Sentence examples for broadest application range from inspiring English sources

SOs with chiral isopropyl- or cyclohexyl-moieties in vicinity to the SCX site showed broadest application range by baseline resolving 39 out of 53 test compounds, including α-, β-, and γ-amino acids with different substitution patterns.

The validity of the developed methodology for a broad application range is tested with a case study about Switzerland, which, because of its sparse chemical and pharmaceutical industry and an extreme variety in terms of generated waste residues, represents one of the most challenging cases.

The second method consists of a theoretical annular two-phase flow model which, aside from excellent predictive capability, possesses the unique attributes of providing a detailed description of the various transport processes occurring in the micro-channel, as well as fundamental appeal and broader application range than correlations.

For a broad application range, detection of influenza A virus strains covering a broad subtype spectrum is desirable.

This was shown for equine (H3N8) and porcine (H1N2) influenza viruses, thus implying a broader application range of the antibody mixture as reported for the use of the antibody against NP only [ 23, 28].

Mr. Scott, who claims he has "literally reinvented the wheel," expects his tires to enjoy broad applications ranging from garden equipment to big-rig trucks.

Dimensionality reduction in multivariate time series analysis has broad applications, ranging from financial data analysis to biomedical research.

Organic Rankine Cycles (ORC) have a broad economically attractive application range since they can be tailored to fit specific conditions.

The wireless sensor networks have a broad spectrum applications ranging from wild life monitoring and battlefield surveillance to border control and disaster relief and have attracted significant interests from both academy and industry.

Such natural gesture user interfaces have potential for broad application in disciplines ranging from systems engineering education to process simulation.

Engineered nanomaterials (ENMs) are already out on the market and are found in a broad range of applications, ranging from everyday goods to electronics and biomedicine [ 1].