Fabrication and characterization of silicon position sensitive particle detectors

It is used for particle energy measurement, to determine the shower position and direction, to identify different particles, and to measure the arrival time of the particle..

The successful fabrication of the sample with 3-D phononic crystals can be divided into four main steps: substrate preparation, deposition of silicon dioxide colloidal

Avainsanat fine particles, energy production, combustion, emission, trace elements, heavy metals, power plants, fine particle measurements, mass concentration, mass size

This study presented the fabrication and characterization of a fully printed flexible piezoelectric energy harvester based on P(VDF-TrFE) electroactive material.. The

Experimental results for MoS 2 synthesized at the annealing temperature of 900 ◦ C show the PL spectrum with the main peak at the wavelength of around 666 nm as shown in Figure

 More  opportunities  in  sensing  are  offered  through  the  increase  of  the  electric   field  at  the  metal  dielectric  interface  due  to  plasmons

The sensing elements, consisting of printed interdigitated silver electrodes and a spray-coated pSi layer, were fabricated on a coated paper substrate by a two-step process..

A scanning electron microscope image of an electrode cross section is presented in Fig. The electrode is approximately 9 µm thick, although it is quite uneven. There are large pores