -- See Wave guides


  1
waveguides. : 2008+ solved problems in electromagnetics / Syed A. Nasar  2008 1
Wavehill, Ronnie : Songs from the Station : Wajarra as Performed by Ronnie Wavehill Wirrpnga, Topsy Dodd Ngarnjal and Dandy Danbayarri at Kalkaringi  2019 1
 

Wavelength Dispersive X-Ray Fluorescence Spectrometry -- See Spectrometry, X-Ray Emission


The spectrometric analysis of fluorescent X-RAYS, i.e. X-rays emitted after bombarding matter with high energy particles such as PROTONS; ELECTRONS; or higher energy X-rays. Identification of ELEMENTS by this technique is based on the specific type of X-rays that are emitted which are characteristic of the specific elements in the material being analyzed. The characteristic X-rays are distinguished and/or quantified by either wavelength dispersive or energy dispersive methods
  1
 

Wavelength Dispersive X-Ray Fluorescence Spectroscopy -- See Spectrometry, X-Ray Emission


The spectrometric analysis of fluorescent X-RAYS, i.e. X-rays emitted after bombarding matter with high energy particles such as PROTONS; ELECTRONS; or higher energy X-rays. Identification of ELEMENTS by this technique is based on the specific type of X-rays that are emitted which are characteristic of the specific elements in the material being analyzed. The characteristic X-rays are distinguished and/or quantified by either wavelength dispersive or energy dispersive methods
  1
 

Wavelength Dispersive X-Ray Spectrometry -- See Spectrometry, X-Ray Emission


The spectrometric analysis of fluorescent X-RAYS, i.e. X-rays emitted after bombarding matter with high energy particles such as PROTONS; ELECTRONS; or higher energy X-rays. Identification of ELEMENTS by this technique is based on the specific type of X-rays that are emitted which are characteristic of the specific elements in the material being analyzed. The characteristic X-rays are distinguished and/or quantified by either wavelength dispersive or energy dispersive methods
  1
 

Wavelength Dispersive X-Ray Spectroscopy -- See Spectrometry, X-Ray Emission


The spectrometric analysis of fluorescent X-RAYS, i.e. X-rays emitted after bombarding matter with high energy particles such as PROTONS; ELECTRONS; or higher energy X-rays. Identification of ELEMENTS by this technique is based on the specific type of X-rays that are emitted which are characteristic of the specific elements in the material being analyzed. The characteristic X-rays are distinguished and/or quantified by either wavelength dispersive or energy dispersive methods
  1
Wavelength division multiplexing.   24
Wavelength division multiplexing -- Periodicals : WDM solutions  1999- 1
Wavelength division multiplexing -- Technological innovations. : Survivability and traffic grooming in WDM optical networks / Arun Somani  2005 1
Wavelengths.   2
Wavelet   11
Wavelet-Analyse   3
 

Wavelet Analyses -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
 

Wavelet Analyses, Spatiotemporal -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
  Wavelet Analysis -- 2 Related Subjects   2
WAVELET ANALYSIS.   3
 

Wavelet Analysis, Spatiotemporal -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
Wavelet-Basis : Affine density in wavelet analysis / Gitta Kutyniok  2007 1
 

Wavelet Signal Processing -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
 

Wavelet Signal Processings -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
 

Wavelet Transform -- See Wavelet Analysis


Signal and data processing method that uses decomposition of wavelets to approximate, estimate, or compress signals with finite time and frequency domains. It represents a signal or data in terms of a fast decaying wavelet series from the original prototype wavelet, called the mother wavelet. This mathematical algorithm has been adopted widely in biomedical disciplines for data and signal processing in noise removal and audio/image compression (e.g., EEG and MRI)
  1
Wavelet-Transformation : Discrete wavelet transformations : an elementary approach with applications / Patrick J. Van Fleet  2008 1
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