PDB Chemical Component SF4

The following tables include covalent bond distance, bond angle and torsion angle values for the experimental model and ideal geometries stored in the definition for this chemical component.

Bond Distances for SF4

Atom I Atom J Distance (Experimental Model) Distance (Ideal Model)
FE1 S2 2.365 2.190
FE1 S3 2.398 2.191
FE1 S4 2.342 2.190
FE2 S1 2.378 2.190
FE2 S3 2.454 2.190
FE2 S4 2.250 2.191
FE3 S1 2.321 2.191
FE3 S2 2.322 2.190
FE3 S4 2.339 2.191
FE4 S1 2.381 2.190
FE4 S2 2.279 2.191
FE4 S3 2.437 2.191

Bond Angles for SF4

Atom I Atom J Atom K Angle (Experimental Model) Angle (Ideal Model)
S2 FE1 S3 104.7 90.0
S2 FE1 S4 106.5 90.0
FE1 S2 FE3 70.9 90.0
FE1 S2 FE4 72.9 90.0
S3 FE1 S4 105.6 90.0
FE1 S3 FE2 68.6 90.0
FE1 S3 FE4 69.6 90.0
FE1 S4 FE2 73.1 90.0
FE1 S4 FE3 71.0 90.0
S1 FE2 S3 106.7 90.0
S1 FE2 S4 105.0 90.0
FE2 S1 FE3 71.3 90.0
FE2 S1 FE4 71.6 90.0
S3 FE2 S4 106.7 90.0
FE2 S3 FE4 69.4 90.0
FE2 S4 FE3 73.2 90.0
S1 FE3 S2 105.4 90.0
S1 FE3 S4 104.0 90.0
FE3 S1 FE4 71.0 90.0
S2 FE3 S4 108.1 90.0
FE3 S2 FE4 72.8 90.0
S1 FE4 S2 104.8 90.0
S1 FE4 S3 107.1 90.0
S2 FE4 S3 106.1 90.0

Torsion Angles for SF4

Atom I Atom J Atom K Atom L Angle (Experimental Model) Angle (Ideal Model)
S3 FE1 S2 S4 111.6 270.0
S2 FE1 S3 FE2 265.8 90.0
S2 FE1 S3 FE4 340.9 0.0
S2 FE1 S4 FE2 91.7 270.0
S2 FE1 S4 FE3 14.1 0.0
S1 FE3 S2 FE1 263.6 90.0
FE1 S2 FE3 S4 14.3 0.0
FE3 S2 FE1 FE4 77.3 270.0
S1 FE4 S2 FE1 93.2 270.0
FE1 S2 FE4 S3 340.1 0.0
S2 FE1 S3 S4 247.8 90.0
S3 FE1 S2 FE3 97.4 270.0
S3 FE1 S2 FE4 20.1 360.0
S3 FE1 S4 FE2 340.8 0.0
S3 FE1 S4 FE3 263.2 90.0
S1 FE2 S3 FE1 92.9 270.0
FE1 S3 FE2 S4 341.1 0.0
FE2 S3 FE1 FE4 285.0 90.0
S1 FE4 S3 FE1 268.5 90.0
S2 FE4 S3 FE1 20.0 360.0
S2 FE1 S4 S3 110.9 270.0
S4 FE1 S2 FE3 345.8 360.0
S4 FE1 S2 FE4 268.5 90.0
S4 FE1 S3 FE2 18.1 360.0
S4 FE1 S3 FE4 93.1 270.0
S1 FE2 S4 FE1 265.9 90.0
S3 FE2 S4 FE1 18.9 360.0
FE2 S4 FE1 FE3 77.6 270.0
S1 FE3 S4 FE1 97.2 270.0
S2 FE3 S4 FE1 345.5 360.0
FE1 S3 FE2 S1 92.9 270.0
FE1 S4 FE2 S1 265.9 90.0
S3 FE2 S1 S4 247.0 90.0
S1 FE2 S3 FE4 17.5 360.0
S1 FE2 S4 FE3 340.6 360.0
FE2 S1 FE3 S2 94.7 270.0
FE2 S1 FE3 S4 341.1 360.0
FE3 S1 FE2 FE4 284.4 90.0
FE2 S1 FE4 S2 265.4 90.0
FE2 S1 FE4 S3 17.8 360.0
FE2 S3 FE1 S4 18.1 360.0
FE1 S3 FE2 FE4 75.4 270.0
FE1 S4 FE2 S3 18.9 360.0
S1 FE2 S3 S4 111.8 270.0
S3 FE2 S1 FE3 266.7 90.0
S3 FE2 S1 FE4 342.3 0.0
S3 FE2 S4 FE3 93.6 270.0
S1 FE4 S3 FE2 342.5 0.0
S2 FE4 S3 FE2 94.0 270.0
FE1 S4 FE2 FE3 285.3 90.0
S1 FE2 S4 S3 247.0 90.0
S4 FE2 S1 FE3 19.7 0.0
S4 FE2 S1 FE4 95.3 270.0
S4 FE2 S3 FE4 265.7 90.0
S1 FE3 S4 FE2 19.8 0.0
S2 FE3 S4 FE2 268.1 90.0
FE1 S2 FE3 S1 263.6 90.0
FE1 S4 FE3 S1 97.2 270.0
FE3 S1 FE2 S3 266.7 90.0
FE3 S1 FE2 S4 19.7 0.0
FE2 S1 FE3 FE4 76.4 270.0
FE2 S4 FE3 S1 19.8 0.0
S2 FE3 S1 S4 113.6 270.0
S1 FE3 S2 FE4 341.0 360.0
FE3 S1 FE4 S2 341.3 360.0
FE3 S1 FE4 S3 93.8 270.0
FE3 S2 FE1 S3 97.4 270.0
FE3 S2 FE1 S4 345.8 360.0
FE1 S2 FE3 FE4 282.6 90.0
FE1 S4 FE3 S2 345.5 360.0
FE2 S4 FE3 S2 268.1 90.0
S1 FE3 S2 S4 249.2 90.0
S2 FE3 S1 FE4 18.4 0.0
S1 FE4 S2 FE3 18.5 0.0
FE3 S2 FE4 S3 265.3 90.0
FE1 S4 FE3 FE2 77.4 270.0
S1 FE3 S4 S2 111.7 270.0
S4 FE3 S1 FE4 264.8 90.0
S4 FE3 S2 FE4 91.7 270.0
FE1 S2 FE4 S1 93.2 270.0
FE1 S3 FE4 S1 268.5 90.0
FE4 S1 FE2 S3 342.3 0.0
FE4 S1 FE2 S4 95.3 270.0
FE2 S1 FE4 FE3 284.1 90.0
FE2 S3 FE4 S1 342.5 0.0
FE4 S1 FE3 S2 18.4 0.0
FE4 S1 FE3 S4 264.8 90.0
FE3 S2 FE4 S1 18.5 0.0
S2 FE4 S1 S3 247.6 90.0
FE4 S2 FE1 S3 20.1 360.0
FE4 S2 FE1 S4 268.5 90.0
FE1 S2 FE4 FE3 74.8 270.0
FE1 S3 FE4 S2 20.0 360.0
FE2 S3 FE4 S2 94.0 270.0
FE4 S2 FE3 S4 91.7 270.0
S1 FE4 S2 S3 113.1 270.0
FE4 S3 FE1 S4 93.1 270.0
FE1 S3 FE4 FE2 286.0 90.0
FE4 S3 FE2 S4 265.7 90.0
S1 FE4 S3 S2 248.4 90.0