Schoeller W, STRUTWOLF J, HAUG W, BUSCH T. ROTATIONAL BARRIER IN PHOSPHATRIAFULVENE - AN MCSCF STUDY. JOURNAL OF COMPUTATIONAL CHEMISTRY. 1993;14(1):3-7.As probed by ab initio calculations at SCF and MCSCF levels, the rotational barrier of the PC double bond in the title compound is similar in magnitude to the corresponding one in methylenephosphane. The transition state for rotation is dipolaric in nature. On this basis, a combination of electron releasing and electron accepting substituents reduces the magnitude of the rotational barrier in phosphatriafulvene. It is supported by experimental investigations
Hydrogen-1 n.m.r. data on the cyclodiphosph(V)azanes [R2N(X)PNBut]2 (R = Me, X = O, S, or Se; R = Et...
Pseudorotation reactions of biologically relevant oxyphosphoranes were studied using density-functio...
Application of molecular mechanics enabled calculation of the rotational barrier between the two atr...
A supramolecular rotor is designed based on a phosphonate cavitand···methanol/ethanol complex. Densi...
The potential energy surface for internal rotation about the phosphorus–phosphorus bond was calculat...
The rotational barrier for substituted ethylenes was calculated with MO ab initio methods, both in t...
$^{*}$This reserch was made possible by support extended by the National Science Foundation under gr...
Detailed proton and 13C dynamic NMR and 2-D EXSY studies of tetramesityldiphosphane at a field of 11...
The origin for the rotational barrier of organometallic versus inorganic sandwich complexes has rema...
A rod-shaped molecular rotor consisting of a <i>p</i>-terphenyl shaft attached to <i>p</i>-carborane...
Author Institution: Laboratory for Physical ChemistryQuantum chemical calculations have been perform...
The rotational barrier of chiral 2-carboxy-2'-methoxy-6-nitrobiphenyl has been evaluated both by den...
The energy of the rotational barriers and electronic structure of the transition state in substitute...
Rozhenko AB, Schoeller W, Povolotskii MI. Ab initio calculation of NMR shielding in phosphaalkenes X...
In recent years, the study of restricted rotation bonds in organic compounds has aroused increasing ...
Hydrogen-1 n.m.r. data on the cyclodiphosph(V)azanes [R2N(X)PNBut]2 (R = Me, X = O, S, or Se; R = Et...
Pseudorotation reactions of biologically relevant oxyphosphoranes were studied using density-functio...
Application of molecular mechanics enabled calculation of the rotational barrier between the two atr...
A supramolecular rotor is designed based on a phosphonate cavitand···methanol/ethanol complex. Densi...
The potential energy surface for internal rotation about the phosphorus–phosphorus bond was calculat...
The rotational barrier for substituted ethylenes was calculated with MO ab initio methods, both in t...
$^{*}$This reserch was made possible by support extended by the National Science Foundation under gr...
Detailed proton and 13C dynamic NMR and 2-D EXSY studies of tetramesityldiphosphane at a field of 11...
The origin for the rotational barrier of organometallic versus inorganic sandwich complexes has rema...
A rod-shaped molecular rotor consisting of a <i>p</i>-terphenyl shaft attached to <i>p</i>-carborane...
Author Institution: Laboratory for Physical ChemistryQuantum chemical calculations have been perform...
The rotational barrier of chiral 2-carboxy-2'-methoxy-6-nitrobiphenyl has been evaluated both by den...
The energy of the rotational barriers and electronic structure of the transition state in substitute...
Rozhenko AB, Schoeller W, Povolotskii MI. Ab initio calculation of NMR shielding in phosphaalkenes X...
In recent years, the study of restricted rotation bonds in organic compounds has aroused increasing ...
Hydrogen-1 n.m.r. data on the cyclodiphosph(V)azanes [R2N(X)PNBut]2 (R = Me, X = O, S, or Se; R = Et...
Pseudorotation reactions of biologically relevant oxyphosphoranes were studied using density-functio...
Application of molecular mechanics enabled calculation of the rotational barrier between the two atr...