Search Results - "TOBOCMAN, W"

Free of speckle ultrasound images of small tissue structures by Tobocman, W., Driscoll, Diana, Shokrollahi, N., Izatt, J.A.

“…By using the Born approximation deconvolved inverse scattering method instead of the traditional pulse-echo method for analyzing ultrasound pulse reflections…”
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Calculation of acoustic wave scattering by means of the Helmholtz integral equation. I by TOBOCMAN, W

“…For the calculation of wave scattering by targets of complex shape it is suggested that the Helmholtz integral equation be solved in configuration space…”
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Extension of the Helmholtz integral equation method to shorter wavelengths by TOBOCMAN, W

“…The Helmholtz integral equation method (HIEM) has been shown to be an efficient method for calculating the scattering of waves by arbitrarily shaped targets in…”
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Comparison of the T-matrix and Helmholtz integral equation methods for wave scattering calculations by TOBOCMAN, W

“…Calculations of the scattering of acoustic waves by rigid prolate spheroids of various aspect ratios were performed with both the T-matrix method (TMM) and the…”
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Calculation of acoustic wave scattering by means of the Helmholtz integral equation. II by TOBOCMAN, W

“…In Part I [J. Acoust. Soc. Am. 76, 599–607 (1984)] it was suggested that an effective method for calculating the scattering of a wave field by a target of…”
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Extension of the Helmholtz integral equation method to shorter wavelengths II by TOBOCMAN, W

“…In an earlier publication [J. Acoust. Soc. Am. 80, 1828 (1986)] the extension to the regime of shorter wavelengths of the Helmholtz integral equation method…”
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Ultrasound reflections fail to reflect the histopathology of the prostate by Tobocman, W., Resnick, M.I., Pretlow, T.G.

“…High‐resolution profiles of the reflections of a broad‐band 4 MHz ultrasound pulse from radical prostatectomy and autopsy specimens in vitro have been captured…”
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Exchange symmetric effective interaction operators for coupled-reaction-channel equations and optical potentials by Tobocman, W.

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New integral equations for the transition operators of many-body systems by Tobocman, W.

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Calculable methods for many-body scattering by Barrett, R. F., Robson, B. A., Tobocman, W.

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Comparison of the Chandler-Gibson and the Baer, Kouri, Levin, and Tobocman many-body scattering formalisms by Tobocman, W.

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Derivation of the Lippmann-Schwinger N -body equations from the time-independent Schrödinger equation by Tobocman, W.

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New coupled-reaction-channels formalism for nuclear reactions by Tobocman, W.

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Test of the finite basis method for the Baer-Kouri-Levin-Tobocman scattering formalism by Tobocman, W.

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Exchange effects in the coupled-equations nuclear-reaction formalism by Tobocman, W.

“…Exchange symmetry is used to eliminate reference to physically indistinguishable channels in the coupled-equations nuclear-reaction formalism. The resulting…”
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Variational many-channel nuclear reaction formalism by Tobocman, W.

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Generalization of the Feshbach unified nuclear reaction theory to rearrangement collisions by Tobocman, W.

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Comparison of methods for calculating decay lifetimes by Tobocman, W.

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Exchange effects in the theory of radioactive decay by Tobocman, W.

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Developments in a new treatment of exchange effects in the theory of radioactive decay by Tobocman, W.

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