Results 251 to 260 of about 196,301 (311)
A comparison of Gaussian processes and polynomial chaos emulators in the context of haemodynamic pulse-wave propagation modelling. [PDF]
Philos Trans A Math Phys Eng SciPaun LM, Colebank MJ, Husmeier D.
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Self-reactive impedance surfaces for enhanced quasi-line wave propagation in the terahertz spectrum. [PDF]
Sci RepAhmadi Z +10 more
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An Electronic "Tongue" Based on Multimode Multidirectional Acoustic Plate Wave Propagation. [PDF]
Sensors (Basel)Ageykin N +8 more
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Journal of Mechanics in Medicine and Biology, 2013
The general behavior of wave propagation in liposomes, including the effect of rotary inertia, is examined in this paper, based on a continuum cylindrical shell model. The disperse curves are obtained by solving an eigenvalue problem. The characteristics of wave propagation in liposomes are described using numerical examples. The results show that wave
Dong, Ke, Lu, Guoxing
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The general behavior of wave propagation in liposomes, including the effect of rotary inertia, is examined in this paper, based on a continuum cylindrical shell model. The disperse curves are obtained by solving an eigenvalue problem. The characteristics of wave propagation in liposomes are described using numerical examples. The results show that wave
Dong, Ke, Lu, Guoxing
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Bell System Technical Journal, 1933
Part I of this paper first describes a method of measuring attenuation and field strength in the ultra-short-wave range. A resume of some of the quantitative experiments carried out in the range between 17 megacycles (17 meters) and 80 megacycles (3.75 meters) and with distances up to 100 kilometers is then given.
Schelleng, J. C. +2 more
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Part I of this paper first describes a method of measuring attenuation and field strength in the ultra-short-wave range. A resume of some of the quantitative experiments carried out in the range between 17 megacycles (17 meters) and 80 megacycles (3.75 meters) and with distances up to 100 kilometers is then given.
Schelleng, J. C. +2 more
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2014
Wave phenomena are used to evaluate material properties nondestructively as well as to locate and measure defects in critical structures. In fact, physical acoustics is directly related to ultrasound since the ultrasonic waves are employed to determine the properties of materials.
CARCANGIU, SARA +2 more
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Wave phenomena are used to evaluate material properties nondestructively as well as to locate and measure defects in critical structures. In fact, physical acoustics is directly related to ultrasound since the ultrasonic waves are employed to determine the properties of materials.
CARCANGIU, SARA +2 more
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Fundamentals of Wave Propagation
2004The most important qualitative statements about wave propagation can be deduced by experiences of every day life. When observing temporary, often repeated sound incidents (e.g. a child rhytmically bouncing a ball, hammers blowing at a construction site, etc.) a time-delay can easily be determined between the optical perception and the arrival of the ...
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1979
Abstract : There were a number of significant accomplishments during the past 3 years. In this period, 12 papers were published in refereed journals, 4 papers were published as chapters in books and conference proceedings, 7 papers were accepted for publication, and 28 invited lectures were presented.
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Abstract : There were a number of significant accomplishments during the past 3 years. In this period, 12 papers were published in refereed journals, 4 papers were published as chapters in books and conference proceedings, 7 papers were accepted for publication, and 28 invited lectures were presented.
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2003
Abstract This chapter investigates some aspects of wave propagation with a major focus on the effects of linear constitutive properties (functions or functionals). A detailed analysis of time-harmonic waves in uniform materials is given and classical topics on plane waves are re-visited, such as waves in magneto-hydrodynamics or in ...
Mauro Fabrizio, Morro Angelo
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Abstract This chapter investigates some aspects of wave propagation with a major focus on the effects of linear constitutive properties (functions or functionals). A detailed analysis of time-harmonic waves in uniform materials is given and classical topics on plane waves are re-visited, such as waves in magneto-hydrodynamics or in ...
Mauro Fabrizio, Morro Angelo
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