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#REDIRECT [[Mechanically interlocked molecular architectures]] {{R from merge}}
The '''mechanical bond''' is a type of [[chemical bond]] found in [[mechanically-interlocked molecular architectures]] such as [[catenane]]s and [[rotaxane]]s. Unlike classical molecular structures, interlocked molecules consist of two or more separate components which are not connected by chemical (i.e. covalent) bonds. These structures are true molecules and not a [[supramolecular]] species, as each component is intrinsically linked to the other – resulting in a mechanical bond which prevents dissociation without cleavage of one or more covalent bonds. “Mechanical bond” is a relatively new term and at this point has limited usage in chemical literature relative to more well established bonds, such as covalent, hydrogen, or ionic bonds.

== External links ==
* "An introduction to catenanes and rotaxanes" [http://www.s119716185.websitehome.co.uk/home/rotcatintro.html]
* [http://www.s119716185.websitehome.co.uk/home/rotcatintro.html Introduction to rotaxanes]
* ''The Nature of the Mechanical Bond'' [[James Fraser Stoddart]] [http://www.snic.org.sg/events/author%20info.html Article]
{{Chemical bonds}}

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[[Category:Chemical bonding]]
[[Category:Supramolecular chemistry]]

Latest revision as of 16:31, 4 March 2017

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