Sentence examples for many different atomic from inspiring English sources

Because many different atomic nuclei resonate at a characteristic radio frequency in a given magnetic field, NMR spectroscopy is now widely used to determine the molecular make-up of chemical compounds.In the late 1960s, Dr Damadian, at the time a physician at State University of New York's medical centre in Brooklyn, was among the first to contemplate using NMR to scan the human body for disease.

In order to account for tremendous variety among natural objects, Gassendi claims, there must be very many different types of atomic shapes (though not infinitely so), and many tokens of each type (again, not infinitely so).

Not all bonds of a given type will have the same length in the glass, but they will all belong to the same distribution whose average and standard deviation can, in principle, be determined by examining the atomic structures in many different parts of the glass sample, but at present the only way of doing this is by simulating the structure using, for example, the reverse Monte Carlo method.

Experimentally, impurities in BECs have been introduced, for example, as many atoms of different internal state [14, 15], different atomic species [16, 17], as individual ions [18, 19], or electrons [20].

In this study, protofibrils were defined as aggregates with diameter 3 10 nm (Fig. 1), similar to those observed for many different types of amyloids by electron and atomic force microscopy [40] [42].

It explains why one and the same thing is at the same time an atomic state of affairs and how many different beings can constitute just one thing.

In the PRISM method, once the compact S-matrix is computed for a given set of atomic coordinates, it can be used for many different simulations.

Many different definitions for heavy metals have been proposed, some based on density, some on atomic number or atomic weight, and some on chemical properties or toxicity.

The morphology and size distribution of gold nanoparticles are consistent and were confirmed by many different approaches including dynamic light scattering (DLS), UV-visible (UV-vis) spectrophotometry, atomic force microscopy (AFM), and transmission electron microscopy (TEM).

The partial atomic charges cannot be determined experimentally or derived straightforwardly from the results of quantum mechanics (QM), and many different methods have been developed for their calculation.

For this reason, the rules for determining partial atomic charges depend on their application (e.g. molecular mechanics energy, p K a etc)., and many different methods have been developed for their calculation.