summary:Microscopic prolate spheroids in a given volume of an opaque material are considered. The extremes of the shape factor of the spheroids are studied. The profiles of the spheroids are observed on a random planar section and based on these observations we want to estimate the distribution of the extremal shape factor of the spheroids. We show that under a tail uniformity condition the Maximum domain of attraction is stable. We discuss the normalising constants (n.c.) for the extremes of the spheroid and profile shape factor. Comparing the tail behaviour of the distribution of the profile and spheroid shape factor we show the relation between the n.c. of the profile shape factor (which can be estimated) and the n.c. of the spheroid sha...
This technical note analyzes the properties of a random sequence of prolate hyperspheroids with comm...
AbstractSolutions C(r) of the time-independent nonhomogeneous diffusion equation for three different...
The theory for the deformations of a spheroidal particle is of great scientific interest in numerous...
summary:Microscopic prolate spheroids in a given volume of an opaque material are considered. The ex...
In the paper we consider random prolate (oblate) spheroids and their random profiles. The limiting d...
summary:The extremal shape factor of spheroidal particles is studied. Three dimensional particles ar...
In the stereological unfolding problem for spheroidal particles the extremal shape factor is predict...
summary:The prediction of size extremes in Wicksell’s corpuscle problem with oblate spheroids is con...
Local stereology uses information obtained from central sections passing through a reference point o...
summary:The generalized FGM distribution and related copulas are used as bivariate models for the d...
The packing of rod-like particles has arisen in a variety of scientific and industrial applications....
In this paper we calculate the potential for a prolate spheroidal distribution as in a dark matter h...
<p>Length-normalised target strength (<i>nTS</i>) of a prolate spheroid with <i>ka</i> = 12 and <i>...
In this paper, the random packing of spherocylinders of different aspect ratios is simulated with an...
Sphericity, as one of the most important shape parameter for non-spherical objects, is extensively a...
This technical note analyzes the properties of a random sequence of prolate hyperspheroids with comm...
AbstractSolutions C(r) of the time-independent nonhomogeneous diffusion equation for three different...
The theory for the deformations of a spheroidal particle is of great scientific interest in numerous...
summary:Microscopic prolate spheroids in a given volume of an opaque material are considered. The ex...
In the paper we consider random prolate (oblate) spheroids and their random profiles. The limiting d...
summary:The extremal shape factor of spheroidal particles is studied. Three dimensional particles ar...
In the stereological unfolding problem for spheroidal particles the extremal shape factor is predict...
summary:The prediction of size extremes in Wicksell’s corpuscle problem with oblate spheroids is con...
Local stereology uses information obtained from central sections passing through a reference point o...
summary:The generalized FGM distribution and related copulas are used as bivariate models for the d...
The packing of rod-like particles has arisen in a variety of scientific and industrial applications....
In this paper we calculate the potential for a prolate spheroidal distribution as in a dark matter h...
<p>Length-normalised target strength (<i>nTS</i>) of a prolate spheroid with <i>ka</i> = 12 and <i>...
In this paper, the random packing of spherocylinders of different aspect ratios is simulated with an...
Sphericity, as one of the most important shape parameter for non-spherical objects, is extensively a...
This technical note analyzes the properties of a random sequence of prolate hyperspheroids with comm...
AbstractSolutions C(r) of the time-independent nonhomogeneous diffusion equation for three different...
The theory for the deformations of a spheroidal particle is of great scientific interest in numerous...