Preparation energy

In regard to control of energy flow, one can think of defining and trying to prepare time-dependent states closely related to these subpolyads (which contain time-independent levels of the spectroscopic Hamiltonian). If the proper time-dependent states could be prepared, energy could be made to flow with confinement to the chosen subpolyad. 

AEm = —114.8 kcal/mol for E=C) to the heaviest element (AEjnt = — 48.2 kcal/mol for E=Pb). The dissociation energies Dq follow the same trend because the preparation energies are rather small except for ethane. 

Table 13.8 shows the EDA results of the boron-phosphorous bonds in complexes Y3B-PX3. Note that the preparation energies are rather high. The rather large AEp p... 

The values in parentheses give the preparation energies of the metal fragment and ligand, respectively. Partial charge of TM(CO)4. 

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