Discovering hidden features in a representation without being fixated to a single perspective of viewing it is one of the crucial acts in creative activities. The process of designing through conceptual sketches is no exception; designers should be able to discover in an unexpected way visual/spatial features of sketched elements which were not intended when the elements were being sketched. Ho...

Currently, ‘dark tourism’ is gaining popularity as a new tourism concept. Dark tourism is different from simple leisure, and its purpose is based on the succession of local grief or praying for dead people. ICT can be made more effective by optimising the potential of dark tourism. In this study, dark tourism will be analysed in terms of ICT.

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...

Measuring personality is a complex task. Besides difficult content-based problems there are some psychometric issues to be met, i. e. socially desirable answering tendencies. The present study uses simulation-based objective personality measurement to meet these psychometric issues. Computer-based “guard” and “stray” scenars are developed and tested in two samples of Special Forces applicants r...

The charging and aggregation properties of boron nitride nanospheres (BNNSs) were investigated in the presence electrolytes different compositions valences aqueous suspensions. influence mono- multivalent cations (counterions) anions (coions) on colloidal stability negatively charged particles was studied over a wide range salt concentrations. For monovalent ions, similar trends determined irre...

Subnanometer-resolved local electron energy structure was measured in PbS quantum dot superlattice arrays using valence electron energy loss spectroscopy with scanning transmission electron microscopy. We found smaller values of the lowest available transition energies and an increased density of electronic states in the space between quantum dots with shorter interparticle spacing, indicating ...

Subtle features of the reaction front formation in the A+B-->0 reaction are reported for the initially random and equal A+B reactant distribution. Three nonclassical parameters (initial linewidth, minimum, and maximum), for each interparticle gap and nearest neighbor distance distributions, are derived, as a function of time, using Monte Carlo simulations. These empirical front measures and the...

The most important result of the effect interparticle interactions ferromagnetic particles in suspensions is formation aggregates and modification their physical properties, which allows changing kinetics separation processes. interest authors to this problem dictated by both its theoretical content purely applied aspects within mineral processing. Based on block-structural approach technologic...