For Cu Al Be, this evolution has been shown to be correlated with positron annihilation data, while, for Cu Zn Al, a correlation with neutron diffraction data has been established.
This conclusion is based also on the positron annihilation data obtained with dezincified brasses.
In this paper, we present the first results from antiproton annihilation data recorded with the Micromegas, together with a description of the event reconstruction algorithm.
From the data of positron annihilation lifetime (PAL) spectroscopy over a temperature range of 25 90 °C, the temperature dependence of free volume size, amount, distribution, and relative fractional free volume and thermal expansion behaviors of free volume were discussed.
Free volume data from positron annihilation lifetime spectroscopy (PALS) experiments are combined with a Simha Somcynsky (S S) equation of state analysis of pressure volume temperature (PVT) data to model free volume contributions to structural mobility in a series of poly n-alkyl methacrylate)s.
And at the newly constructed Belle II experiment, we use electron-positron annihilation data, to study how hadrons emergy from initial quarks.
Existing extensive experimental positron data show that positron annihilation signals respond quantitatively to the deterioration process due to weathering.
In this paper, the available data on total, elastic, annihilation and charge-exchange cross-sections at accelerator energies are carefully examined to show that the above conclusion is based partly due to incorrect parametrization of the data and partly by including charge-exchange cross-section as part of deep-inelastic process.
To explain the current abundance of dark matter in the universe (as inferred from galactic observations and other data), the rate of annihilation, which governs how often WIMPs were produced in the early universe as well as how often they annihilate now, must fall within a narrow range.
Variable energy-Doppler broadened annihilation radiation (VEDBAR) data for a GaN sample are shown which demonstrate the performance of the positron beam system.
Thus, Raman data provides additional strong evidence for annihilation of the point defects on annealing.
