Sentence examples for behavior of the molecule from inspiring English sources

A magnetic field can flip the spins back and forth between aligned and nonaligned states, changing the chemical behavior of the molecule.

Recent theoretical work has described how the properties of the probes and linkers can alter the observed kinetics from the intrinsic behavior of the molecule in isolation.

Information about electron density distribution in a molecule is very useful, because it gives us an insight into the chemical behavior of the molecule and helps us to understand its reactivity.

Such coupling is integral to the electronic behavior of the molecule and is known to vary with both the orientation of the molecule and the substrate topography.

In the upper graphic is shown the behavior of the molecule of interest in multiple samples including response range, average and median expression level value in each comparative experiment displayed.

In this paper, we study the inelastic contributions to the current in cross-conjugated molecules and find that while the inelastic contribution to the current is larger than for molecules without interference, the overall behavior of the molecule is still dominated by the quantum interference feature.

The reactions of the inhibitor molecules with aggressive medium may also influence the behavior of the molecules.

Due to the random behavior of the molecules with Brownian motion, after escaping from the transmitter, the time they arrive at the receiver is probabilistic.

Afterwards, a modified Expectation Maximization (EM) algorithm will be presented that computes generative models, which represent the behavior of the molecules in their conformational space.

The major aim was to relate the structural behavior of the molecules with its corrosion inhibition capacity and to explore the combined influence of the aggressive medium and metal in modifying the performance of the molecules.

Although this is clearly an oversimplification of the actual situation, it is adequate to qualitatively illustrate the differences in the adsorption behavior of the molecules and provide sufficient insight for our study objectives.