The physical mechanisms involved in AP are investigated by determining the natural frequencies and mode shapes of an elastic, fluid-filled spherical shell containing a concentrically located elastic sphere.
Values of laser power used to trap cells and to record Raman spectra were measured by locating an integrating sphere just after the microscope objective in our set-up (Fig. 1).
Figure 1 shows the seven dimensions of social vulnerability situated within the social ecology framework, with the identified dimensions of social vulnerability located across spheres of influence from the individual, to close family and friends, wider peer groups, institutions, community, and society.
The goal of this work is to demonstrate the emergence of a spin torque singularity (i.e. zero spin torque) and a spin rotation reversal of a small Rayleigh lipid/fat viscous fluid sphere located arbitrarily in space in the field of an acoustical Bessel vortex beam.
Then, the R-test is introduced to measure the three-dimensional displacement of a sphere located at the virtual pivot point and identify location errors.
To briefly provide an overview of this process, we first remind the reader of the standard Mie theory for a single sphere where all fields are described in the coordinate system with the sphere located at the origin.
The focus of this investigation is to identify some of the tractor beam conditions so as to achieve retrograde motion of a dielectric sphere located arbitrarily in space.
A sample calculation was performed for the case of a sphere located 40% of the channel width from one of the walls.
An analytical study is presented for the quasisteady translation, rotation, and thermophoresis of an aerosol sphere located at the center of a spherical cavity.
The parallel processing version of the algorithm has been validated using a simple microstructure consisting of a single sphere located at the centre of a cubic box, yielding consistent results.
In the lattice calculations, a boron burnable particle is modeled as a small sphere located at the center of a concentric spherical cell, surrounded by the effective fuel particle zone and fuel-free graphite zone with the same volumetric ratios as in the real fuel pebble.
