Phenomena such as pulsar frequency glitches are believed to be explicable in terms of a differentially rotating current of “free” superfluid neutrons at densities above the “drip” threshold in the (ionic) solid crust of a neutron star. In the preceding article of this series a microscopic quantum mechanical analysis was used to predict that the relative motion of the neutron current will be cha...

Recently, some nondestructive methods for the assessment of albumen freshness were developed. Among others, visible near-infrared transmission spectroscopy and low-resolution proton nuclear magnetic resonance (LR (1)H NMR) measurements were proposed. This study was performed to evaluate the potential of the combined measurement of visible near-infrared transmission spectroscopy and LR (1)H NMR ...

Malignant neoplasms are one of the most dangerous diseases. Within framework well-established Theory Porous Media (TPM), a multi-constituent model is derived. The mathematically formulated by set coupled partial differential equations which solved within well-known finite-element method. general TPM applied to basal-cell carcinoma in avascular skin and representative numerical examples show cap...

Classical enzyme kinetic theories are summarized and linked with modern discoveries here. The sequential catalytic events along time axis by analyzed at the molecular level, using master equations, this writing tries to connect microscopic behavior of data (like velocity coefficient k) obtained in experiment: 1/k = t equals sum times taken constituent individual steps. relationships between k, ...

For the linear sigma model with quarks we derive renormalization group flow equations for finite temperature and finite baryon density using the heat kernel cutoff. At zero temperature we evolve the effective potential to the Fermi momentum and compare the solutions of the full evolution equation with those in the mean field approximation. We find a first order phase transition either from a ma...

Finding a satisfactory mechanism for quark confinement is no doubt one of the most relevant problems in fundamental physics. One off-the-beaten-track view on this question considers confinement as a prequantum effect because of the way in which the constituent cnumber fields are coupled. More precisely, with suitable interaction terms, each one of these fundamental fields can be a source to the...

A constituent based nonlinear viscoelastic (VE) model was modified from a previous study (Vena, et al., 2006, "A Constituent-Based Model for the Nonlinear Viscoelastic Behavior of Ligaments," J. Biomech. Eng., 128, pp. 449-457) to incorporate a glycosaminoglycan (GAG)-collagen (COL) stress balance using compressible elastic stress constitutive equations specific to articular cartilage (AC). For...