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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.
Industry: Chemistry
Add a new termContributors 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".
diamagnetic
Chemistry; Physical organic chemistry
Substances having a negative magnetic susceptibility are diamagnetic. They are repelled out of a magnetic field.