A preliminary survey of variations in bond length of a large number of compounds has been made. The presence of functional groups, such as OH, Me, COOH, Ph, etc., in a molecule causes the bond length to change in many cases. There is, however, no appreciable change in the derivatives of acetylene. Reasons are discussed and a mechanism is suggested to fit in such changes
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
We have quantum chemically analyzed element−element bonds of archetypal HnX−YHn molecules (X, Y=C, N...
A preliminary survey of variations in bond length of a large number of compounds has been made. The ...
A preliminary survey of variations in bond length of a large number of compounds has been made. The ...
This paper discusses in detail the calculation of bond lengths of organic molecules in the solid st...
It is well known that the presence of an electron-withdrawing substituent (EWS) placed near the halo...
An ab initio calculation of a secondary isotope effect on a bond length has been carried out for the...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
Author Institution: Chemical Sciences and Engineering Division, Argonne National Laboratory, Argonne...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
Schoeller W, STAEMMLER V. SUBSTITUENT EFFECTS ON BONDING PROPERTIES IN DIPHOSPHENES, DISILENES, AND ...
This paper discusses in detail the calculation of internuclear distances of heteronuclear single bon...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
We have quantum chemically analyzed element−element bonds of archetypal HnX−YHn molecules (X, Y=C, N...
A preliminary survey of variations in bond length of a large number of compounds has been made. The ...
A preliminary survey of variations in bond length of a large number of compounds has been made. The ...
This paper discusses in detail the calculation of bond lengths of organic molecules in the solid st...
It is well known that the presence of an electron-withdrawing substituent (EWS) placed near the halo...
An ab initio calculation of a secondary isotope effect on a bond length has been carried out for the...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
The physicial properties of compounds which have a common parent structure, and differ only by the s...
Author Institution: Chemical Sciences and Engineering Division, Argonne National Laboratory, Argonne...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
Schoeller W, STAEMMLER V. SUBSTITUENT EFFECTS ON BONDING PROPERTIES IN DIPHOSPHENES, DISILENES, AND ...
This paper discusses in detail the calculation of internuclear distances of heteronuclear single bon...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
The 4-31G basis set is used to study the bond length variations as functions of dihedral angels in m...
We have quantum chemically analyzed element−element bonds of archetypal HnX−YHn molecules (X, Y=C, N...