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Characterization method for active layers for microelectrodes of electrochemical and gas sensors using scanning electron microscopy (SEM) is presented. In order to achieve maximum sensitivity and selectivity of the sensor, it is necessary to obtain precise knowledge of electrode's surface. Characterization was made using FEI Magellan SEM equipped with TLD secondary electron (SE) and CBS back-scattered...
Packages and labels are necessary for every product on the market and are present among us for many years. Packages have to include every year more and more information, gain new functionalities and characterize with attractive design what can be achieved thankfully to printed electronics. Printed electronic structures made on labels (called smart labels) that were afterwards stick on packages can...
In presented study we investigate the influence of electron irradiation, with energy of incident electrons 1 MeV, on the electrical resistance of single-walled carbon nanotube bundles. Irradiation was performed at liquid helium temperature for the first time. To determine radiation-induced damages accumulation and its further thermal recovering, the samples resistance was in situ measured in wide...
This paper is aimed to the evaluation of interfacial thermal resistance between carbon nanotube and crystal of silicon by using molecular dynamics simulation. The calculations were executed by implemented algorithm for enforcing the heat flow in the model (PERL script language) in Forcite module of Materials Studio software (Accelrys, Software Inc.). Two models of the interface between carbon nanotube...
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