Sentence examples for large chemistry from inspiring English sources

The simple mixing models developed for the reburning application by Alzueta et al. [1], Cha et al. [2], and Han et al. [3] are able to incorporate the necessarily large chemistry sets with little computational overhead.

As described by Hussain and Rea [25], an MMP is a pair of molecules that only differ by a structural change at a single site, which has become a major tool for analyzing large chemistry dataset for promising chemical transformations [18].

Cal Poly is a big place with a really great state of the art orientation, a large chemistry department with a lot of experts in different fields".

There, his interest in science was kindled by chemistry professor Carl W. Holl, who encouraged him to apply for graduate school at Ohio State University in Columbus, which had one of the largest chemistry departments in the country.

Some of the largest chemistry labs in the United States, such as DuPont, are also downsizing.

He says that in his 10 years at UCLA--its 51 tenured and tenure-track faculty members make it one of the largest chemistry departments in the country --"I can't remember ever interviewing any [underrepresented] minorities" for faculty slots.

And Andrei Straumanis, now a postdoc at Sandia National Laboratories, says that active learning reduced dropout rates by 38 percentage points in a large organic chemistry class at the University of New Mexico in Albuquerque.

These polynomials are necessary for constructing Gaussian quadrature formulas that are encountered in large quantum chemistry computational packages and in calculating the Compton scattering kernel and its associated angular moments.

The new SoilDoc device, or lab-in-a-box, can determine on site, using battery-powered miniaturized sensors, the main parameters necessary for fertilizer recommendations as accurately as large wet chemistry laboratories.

This type of screening has been optimized by the pharmaceutical industry to evaluate extremely large combinatorial chemistry libraries to identify compounds with high activity for a specific molecular target.

The aim was to develop a method that can grasp some of the surface inhomogeneity that is most likely present on interstellar grains but that is, at the same time, simple enough to describe by modified rate equations that can then be applied to simulate large grain chemistry networks over large time scales and a wide range of different circumstances.