To shed light on the origin of colloidal stability in ionic liquids, we focus on a model colloidal
system (maghemite nanoparticles) in which surface charge and counterion nature can be …

This paper deals with the problem of thermal history analysis of high temperature
components for applications such as furnaces, nuclear reactors and jet engines. It focuses …

An electron spin echo in a nitroxide-containing polymer cathode film for organic radical
batteries is observed for various states of charge at cryogenic temperatures. The EPR …

Determination of the distribution of magnetic resonance (MR) transverse relaxation times is
emerging as an important method for materials characterization, including assessment of …

Although nitride electronics have matured rapidly, the performance and reliability of nitride
high electron mobility transistors (HEMT) and other electronic devices have been hampered …

Traditional theories of the nuclear magnetic resonance (NMR) autocorrelation function for
intra-molecular dipole pairs assume a single-exponential decay, yet the calculated …

This paper presents a thermal analysis and methodology of thermal parameters
identification of thermal multilayer structures using thermographic measurements after …

Traditional theories of the NMR autocorrelation function for intramolecular dipole pairs
assume single-exponential decay, yet the calculated autocorrelation of realistic systems …

This paper shows that using the Padé–Laplace (PL) method for deconvolution of multi-
exponential functions (stress relaxation of polymers) can produce ill-conditioned systems of …

A new software tool for transient thermal analysis based on thermographic measurement of
temperature is presented. In the proposed approach, temperature change after applying or …