Sentence examples for state of chemistry from inspiring English sources

The result is a beautiful if confusing representation of the state of chemistry in the 18th century.

If we consider the primitive state of chemistry in the early 18th century, it would not be surprising that these two minerals could have been misidentified.

In spite of its largely hypothetical character, this model (i) is based on simple state-of-art chemistry, (ii) relies on easily available building material and on common catalysts, (iii) may be brought to experimental verification, and (iv) brings in close proximity a purely chemical world with a system in which properties deriving from combinatorial events become relevant selective attributes.

Practicing clinical chemists responded to an anonymous, open-ended questionnaire designed to define the state of clinical chemistry education in pathology training programs in the United States.

To contrast the current state of known chemistry ('now') with that from a little more than 40 years ago ('then'), we generated atom environments of radius r = 1 for all structures in PubChem Compound.

Professor Vidic's office sits a stone's throw from the Chevron Science Center, a 15-storey state-of-the-art chemistry laboratory and teaching facility made possible by the philanthropically-minded corporation.

Taxanes can be chemically conjugated to the targeting component using state-of-the-art chemistry.

It covers the gamut from state-of-the-art chemistry to demonstrate that nCB is a prominent component of smoke toxicity and is the likely anthracotic pigment in emphysematous lungs to showing that nCB can cause emphysema in mice.

The structural, states of surface chemistry and surface morphology of the films have been investigated by X-ray diffraction (XRD), X-ray photoelectric spectroscopy (XPS), atomic force microscope (AFM) and Scanning Electron Microscope (SEM), respectively.

Current state-of-the-art medicinal chemistry allows for the design of inhibitor libraries targeting metalloenzymes and the efficient optimization of leads identified.

This chapter outlines state-of-the art computational chemistry techniques that can be used to develop mechanistic descriptors for predictive models.