A Hartree-Fock-based Self-Consistent Crystal Field (HF-SCCF) method is applied to the structure and lattice energy of solid FCN. This structure has not been experimentally determined and hence the present study is the first attempt to do so, either by theory or by experiment. The crystal space groups considered are the polar HCN analog and the non-polar CICN analog. Both crystal structures were varied to minimize the lattice energy and 4.8 kcal/mol and 3.9 kcal/mol were obtained for the polar and non-polar arrangements, respectively. Comparisons to the other cyanogen halide solids, HCN(S) and HF(S) are made
The values of force constant, compressibility, i.r. absorption frequency, Debye temperature, lattice...
Berrueta Martinez Y, Rodriguez Pirani LS, Erben MF, et al. Gas and crystal structures of CCl2FSCN. J...
Crystal structure prediction (CSP) has been a problem of great industrial interest but also a fundam...
A self-consistent crystal field (SCCF) method is developed and applied to two proposed tetragonal cr...
A Hartree-Fock based self-consistent crystal field method is employed to calculate molecular dipole ...
A number of hydrogen-bond related quantities-geometries, interaction energies, dipole moments, dip...
Author Institution: D\'{e}partment de Chimie, Universit\'{e} LavalHydrogen cyanide and the cyanogen ...
The self-consistent crystal field method to address the structures and lattice energies of molecular...
A novel quantum-chemical approach to the properties of molecular crystals has recently been develope...
The cubic force field of protonated cyanogen, HNCCN+, has been calculated at the CCSD(T) level of th...
We present a theoretical and experimental investigation of the crystalline structure of N,N'-1H,1Hpe...
Dichlorofluoromethyl thiocyanate, CCl2FSCN, was structurally studied in the solid and in the gas pha...
The availability of large core-valence basis sets together with highly accurate coupled-cluster calc...
The cohesive energies of BCC (Li, Cr, Fe, Mo), and FCC (LiCl, NaCl, RbBr, KI) solid crystals lattice...
Geometrical parameters, harmonic frequencies and molecular properties of FCN, ClCN, their cations an...
The values of force constant, compressibility, i.r. absorption frequency, Debye temperature, lattice...
Berrueta Martinez Y, Rodriguez Pirani LS, Erben MF, et al. Gas and crystal structures of CCl2FSCN. J...
Crystal structure prediction (CSP) has been a problem of great industrial interest but also a fundam...
A self-consistent crystal field (SCCF) method is developed and applied to two proposed tetragonal cr...
A Hartree-Fock based self-consistent crystal field method is employed to calculate molecular dipole ...
A number of hydrogen-bond related quantities-geometries, interaction energies, dipole moments, dip...
Author Institution: D\'{e}partment de Chimie, Universit\'{e} LavalHydrogen cyanide and the cyanogen ...
The self-consistent crystal field method to address the structures and lattice energies of molecular...
A novel quantum-chemical approach to the properties of molecular crystals has recently been develope...
The cubic force field of protonated cyanogen, HNCCN+, has been calculated at the CCSD(T) level of th...
We present a theoretical and experimental investigation of the crystalline structure of N,N'-1H,1Hpe...
Dichlorofluoromethyl thiocyanate, CCl2FSCN, was structurally studied in the solid and in the gas pha...
The availability of large core-valence basis sets together with highly accurate coupled-cluster calc...
The cohesive energies of BCC (Li, Cr, Fe, Mo), and FCC (LiCl, NaCl, RbBr, KI) solid crystals lattice...
Geometrical parameters, harmonic frequencies and molecular properties of FCN, ClCN, their cations an...
The values of force constant, compressibility, i.r. absorption frequency, Debye temperature, lattice...
Berrueta Martinez Y, Rodriguez Pirani LS, Erben MF, et al. Gas and crystal structures of CCl2FSCN. J...
Crystal structure prediction (CSP) has been a problem of great industrial interest but also a fundam...