The gas-phase model becomes a system of stiff ordinary differential equations with respect to axial position; the upstream (inlet) boundary conditions are specified and the axially varying solid properties are parameters in integration.
The stock formulation was then harvested and potency, particle size, and solid-state properties were checked.
Several potential factors giving rise to different solid-state properties were summarized.
Solid state properties were probed by off-line DRS over a temperature range from −50 to 180 °C in a frequency range from 10−3 to 106 Hz.
Their solid state luminescent properties were also investigated.
In this work the solid-state rheological properties were studied in chicken bone.
The synthesized compounds are well characterized by various spectroscopic techniques, and their solid-state photophysical properties were investigated.
The solid structure and properties were monitored with FT-IR, XRD, TG, DSC, and polarized optical microscope (POM).
In the cases of individual segments or solids, inertial properties are expressed in either the local frame of the particular segment or in the fixed frame.
In this paper, we used the Langmuir Blodgett (LB) technique to obtain controlled architectures of urease immobilized in solid supports, whose physicochemical properties were investigated in detail.
