Search Results - "Benenson, R. E"

Polymer ERD standards and charge integration for low intensity He ion microbeams by Lovelace, B., Bakhru, H., Haberl, A.W., Benenson, R.E.

“…Mylar and Kapton foils were used as elastic recoil detection (ERD) calibration standards for He ion microbeam currents of the order of 1pA. At these beam…”
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Microbeam analysis of hydrogen near a crack tip in titanium by Lovelace, B., Bakhru, H., Haberl, A.W., Benenson, R.E.

“…Microbeam transmission elastic recoil detection (ERD) was used to analyze microscopic hydrogen distributions near a crack tip in Ti foil loaded with an initial…”
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Microbeam elastic recoil detection of hydrogen and deuterium in transition metals by Lovelace, B., Bakhru, H., Haberl, A.W., Benenson, R.E.

“…Microbeam ERD (elastic recoil detection) was used to create the first microscopic maps of hydrogen and deuterium distributions in transition metal foils. Beam…”
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Direct observation of the force on a dielectric by Benenson, R. E.

“…A technique for direct observation of the force on a dielectric is described. The technique provides graphic demonstration that a dielectric material…”
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Lattice dynamics of LaB6 studied by ion channeling: La in the Einstein model by PEYSSON, Y, DAUDIN, B, DUBUS, M, BENENSON, R. E

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Investigation of the phase transition in lead fluoride by proton channeling by BENENSON, R. E, ROTH, W. L, GIBSON, W. M, DAUDIN, B, DUBUS, M, JONES, C. C, GUGGENHEIM, H. J

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ERD simulation of composite materials using ITSPECT by Lovelace, B., Bakhru, H., Haberl, A.W., Benenson, R.E.

“…ITSPECT is a custom software package developed exclusively for elastic recoil detection (ERD) spectrum analysis of both H and D for incident He with energy…”
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Coupled oscillations of a ball and a curved‐track pendulum by Benenson, R. E, Marsh, B. B.

“…The curious motion of a quarter‐circle track suspended as a pendulum in which a ball bearing moves back and forth is analyzed using Lagrangian mechanics…”
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Magnetic forces and circuits by Benenson, R. E., Raffaele, R.

“…The one‐dimensional magnetic stress formula is verified by measuring the force needed to separate pole pieces which are part of a magnetic circuit. Field…”
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Molecular Velocity Determination through Gas Effusion: Intermediate Laboratory Experiment by Benenson, R. E.

“…An experiment is described to determine the average velocity of gas molecules in a container while effusion takes place through a small hole into vacuum. When…”
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Energy Levels in N 14 and C 14 from Deuteron Bombardment of C 13 by Benenson, R. E.

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Analysis of a thermal conductivity of gas experiment by Benenson, R. E., Dubin, R. R.

“…The data from a projects laboratory experiment are analyzed to give values of the coefficient of thermal conductivity λ. Experiments using simplified apparatus…”
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Self‐diffusion experiment using a neutron generator by Benenson, R. E., Rimawi, K., Chaitin, M., Goldenberg, S., Kaplan, D.

“…A measurement of the coefficient of self‐diffusion of xenon or krypton gas is described as an advanced undergraduate or early graduate student experiment. The…”
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Interference between reaction mechanisms in S 32 ( He 3 ,n) Ar 34 by Benenson, R. E., McEllistrem, M. T., Weil, J. L., Coker, W. R., Tamura, T.

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Elastic Scattering of Alpha Particles by O 16 by McDermott, L. C., Jones, K. W., Smotrich, H., Benenson, R. E.

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Comparison of Differential Cross Sections for the Reactions C 12 ( d ,   p ) C 13 and C 12 ( d ,   n ) N 13 by Benenson, R. E., Jones, K. W., McEllistrem, M. T.

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Precision Measurements of the n − p Total Cross Section at 0.4926 and 3.205 MeV by Engelke, C. E., Benenson, R. E., Melkonian, E., Lebowitz, J. M.

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Molecular Velocity Determination through Gas Effusion: Intermediate Laboratory Experiment by Benenson, R. E

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C 13 ( d , n ) N 14 and O 18 ( d , n ) F 19 Differential Cross Sections at 3.9-MeV Bombarding Energy by Benenson, R. E., Yaramis, B.

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Analysis of a Thermal Conductivity of Gas Experiment by Benenson, R. E, Dubin, R. R

“…Discusses difficulties encountered in the determination of the thermal conductivity of a gas. Provides analyses of one particular set of data. (CP)…”
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