Sentence examples for biological solids from inspiring English sources
Biological solids are often viscoelastic, i.e., show some fluid behavior.
Model calculations show that the extreme compressibility typical for biological solids results in the formation of a skin above the filter medium.
The degree of fluid behavior in biological solids can be tuned to adapt them to different functions, from bone tissue with little fluid behavior to mesoglea with extensive fluid behavior.
Fascinated by the efficiency of PISEMA, a family of multidimensional pulse sequences has been designed to further increase the resolution and applied to study the structure of biological solids, particularly membrane-associated peptides and proteins which are increasingly important, but notorious in general to investigate.
Dramatic recent developments in pulse sequences, instrumentation, and sample preparations enabled high-resolution structural studies of biological solids using solid-state NMR spectroscopy.
Numerical simulations play an increasingly important role in biological solid-state NMR spectroscopy.
Crossed-coil NMR probes are a useful tool for reducing sample heating for biological solid state NMR.
The first reduction of pathogens was reported by USEPA (1999) where pathogens are reduced by passing biological solid waste through the worm intestine.
Systematic errors observed when using flame atomic absorption spectrometry (FAAS) and electrothermal atomic spectrometry (ETAAS) for the analysis of biological solid materials (seafood products) were evaluated.
The biological solid residues are generally used in compost or for animal feeding; however, these compounds can increase the profitability of the biodiesel industry if they can be utilized as a substrate for the production of chemical compounds or energy.
The pulse sequences have been designed numerically using optimal control procedures and demonstrate superior performance relative to previous methods with respect to sensitivity, robustness to instrumental errors, and band-selective excitation profiles for typical biological solid-state NMR applications.
