Thermal treatment of self-assembled FePt nanoparticles reduces the interparticle distances, resulting in dramatic changes in the type and strength of interparticle interactions. Consequently, magnetic properties such as the hysteresis and magnetization reversal mechanisms are strongly affected. It is suggested that controlled annealing of self-assembled nanoparticles may offer a novel approach ...

introduction: poroscopy is a method of identification in which the characteristics of sweat pores are compared from different aspects. these pore openings are present along the friction ridges found on the distal end of digits, palms and soles in the hands and feet. materials amd methods: this study enrolled 100 iranian males from the fars family who resided in khorasan razavi province. the ave...

Organic-rich lacustrine shales in the Upper Triassic Yanchang Formation with thermal maturity mainly oil window are main shale and gas system strata of Ordos Basin, China. Pore systems important for storage transfer gas. The objectives this study to identify pore types structures investigate controlling factors types, structures, total porosities Shale. In study, organic-rich mudstones, mudston...

Colloidal nanocrystals (NCs) hold great promise for the fabrication of thin film devices due to ability precisely control their properties and deposit coatings via solution-based protocols. The role interfaces, surface defects, (electrical) connectivity between NCs is a major bottleneck achieving desired performance. Here, novel method infiltrate densify nanocrystalline deposited from doped ZnO...

We developed an analytical relationship between nuclear magnetic relaxation and interparticle spacings in polymer nanocomposites filled with paramagnetic-impurity-containing clay nanoparticles. Using (1)H NMR relaxometry, clay nanoparticle dispersion was quantified and agrees with interparticle spacing distributions determined from statistical analysis of TEM images. Some information on the ove...

We review a recently devised Monte Carlo simulation method for the direct study of quasi-stationary properties of stochastic processes with an absorbing state. The method is used to determine the static correlation function and the interparticle gap-length distribution in the critical one-dimensional contact process. We also find evidence for power-law decay of the interparticle distance distri...