Chlorine trifluoride oxide molecular structure

Chlorine trifluoride oxide, 18 331-340 chemical properties of, 18 337-340 internal force constants, 18 335 molecular structure of, 18 334-336 physical properties of, 18 336, 337 reactions of, 18 338, 339 stretching force constants, 18 336 synthesis of, 18 331-334 thermodynamic data for, 18 386, 387 vibrational spectra of, 18 334 Chlorine trioxide hydroxide, structure of, 5 219... 

Chlorexolone as diuretic, 1, 174 Chlorides synthesis, 1, 448 Chlorin, 4, 370 metal chelates, 4, 391 Chlorin, dihydroxy-, 4, 393 Chlorin e6, 4, 404 trimethyl ester, 4, 398 synthesis, 4, 416 Chlorination pyridazines, 3, 20, 21 Chlorine trifluoride bonding, 1, 564 Chlorin-phlorin, 4, 398 Chlorins, 4, 378 absorption spectra, 4, 389 formation, 4, 394 molecular structure, 4, 385 oxidation, 4, 395 Chlorisondamine chloride as hypertensive agent, 1, 176 Chlormethiazoles metabolism, 1, 235 Chlormethiuron against ectoparasites veterinary use, 1, 217 Chlormezanone as antidepressant, 1, 169 Chlorocruoroheme, 4, 380 Chlorofucin conformation, 7, 703 Chloronium iodide, biphenylene-reactions, 1, 566... 

The cationic polymerization of cyclopentadiene is catalyzed by tin-tetrachloride/ trichloroacetic acid/boron trifluoride [402-407]. The polymers that are partially insoluble in hydrocarbons feature 40 to 60% 1,2-structures next to trans-, 4 portions [Structures (60) and (61)]. With Ti(OC4H9)Cl3, soluble high-molecular-weight polycyclopentadiene is formed. Due to H-atoms in allyl and tertiary positions of the chain, the polymer is extremely sensitive to oxidation. This can be overcome by chlorination of the double bonds [408,409]. 

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