| 11. | In 1912, Peter Debye develops the concept of molecular dipole to describe asymmetric charge distribution in some molecules.
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| 12. | It was used to show the first images of charge distribution over a single molecule in November 2011.
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| 13. | I guess this term is referring to nonspherical electronic or charge distribution, but alternative explanations would be welcome.
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| 14. | GAP works to open the G protein for nucleophilic attack by water and induce a GDP-like charge distribution.
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| 15. | This sensitivity has been used to study effects on charge distribution resulting from substitution, weak interactions, and charge transfer.
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| 16. | It can be shown that, if the charge distributions of the two monomers overlap, the multipole expansion is formally divergent.
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| 17. | Contrary to observed for charge distributions no odd-even effect on fragments mass number ( " A " ) is observed.
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| 18. | Lorentz force ( per unit 3-volume ) "'f "'on a continuous charge distribution ( charge density ? ) in motion.
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| 19. | Solving the Poisson equation amounts to finding the electric potential for a given charge distribution " \ rho _ f ".
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| 20. | All these microscopic displacements add up to give a macroscopic net charge distribution, and this constitutes the " bound charge ".
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