Structural Parameters and Symmetry Operations of Organic Compounds

This document presents detailed structural parameters of various organic compounds along with their space groups, crystal systems, and symmetry operations including rotary inversion, screw axis, and glide plane. The data includes molecular formulas, molecular weights, unit cell dimensions, and reflection statistics. Images illustrating symmetry operations such as screw axes and glide planes are also provided.

• Organic compounds
• Structural parameters
• Symmetry operations
• Crystallography
• Molecular formulas

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1. Parameters 2 3 5 Formula C22H10F10Fe2N6O6P6 C27H15F15Fe N9O3P9 C20H10F10Fe N6O4P6 MW 941.88 1133.06 830.01 cryst syst monoclinic orthorhombic monoclinic Space group a / b / c / P21/m P212121 P21/n ( ) ( ) ( ) 8.929(3) 14.063(3) 15.215(3) V / 3 22.930(8) 15.562(3) 10.924(2) Z 9.205(3) 19.314(4) 19.809(4) T /K 90.00 90.00 90.00 / 117.449(6) 90.00 109.111(4) c(g/cm3) 90.00 90.00 90.00 (mm-1) 1672.3(10) 4226.8(15) 3111.0(10) Goodness of fit 2 4 4 range 298(2) 298(2) 298(2) Total reflections 0.71073 0.71073 0.71073 Unique reflections 1.870 1.781 1.772 Observed data[I> 2 (I)] 1.259 0.809 0.893 Rint 1.277 1.173 0.998 R1, wR2[(I > 2 (I)] R1, wR2(all data) 1.78 - 25.00 1.68 - 25.00 1.48 - 25.00 16193 40807 28974 3031 7451 5470 2412 6678 3236 0.0833 0.0772 0.0848 0.0883, 0.1540 0.0713, 0.1372 0.0520, 0.1024 0.1142, 0.1636 0.0810, 0.1412 0.1040, 0.1181

4. 21 Rotary inversion Screw Axis

6. Glide Plane a, b, c, n, d

7. Hands (left and right) related through a center of symmetry Twofold screw axis. A screw axis consists of a rotation followed by a translation A glide plane. reflection followed by a translation