Further, the homogenizing constitutive equation was obtained according to the linear viscoelastic constitutive equation becoming the foundation of solving analytic solutions of material behavior.
Electrospinning is a technology used for the production of nanometric fibers starting from a solution of material spun by a needle in an electrostatic field.
This simulation method helps to establish rules to navigate through the diagrams and to draw crystallization paths with the algebraic solution of material balances.
All solutions of reacting materials were prepared in distilled water.
The crystal configurations of A3B2X9 and A3BX6 were tried to be controlled by the amount of elements in the solutions of source materials.
Besides, the adopted method also avoids using the fundamental solutions of anisotropic materials and overcomes the difficulties of solving the inclusions with irregular shapes in the BEM.
The workflow designed for the production of arrays of liquid coatings involves the robotic transfer of aliquots of solutions of raw materials to an array of glass vials and mixing of the coatings using an unconventional magnetic stirring process.
The dispersion of single-walled carbon nanotubes (SWNT) in aqueous solutions of biological materials enables the production of bulk films and fibers that combine natural biological activity with SWNT's intrinsic mechanical, thermal, and electrical properties.
This separated solutions of biological materials by passing electric fields through them; the experiment aimed at supporting research into diabetes treatments.
Solar cells based on nanoparticles have attracted intense attention in view of their compatibility with the solution synthesis of materials, low-cost fabrication of devices, and large area flexibility.
