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In their research, Phenrat et al. [15], aggregates of nanoscale zero-valent iron particles were measured using dynamic light scattering, optical microscopy and sedimentation measurements.
When α particles were measured at the telescope edge, the induced signal (cross-talk) was decreased.
Velocities of individual tracer particles were measured during mass flow and velocity field was evaluated.
The resistance changes in films of these particles were measured as a function of CO concentration.
The average particle sizes of the HAp and the HAp OVA particles were measured by particle size analysis.
The average diameters of the PABA and PMBA particles were measured to be 94 and 102 nm, respectively.
The surface area and pore volume of the particles were measured by nitrogen adsorption via the Brunauer Emmett Teller method.
The sizes and the temperature behavior of obtained particles were measured by DLS, TEM and SEM.
The temperature and velocity of in-flight particles were measured with the DPV2000 diagnostic system.
Exit functions of the inactive adsorber (containing sorption inert particles) were measured as the response to non-ideal step functions.
The burning times, radiation histories, and color temperatures of the free falling particles were measured using optical sensors.
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