Results 261 to 270 of about 8,528,873 (308)

The energy calibration of tandem accelerators

Nuclear Instruments and Methods, 1969
Abstract The beam energy homogeneity, stability and reproducibility of a model MP tandem Van de Graaff accelerator has been investigated. The 90° analyzing magnet system was calibrated using a number of (p,n) thresholds whose proton energies are known absolutely in the range from 4 to 10 MeV.
J.C. Overley, P.D. Parker, D.A. Bromley
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Gamma-ray calibration energies

Nuclear Data Sheets. Section A, 1968
A tabulation is given of γ -ray energies which are suitable for calibrating high-resolution γ -ray spectrometers. Data from studies of both radioactive sources and nuclear reactions are included, allowing precision calibration in the range 25 keV ...
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Calibration of electron-energy spectrometers

Journal of Electron Spectroscopy and Related Phenomena, 1976
Relative photoionization cross-sections of strong peaks in the He(I) photoelectron spectra of N2, CO, CO2, and O2 are tabulated. These data have been measured with an electron energy analyzer whose relative luminosity has been calibrated to an accuracy of + or - 5%. Thus, the tables will be useful for calibrating the transmission of other analyzers for
J.L. Gardner, James A.R. Samson
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Energy Calibration of Electron Spectrometers

1980
One of the principal useful features of electron spectroscopy for chemical analysis (ESCA) is the identification of chemical states by the use of chemical shifts in the energies of photoelectron and Auger lines. For this purpose, the proper operation of electron spectrometers requires an accurate voltage scale.
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LEP energy calibration and MZ

AIP Conference Proceedings, 1992
This report describes the calibration of the beam energy of the Large Electron‐Positron Collider (LEP) at CERN for the 1991 running period. An intensive program of investigations and the utilization of resonant de‐polarization of transversely polarized electron beams led to improved measurements of the mass, MZ, and the width, ΓZ, of the Z0 boson.
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Recommended Values of Calibration Energies

1964
Since the time of the last International Conference on Nuclidic Masses, there has been considerable activity in several different phases of precision beam energy measurements. First, several new absolute measurements have been made of the energies of standard calibration points, two of these using an altogether new technique.
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Calibrating the energy of a

The workshop on physics at the first muon collider and at the front end of a muon collider, 1998
Rajendran Raja, Alvin Tollestrup
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Electron and Photon Energy Calibration

2012
As mentioned in Chap. 2, the EM layers of the central calorimeter (CC) are divided into 32 azimuthal modules, and the energy response is degraded near to the module boundaries. In addition to the degraded energy response, the centroid of EM clusters is biased away from gaps.
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Energy calibration of onstruments

Physica, 1952
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Electron and Photon Energy Calibration

2019
The precise reconstruction of the energy of electrons and photons is a key ingredient for many physics measurement, such as the accurate determination of the Higgs and W boson masses. The photon and electron energy measurement by the EM calorimeter is limited by several effects.
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