By A.G. Sykes (Eds.)
Advances in Inorganic Chemistry provides well timed and informative summaries of the present development in various topic components inside of inorganic chemistry, starting from bioinorganic to strong country. This acclaimed serial positive factors reports written via specialists within the zone and is an imperative connection with complex researchers. every one quantity of Advances in Inorganic Chemistry includes an index, and every bankruptcy is totally referenced. learn more... summary: Advances in Inorganic Chemistry offers well timed and informative summaries of the present growth in numerous topic parts inside of inorganic chemistry, starting from bioinorganic to good country. This acclaimed serial gains studies written by way of specialists within the region and is an essential connection with complicated researchers. every one quantity of Advances in Inorganic Chemistry comprises an index, and every bankruptcy is totally referenced
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Extra info for Cumulative Subject and Contributor Indexes and Tables of Contents For Volumes 1–47
18:6 [B,H,,I family of, 18:72 CNPR theory, 18:109, 110 [B,H,,] family of, 18:73 CNPR theory, 18:10&109 [B,,H,,] family of, 18:75 CNPR theory, 18:lll-113 [B,,H,,] family of, 18:75 CNPR theory, 18:113-116 B,H, family of, 18:72 CNPR theory, 18:105 B,H,, family of, 18:72 CNPR theory, 18:101, 102 B,H,, family of, 18:73 CNPR theory, 18:110, 111 B,,H,, family of, 18:74 CNPR theory, 18:100-116 comparison of, 18:82 skeletal bonding electron pairs, 18: 13-15 Carbosilanes, 7:349-418 chemical properties of, 7:385 cyclomass spectra of, 7:395, 397 NMR of, 7:4IO-411 formation of, 7:35&391 from chloromethyl carbosilanes, 7:376385 by direct synthesis, 7:368-370 by gas phase pyrochemical synthesis, 7: 350-371 mechanism of pyrochemical reaction, 7: 363-367 by rearrangement, 7:372-374 using organometallic compounds, 7:374376 methylation of, 7:386-389 NMR of, 7:40&415 photochlorination of, 7:386 reactions of, 7:385-391 of Si functional groups, 7:390-391 rearrangement reactions of, 7:389-390 spectroscopic investigation of, 7:39 1-415 mass spectra of, 7:391 Carbothermic reduction, of actinide oxides, 31: 9 Carboxamides, reaction with hixafluoroacetone.
33:86 Br,O,, dissociation, 33:85 BrO, hydration free energy, 33:84 BrO,-. oxidation, 33:84-85 Broadband transitions, 35345-346 33 BrO,IBr0; redox couple, 33:8486 BrOJHbr0, redox couple, 33:84-85 Broken symmetry analysis. reduced three-iron clusters, 38:453455 energy equation, 3lk427-428, 43 1 four-iron clusters, 38:460 N-Bromacetamide, 1956, 58 Bromate, as oxidizing agent, 22:132, 133 Bromides actinide elements, 2:221-224 C-Br rupture in, 5:149 irradiation of, 5: 155-157 organic. formed by nuclear activation, 5: 187I88 Bromine acetone complex of, 3: 127 activation, hot reactions of, 5171-173 azide addition to alkenes, 26: 182 electronic spectrum, 26: 177 heat of decomposition, 26:173-174 oxidative addition to antimony tribromide.
I75 46 SUBJECT INDEX Chlorine azide (continued) synthesis, 26:170-171 vibrational spectra, 26:175-177 Chlorine dioxide, 552-55 preparation of, 5:52 properties of, 548, 52-53 reactions of, 553-55 Chlorine fluoride, 21:235, 236, 238, 240, 242, 244, 246, 247, 249 geometry of, 18:320-322 oxygenation of, 18:349 oxygen-containing,21:245 Chlorine fluoride oxide radicals, 18:385, 386 Chlorine hydroxide, 5219 Chlorine isotope, half-life determination, 2: 326 Chlorine monofluoride, addition reaction of, 18: 147-150 Chlorine monofluoride oxide, 18:328-330 force field of, 18:329, 330 infrared spectrum of, 18:328, 329 stretching force constants for, 18:330 synthesis of, 18:328 Chlorine nitrate fluorination of, 18:332 preparation of, 5 5 4 Chlorine oxides, 46:109-110, 158 fluorination of, 18:348 Chlorine oxyfluorides, 18:319-389, see also specific compounds adduct formation, 18:327, 328 amphoteric nature of, 18:327, 328 bond lengths, 18:326 bond strengths, 18:323-327 geometry of, 18:320-323 ligand distribution, 18:323 reactivity of, 18:327, 328 stretching force constants, 18:324-327 Chlorine pentafluoride oxide, 18:345, 346 Chlorine trifluoride, reaction with difluoramine, 33: 157 Chlorine trifluoride dioxide, 18:361-367 bonding in, 18:366, 367 internal force constants of, 18:366 molecular structure of, 18:364-367 properties of, 18:362-364 stretching force constants of, 18:366 synthesis of, 18:362-364 thermodynamic data for, 18:387 vibrational spectra of, 18:364, 365 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 P-(Ch1oro)alkylidenephosphoranes.