Simply speaking: these interactions provide the framework how the experimental and analytical strategies of NMR can be structured. These fundamental interactions are: a) The dipole interaction is a ...

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They also exhibit very large dipole-dipole interactions among each other, with the electron as the negative end and the nucleus as the positive. The high excited states also allow for large ...

Here’s how it works. It's hard to describe how well the Ion works without getting too lurid for T3. Safe to say, it's effective. While some of its peripheral functions aren't quite perfect ...

The reasonable explanation for this reinforcement — or synergetic binding — is that a bridging interaction occurs ... the self-assembly of the metal ion–macrocycle–guest capsule is ...

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The atom is neutral as it has two positive protons and two negative electrons. A helium atom that has lost or gained an electron is an ion.

These solutions remain liquid at room temperature and enable high ion conduction and high-efficiency ... speciation and ...

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