An analysis of the forces of attraction between two sheets of mica forming a double cantilever beam system has been made. The intermolecular attraction acting in the gap near the bifurcation point causes the sheets to be drawn toward each other. Distributed loads which account for this additional...
kinetic equationsThis paper proposes a method for solving the Bogolyubov hierarchy for dense gases with real interaction potentials. The idea of the method is to decouple each equation of the hierarchy with respect to scales that characterize the strength of the intermolecular repulsion and attraction...
Chemical bonding - Intermolecular, Forces, Attraction: Molecules cohere even though their ability to form chemical bonds has been satisfied. The evidence for the existence of these weak intermolecular forces is the fact that gases can be liquefied, that
of attraction, but they do induce properly aligned polarization inadjacentmolecules, resulting in attractive forces. These specific interactions, or forces, arising from electron fluctuations in molecules (known asLondon forces, or dispersion forces) are present even between permanently polar molecules and...
US5641140 * 1995年3月10日 1997年6月24日 Sorenson; Roger A. Adhering structures for the purpose of employing the forces of intermolecular attraction in liquids to controllably and removably adhere one manufactured object to anotherUS5641140 1995年3月10日 1997年6月24日 Sorenson; Roger A. ...
of gasesif it could be assumed thatgasmolecules have zero volume and that there are no attractive forces between them. Taking into account that neither assumption is true, in 1881 he introduced into the law twoparameters(representing size and attraction) and worked out a more exact formula, ...
of attraction, but they do induce properly aligned polarization inadjacentmolecules, resulting in attractive forces. These specific interactions, or forces, arising from electron fluctuations in molecules (known asLondon forces, or dispersion forces) are present even between permanently polar molecules and...