Various methods of synthesis of CuS nanostructures with different morphology were developed such as hydrothermal [7], microwave assisted [8] and template synthesis [9].
Subsequently, crystals of NaMgF3, with a cubic morphology, are developed, which later become embedded in the Ni-P matrix.
Such unique controllable morphology was developed by electrospinning the blend solution of PCL (8 wt% in HFIP 1,1,1,3,3,3,-Hexafluoro-2-propanol) and HSA (10 wt% deionized water).
To achieve this goal, a novel approach to quantify the interfacial forces between a randomly rough particle and membranes with special surface morphology, was developed.
The two-dimensional numerical results showed that an anisotropic morphology was developed when a temperature gradient was imposed along the polymer solution sample.
Dynamic mechanical thermal analysis confirmed the occurrence of phase separation in the cured resins and suggested that a co-continuous morphology was developed around 5 wt% PVAc.
However, when the cells were treated with TGF-β, a spindle-shaped morphology was developed, the cell-to-cell adhesions became weak, and the cells were scattered.
To ascertain whether RyR clusters were different in AF, pertinent metrics of morphology were developed and examined in 14 myocytes from 4 animals in each group.
