Experimental models of prion‐like protein propagation

Experimental validation of photoacoustic k-space propagation models

Propagation models to predict the temporal output of a sensor in response to an arbitrary photoacoustically generated initial pressure distribution have been developed. k-space (frequency-wavenumber) implementations have been studied with the aim of producing fast and accurate predictions. The k-space models have several advantages. They may be implemented using the Fast Fourier transform, whic...

Experimental Validation of Percolation-based Models for Propagation Prediction

Tau Strains and Their Propagation in Experimental Disease Models

Tauopathies encompass a broad family of neurodegenerative diseases, including Alzheimer’s disease, which are characterized by the fibrillization of the microtubuleassociated tau protein. The normal function of tau is to stabilize and promote the assembly of microtubules in neuronal axons. Sequestration of tau into amyloid fibrils results in destabilization of the microtubule network and may con...

Part A- Experimental: Experimental Analysis of Crack Propagation in Pre-stressed Concrete Sleepers by Fracture Mechanics

This study investigates propagation of mode I crack in B70 pre-stressed concrete sleepers by fracture mechanics approach. A new experimental analysis is done for notched B70 pre-stressed concrete sleepers with Replica test and image analysis. A scanning electron microscope test (SEM) and an image analysis are applied for the Replica test in order to determine crack length and crack mouth openin...

Simulation of Radiowave Propagation Using Propagation Models

In this article we review the fundamental issues involving the simulation of the radio channel and discuss some of the more challenging simulation topics that are pertinent to the radio channel. Radio and propagation channels The propagation channel, together with the transmit and receive antennas, constitute the radio channel. Figure 1 depicts the propagation and radio channel's place in a rad...