A. oryzae RIB40 batch fermentations were inoculated with spores propagated on Cove-N-Gly spore propagation medium plates incubated for 5 days at 30 °C.
Specific attention is paid to the influence of the propagation medium material properties, the chosen wave type and the geometry of the propagation medium.
There is an assumption that the absorption of the propagation medium is negligible, unless otherwise stated.
In this context, fermenting dough was used as a model propagation medium.
In the full-wave model, we also introduce the chirality effects occurring in the propagation medium, i.e., a chiral metamaterial.
It was concluded that PDMS inhibits, while SU-8 allows, the transmission of the acoustic waves to the propagation medium.
An analysis of the process of field cancellation in a three-dimensional non-dispersive propagation medium is given.
Thus, mesenchymal stem cells (MSC) were adipogenically differentiated, then, were transferred to adipogenic propagation medium, whereas they started the release of lipid droplets leaving bare network of ECM.
Computational models of the ultrasound imaging and measurement process offer considerable flexibility in their ability to alter multiple parameters of both the propagation medium and ultrasound instrument.
The sound source position is described by a random variable and the sound propagation medium is assumed to have spatially varying parameters with known values.
More specifically, it is assumed that the properties vary slowly enough such that there is no or negligible backscattering due to any changes in the propagation medium.
