Sentence examples for type of characterization from inspiring English sources

It's a type of characterization that's been done over and over again.

By doing this type of characterization, all eight model factors could be comparatively uniform and described by lognormally distributed random variables.

This type of characterization is crucial when it comes to testing the operating capacity of the protective devices used in active protective measures against electric shock under different meteorological conditions.

Occasionally a theorist will say that she is presenting neither an analysis of the ordinary concept of a right, nor merely stipulating a new meaning for the term "right," but is rather offering some third type of characterization.

His candidacy and official messaging have consistently demonstrated these roots, as Trump and his campaign exemplify the type of characterization popularized by a genre defined by shocking, dramatic moments.

This type of characterization is becoming more and more relevant as targeted signalling inhibitors are being added to the therapeutic arsenal.

While the biological responses to the matrices examined in this study were not as significantly different as anticipated, the type of characterizations conducted in this study represent a systematic approach to evaluate the interplay between neuronal function, viability, biomarker expression, astrocyte proliferation, and overall culture composition.

Two types of characterization techniques were used: thermal analysis; and NO and H2 desorption at programmed temperature.

Ever since its discovery, single-walled carbon nanotube (SWNT) has been exhaustively studied with all types of characterization tools to understand its unique electrical, mechanical, and thermal properties [1 3].

Cocrystal quantities of milligrams to a few grams are typically produced depending on the types of characterization and/or initial physicochemical studies (rate dissolution, solubility, bioavailability, etc).

In parallel to pushing the limits of creating new materials by brute-force methods such as high-throughput screening robots, we are experiencing considerable improvements in experimental investigation techniques[ 2] and simulation methods.[ 3] The combination of both types of characterization approaches is currently paving the way to an increasingly rational design of crystalline compounds.