Consequently, Cu(110), TiO2(110) and muscovite mica 001) are frequently chosen as a proper fundament to study the epitaxial growth of rod-like small molecules.
The carbon-coated LMFP mesocrystal exhibited good electrochemical properties (i.e., high specific capacity and superior rate capability), ensuring that the LMFP mesocrystal is a proper model system to study the reaction mechanism upon the battery cycling.
Since the main pathways related to PF were associated with hemostasis, serum would be a proper biological sample to study the disease.
A 1-D mathematical model, including electrical potential distribution equation, buffer concentration equation, as well as sample electromigration and diffusion equation, is developed by proper simplifications and assumptions to study the sample-stacking process in capillary electrophoresis.
The proper generalized decomposition is used to study the deformation of the matrix and the inclusion, and the method of Lagrange multipliers is adapted to satisfy the boundary conditions along the bonded portion of the inclusion matrix interface.
If they really cared to find out whether there were transitional forms in the fossil record, they would stop quoting out of context from children's books or outdated secondary sources and obtain the proper anatomical and paleontological training to study the fossils themselves.
The presented light scattering experiments show also the importance of a proper choice of buffer conditions to study the kinetics of ribosomal reactions.
Then, a proper model named Available Energy Absorption Model was built to study the energy efficiency.
In this section, we shall apply some of the strong convergence theorems in Section 3 to approximate a solution of the split feasibility problem, a common zero of maximal monotone operators, a minimizer of a proper lower semicontinuous convex function, and to study the related equilibrium problem.
The comments of Dr Obermair suggest that the proper question to ask is how to study the generalisability, clinical utility and level of complexity of the published tool.
From April to October 2012, by using ships-of-opportunity (SOOP), we collected simultaneous samples from 15 stations in the Gulf of Finland and the Baltic Proper to study the spatial variability in the phytoplankton species composition and biomass throughout the growing season.
