Atomic force microscopy has been used to characterize the evolution of MoO3(010) growth and cleavage surfaces during reactions with air–N2–MeOH mixtures between 200 and 300◦C. At reaction temperatures ≥250◦C, closed step loops, bounded by undercoordinated surface Mo sites, nucleate and grow as the (010) surface volatilizes in a nearly layer-by-layer fashion. The density and crystallography of t...

the our main goal of the present research is evaluating the performance of mno2 nanoparticles-agx zeolite composite as a novel adsorbent catalyst for the decontamination reactions of two most known sulfur mustard simulants; 2-chloroethyl phenyl sulfide (2-ceps), 2-chloroethyl ethyl sulfide (2-cees) at room temperature and monitoring by gas chromatography flame ionization detector (gc-fid) and g...

A method has been suggested for the estimation of nonisothermal kinetic parameters from TG curve at any temperature. This would help to resole reactions from a single thermogram. Some methods have been suggested to calculate nonisothermal kinetic parameters for some reactions. Intreraisokinetic or intrakinetic compensation effect technique is employed to resolve reactions. Calcium oxalate decom...

An expression for the radiation force from a cw-laser on a fluidfluid interface is derived that is able to model the giant deformations observed in modern experiments when the fluid system is close to the critical point implying that the surface tension is very small. The core of our argument is that the system is modelled as a step-index optical fiber. Then, observing that the dominant HE11 mo...

This paper describes the system of the team SKL in the NTCIR-11 RITE-VAL workshop. The system consists of two modules: RTE module and text-search module. The RTE module, which is a modified version of our previous system for the binary classification in the RITE-2 workshop, takes two-step classification strategy. The first step classifies a given text pair into positive or negative entailment c...

The effect of chemical reactions on the blast initiation of detonation in gaseous media has been investigated in this paper. Analytical method is based on the numerical solution of onedimensional reactive Euler equations. So far, analyses on the blast initiation of detonation have modeled the combustion process as a one-step chemical reaction, which follows the Arrhenius rate law. Previous stud...