In
thermochemistry , the Thomsen–Berthelot principle is a hypothesis in the history of chemistry which argued that all chemical changes
Kaynak: Thomsen–Berthelot principleHeat of formation group additivity methods in
thermochemistry enable the calculation and prediction of heat of formation of organic
Kaynak: Heat of formation group additivityPeter B. Armentrout is a reseacher in
thermochemistry , kinetics , and dynamics of simple and complex chemical reaction s. He is a
Kaynak: Peter B. Armentroutindependent concepts in both circuit theory and thermal emission are named "Kirchhoff's laws " after him, as well as a law of
thermochemistry .
Kaynak: Gustav KirchhoffThe principle was developed in approximate form in 1875 by French chemist Marcellin Berthelot , in the field of
thermochemistry , and then
Kaynak: Principle of maximum workHans Peter Jørgen Julius Thomsen (16 February 1826 – 13 February 1909) was a Danish chemist noted in
thermochemistry for the Thomsen-
Kaynak: Hans Peter Jørgen Julius ThomsenFor main group
thermochemistry and non-covalent interactions, transition metal
thermochemistry and organometallics. such as
thermochemistryKaynak: Minnesota Functionals1802–November 30, 1850) was a Swiss -born Russia n chemist and doctor who formulated Hess's Law , an early principle of
thermochemistry .
Kaynak: Germain Henri HessTherefore, it is used in
thermochemistry as the standard state for defining the heat of formation of carbon compounds. Graphite may be
Kaynak: GraphiteBerthelot (25 October 1827 – 18 March 1907) was a French chemist and politician noted for the Thomsen-Berthelot principle of
thermochemistry .
Kaynak: Marcellin BerthelotTheoretical works in the field of nuclear power engineering, laser thermonuclear fusion , laser
thermochemistry were carried out by him
Kaynak: Sergei P. KurdyumovThis type of reaction is often used as a hypothetical reaction in
thermochemistry . An example of an isodesmic reaction is : CH 3- + CH 3 X
Kaynak: Isodesmic reactionIn an attempt to extend the applicability of the W1 and W2 ab initio
thermochemistry methods, explicitly correlated versions of these
Kaynak: Quantum chemistry composite methodsSabatier's earliest research concerned the
thermochemistry of sulfur and metallic sulfate s, the subject for the thesis leading to his
Kaynak: Paul Sabatier (chemist)