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Physical organic chemistry

Physical organic chemistry is the study of the interrelationships between structure and reactivity in organic molecules. It a part of organic chemistry by using tools of physical chemistry such as chemical equilibrium, chemical kinetics, thermochemistry, and quantum chemistry.

Contributors in Physical organic chemistry

Physical organic chemistry

critical micelle concentration (CMC)

Chemistry; Physical organic chemistry

There is a relatively small range of concentrations separating the limit below which virtually no micelles are detected and the limit above which virtually all additional surfactant molecules form ...

cross-conjugation

Chemistry; Physical organic chemistry

In a system XC 6 H 4 GY this is conjugation involving the substituent X, the benzene ring, and the side-chain connective-plus-reaction site GY, i.e. either X is a +R group and GY is a -R group, or X ...

cybotactic region

Chemistry; Physical organic chemistry

That part of a solution in the vicinity of a solute molecule in which the ordering of the solvent molecules is modified by the presence of the solute molecule. The term solvent "cosphere" of the ...

cyclization

Chemistry; Physical organic chemistry

Formation of a ring compound from a chain by formation of a new bond.

cycloelimination

Chemistry; Physical organic chemistry

The reverse of cycloaddition. The term is preferred to the synonyms "cycloreversion", "retro-addition", and "retrocycloaddition".

detachment

Chemistry; Physical organic chemistry

The reverse of an attachment.

diamagnetic

Chemistry; Physical organic chemistry

Substances having a negative magnetic susceptibility are diamagnetic. They are repelled out of a magnetic field.

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