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The method of annihilating positrons in the lifetime measuring mode is employed to study competitive positron-Ps trapping channels in nanoparticle-biased physical mixtures exemplified by coarse-fine-grained As4S4/ZnS nanocomposites prepared by high-energy milling.
Electron interaction with its antiparticle (positron) in lifetime measuring mode is known as an effective probing tool to characterize nanostructurization in solids possessing mixed trapping channels for annihilating positrons and their bound electron-positron states, i.e. positronium (Ps) atoms [1 5].
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Results show that the method is accurate and robust in structural damage identification when the number of measured modes is more than the number of damaged elements with or without noise.
First results of the novel experimental set-up, obtained during the APE-GAIA Antarctic campaign, are presented and discussed and possible measurement scenarios, relying on synergistic use of SAFIRE-A intensity and polarisation measuring modes, are envisaged for future applications.
Three measuring modes are proposed considering the efficiency of the structured-light sensor, the high accuracy and flexibility of the trigger probe and the rotation of the table for finding proper scanning views.
For measuring the continuous measurement mode was selected.
The measured simulation mode is the same as the simulation mode.
The average fibril height measured in tapping mode is used to determine the surface contact area for all three indentation methods.
Mitral valve E-point septal separation (EPSS) is the distance from the anterior mitral valve leaflet, and the ventricular septum in early diastole measured in M mode is also noted for every patient.
For the large micromirror device with mirror size of 5 mm × 5 mm, the first resonant frequency for bending mode was measured at 34 Hz, while the second mode, i.e., a twist mode or torsional mode, is measured at a resonant frequency of 198 Hz.
The mode is measured by the number of types of entities.
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