He studied the effects of ultrasonics on genetic material, exploiting a special kind of ultraviolet microscopy in the study of nucleic acids in living cells.
Optimum geopolymerization conditions were chosen to develop porous 3D networks by inducing interconnected ultramacroporosity (up to the millimetre range) in the material, exploiting the ability of silicon powder to generate H2 in the reaction environment.
Informative prior distributions for tumour-dependent screening sensitivity (Table 6 in Supplementary Material) were developed by fitting a beta distribution to the sample size and number of cases in each tumour size stratum (Table 3 in Supplementary Material), exploiting conjugacy between the beta and binomial distributions (Gelman et al, 2004).
Among all the materials exploited for applications as implants, metallic biomaterials such as stainless steel tend to be the first choice primarily due to their high strength and fracture and corrosion resistance for an extended period of time [25 27].
Even while Mochica and Cajamarca people were increasing the trade of artefacts and breaking the status-quo of cultural interaction, potters of both societies did not exchange raw materials: Coastal and Highland Cajamarca potters did not produced ceramic bodies using the raw materials exploited by Mochica potters.
While studies on the influence of the used porogenic solvents reveal tuneability of pore sizes due to the unique pore formation process, tailored existence of residual vinyl groups allows facile postpolymerization modification of the highly porous, large surface area hybrid materials exploited via thiol ene "click" chemistry.
A proper design of host guest materials exploiting energy transfer processes can provide interesting artificial nanostructures for optoelectronic applications.
The depth of scientific understanding of martensitic transformations provides a strong foundation for the predictive design of materials exploiting martensitic phenomena.
Rational molecular design of supramolecular biofunctional materials exploit powerful and versatile noncovalent interactions, which offer many advantages, such as responsiveness, reversibility, tunability, biomimicry, modularity, predictability, and, most importantly, adaptiveness.
