In this study, the morphology, mineralogy and chemical composition of 10 snow-AMMs were investigated; then noble gases were measured by stepwise heating each particle using a new miniature furnace produced in our laboratory.
In this study, sphericity (using a new model, MBayram-1 equation), particle density (using dimensional method), surface area (using a software method) and volume (using dimensional method) were determined.
This paper presents an optimal Proportional Integral Derivate (PID) controller design for an Automatic Voltage Regulator (AVR) system using a new hybrid devised from the Particle Swarm Optimization and the Gravitational Search Algorithm PSOGSAA).
In order to do this, we estimated per-frame shifts for each particle using a new movie alignment program called Unblur (see 'Materials and methods').
Small-angle and wide-angle X-ray scattering techniques were combined to follow size- and structural changes of the soot particles using a new detector.
The surface modification of micro-silica particles from a high to a low energy surface was carried out by the grafting of (2-Dodecen-1-yl) succinic anhydride to the surface of micro-silica particles using a new gas-phase reaction approach.
High-level inference is performed using a new, cascading extension of the Rao Blackwellised Particle Filter.
This paper investigates the possibility for iron fortification of food using a new preparation method for protein gel particles in which iron is entrapped in the presence of ascorbate using cold-set gelation.
Ash particles were separated from the filter paper using a new toothbrush.
