Sentence examples for well-defined systems from inspiring English sources

AT the present time two well-defined systems of viral interference by cell products have been demonstrated in vitro.

While interactions of CDs with metal ions have been studied for decades, structurally well-defined systems are relatively rare and the application of CDs-based functional materials is in its initial phase.

Direct comparison of coefficients of thermal expansion measured by PPC with corresponding values obtained by density measurements on well-defined systems shows excellent agreement between the two methods within the accuracy of the density data.

In the case of adsorption kinetics it has successfully been applied to well-defined systems as well as to the systems where the energetic heterogeneity of solid surface plays significant role.

The technical feasibility and performance of photocatalytic degradation of four water-soluble pesticides (diuron, imidacloprid, formetanate and methomyl) have been studied at pilot scale in two well-defined systems of special interest because natural-solar UV light can be used: heterogeneous photocatalysis with titanium dioxide and homogeneous photocatalysis by photo-Fenton.

The technical feasibility and performance of photocatalytic degradation of aqueous methomyl (50 mg/L) have been studied at pilot scale in two well-defined systems of special interest because natural-solar UV light can be used: heterogeneous photocatalysis with titanium dioxide and homogeneous photocatalysis by photo-Fenton.

The most recent improvements made to the propagation of primary CEnCs have pushed the culture of these cells towards a regulatory compliant and well-defined system suitable for human clinical trials27.

An appropriate design based on well-defined system parameters and architecture can make a huge difference in the performance, cost and marketability of the entire system.

His practice of combining microscopy with complementary techniques on the same well-defined system remains the most productive approach to the solution of manifold problems in polymer physics.

This combination of approaches allows for a very well-defined system, that can be studied both experimentally and numerically, and as such can serve as a validation of heat transfer studies with Direct Numerical Simulations, in fluid-particle systems.

If companies do not deliver what they have promised, there should be a well-defined system of escalating penalties, starting with the right to sue companies and ending with taking all the assets into public ownership if a company persistently neglected its obligations.