kimia-anorganik-taro-saito
Indeks 2-pusat 2-elektron ............................................ 15 3-pusat 2-elektron ............................................ 66 Adisi oksidatif ................................................ 178 Afinitas elektron............................................... 33 Air 76 alkil homoleptik.............................................. 149 aluminosilikat................................................... 79 Aluminum trikhlorida...................................... 105 Amonia 63 Anomali fluorin ............................................... 101 antiferomagnetik............................................ 144 antiikatan ......................................................... 37 arachno 67 Arsen pentafluorida........................................ 104 asam 53 Asam fosfat ...................................................... 85 Asam fosfit ....................................................... 85 asam heteropoli ............................................... 94 asam isopoli ..................................................... 94 asam konjugat.................................................. 53 Asam nitrat....................................................... 83 Asam sulfat ...................................................... 86 Asam tiosulfat .................................................. 86 aturan 18 elektron.......................................... 153 aturan Hund...................................................... 41 Aturan Hund ....................................................... 6 aturan oktet...................................................... 14 aturan Wade ..................................................... 69 basa 53 basa konjugat................................................... 53 Belerang dioksida ............................................ 85 Belerang trioksida............................................ 86 Berilium khlorida............................................ 106 Besi (II)khlorida.............................................. 108 Besi(III)khlorida.............................................. 108 bilangan akseptor ............................................ 57 bilangan donor.................................................. 57 bilangan koordinasi.................................. 18, 124 Bilangan oksidasi ............................................. 50 blok d 9 blok f 9 blok p 9 blok s 9 Cesium khlorida ............................................... 26 Closo 67 deret elektrokimia............................................ 50 deret spektrokimia......................................... 141 Diagram Latimer............................................... 51 Diagram Tanabe-Sugano ................................141 diamagnetik....................................................142 diboran 65 Dinitrogen monoksida ......................................81 Dinitrogen pentoksida ......................................83 Dinitrogen trioksida..........................................82 donasi balik ....................................................147 efek penyamarataan.........................................55 elektrode hidrogen standar..............................47 elektrode kalomel jenuh...................................47 elektron konduksi.............................................15 eliminasi reduktif ...........................................178 Emas iodida ....................................................106 Energi bebas Gibbs...........................................47 Energi ionisasi ..................................................31 energi pemasangan ........................................131 energi penstabilan medan ligan.....................131 Entalpi 46 Entalpi kisi........................................................18 Entalpi pembentukan standar ..........................46 Entropi 46 feromagnetik ..................................................144 Fosfin 63 Fosfor hitam .....................................................73 Fosfor merah ....................................................73 Fosfor pentakhlorida ......................................104 Fosfor pentoksida.............................................84 Fosfor putih ......................................................72 Fosfor trifluorida.............................................103 Fosfor trioksida ................................................84 Fuleren 70 fungsi keasaman Hammett ..............................56 Gas mulia........................................................110 gaya dispersi ....................................................20 Grafit 69 halogen 99 Haptisitas .......................................................148 heksagonal terjejal...........................................21 hidrida molekular kompleks.............................61 hidrida salin ......................................................61 Hidrogen fluorida..............................................63 Hidrogen peroksida ..........................................76 Hidrogen sulfida ...............................................63 hipervalensi ......................................................14 HOMO 38 Hukum Curie ...................................................142 ikatan 37 ikatan koordinat ...............................................15 191
ikatan logam..................................................... 15 ikatan logam-logam.......................................... 15 intan 70 interaksi agostik ............................................ 150 interaksi London .............................................. 20 interaksi van der Waals ................................... 15 ion berkonfigurasi d n ...................................... 123 ion oksonium .................................................... 53 ion pseudohalida ............................................ 102 isomer optik ................................................... 127 jari-jari atomik.................................................. 18 jari-jari ionik ..................................................... 17 Kadmium iodida ............................................. 107 Kalsium fluorida ............................................. 109 Kalsium hidrida ................................................ 62 Kalsium khlorida ............................................ 109 katalis heterogen ........................................... 180 katalis Wilkinson............................................ 177 Katenasi ........................................................... 96 kation dioksigen............................................... 75 keadaan singlet................................................ 61 Keadaan standar .............................................. 47 keadaan triplet................................................. 61 Ke-elektronegativan......................................... 34 kekerasan dan kelunakan................................ 57 keramik maju.................................................... 91 kompleks ligan campuran.............................. 126 kompleks mono-inti.......................................... 11 konfigurasi elektron spin rendah ................... 132 konfigurasi elektron spin tinggi ..................... 132 konstanta kestabilan ..................................... 166 konstanta perisai ............................................. 31 kontraksi lantanida ........................................ 173 Kontraksi lantanoid.......................................... 18 korundum ......................................................... 91 Kromium(II) khlorida ...................................... 109 Kromium(III) khlorida ..................................... 109 kubus berpusat muka....................................... 22 kubus terjejal ................................................... 21 ligan khelat..................................................... 124 ligan monodentat ........................................... 124 ligan polidentat .............................................. 124 Litium hidrida ................................................... 62 Litium tetrahidridoaluminat ............................. 62 logam 10 logam alkali.................................................... 113 logam alkali tanah.......................................... 115 logam transisi awal........................................ 123 LUMO 38 medan kuat..................................................... 132 medan lemah.................................................. 132 medan ligan.................................................... 130 Mekanisme asosiatif ...................................... 167 Mekanisme disosiatif .....................................168 mekanisme koordinasi dalam ........................170 mekanisme koordinasi luar ............................170 Mekanisme pertukaran...................................167 Merkuri(II) khlorida.........................................105 molekul kecil ..................................................155 muatan inti efektif............................................31 Natrium tetrahidroborat ...................................62 nido 67 Nitrogen dioksida .............................................82 Nitrogen oksida ................................................81 nomor atom ........................................................4 nomor massa ......................................................4 non-ikatan.........................................................37 oksidasi 50 oksidator...........................................................50 oksigen singlet .................................................75 oksigen triplet ..................................................75 orbital molekul .................................................37 orbital terdepan................................................38 orto-hidrogen ....................................................61 Ozon 76 Paladium khlorida...........................................107 para-hidrogen ...................................................61 paramegnetisme.............................................142 penyaring molekular.........................................80 perbatasan........................................................57 peroksida..........................................................75 pi 38 Polihalogen .....................................................102 Polimorfisme.....................................................12 potensial reduksi standar ................................49 Prinsip kenetralan lisrik Pauling ......................15 Prinsip Pauli........................................................6 pseudorotasi Berry .........................................126 reaksi sisipan .................................................179 Reaksi sisipan ................................................178 reduksi 50 reduktor 50 sel satuan .........................................................12 senyawa Berthollida.........................................12 senyawa Daltonida. ..........................................12 Senyawa fasa Chevrel......................................99 senyawa non-stoikiometrik ..............................12 senyawa valensi campuran............................120 sigma 38 Silan 63 Spinel 92 spinel inversi ....................................................93 spinel normal ....................................................92 Struktur fluorit..................................................27 Struktur garam dapur .......................................25 struktur Keggin, ...............................................94 192
- Page 150 and 151: menutupi tiga logam) berkoordinasi
- Page 152 and 153: Tabel 6.5 Haptisitas dan jumlah ele
- Page 154 and 155: Gambar 6.16 Struktur ferosen. Anali
- Page 156 and 157: Kompleks arena Senyawa aromatik ada
- Page 158 and 159: Tabel 6.7 Kompleks fosfin tersier (
- Page 160 and 161: Gambar 6.19 Struktur [CoH(N 2 )(PPh
- Page 162 and 163: Konsep ikatan tunggal antar logam y
- Page 164 and 165: Gambar 6.22 Tumpang tindih orbital
- Page 166 and 167: Kompleks kluster logam dapat secara
- Page 168 and 169: Gambar 6.25 Struktur [Fe 4 S 4 (SR)
- Page 170 and 171: Kestabilan termodinamika produk sub
- Page 172 and 173: medan ligan. Oleh karena itu, laju
- Page 174 and 175: 6.4 Usulkan cara sintesis selektif
- Page 176 and 177: Tabel 7.1 Sifat-sifat lantanoid Kar
- Page 178 and 179: T ln 2 0.693 = = λ λ Latihan 7.2
- Page 180 and 181: 8 Reaksi dan Sifat-sifat Fisik Bida
- Page 182 and 183: Reaksi sisipan Dalam reaksi suatu l
- Page 184 and 185: 8.2 Bioanorganik Banyak reaksi biol
- Page 186 and 187: Fiksasi nitrogen Reaksi yang mengub
- Page 188 and 189: eduksi Mn(IV) menjadi Mn (II) dalam
- Page 190 and 191: Gambar 8.4 Struktur YBa 2 Cu 3 O 7-
- Page 192 and 193: Kemagnetan Bahan magnetik dibagi at
- Page 194 and 195: Solusi 1.1 2.1 2.2 Dalam ikatan σ,
- Page 196 and 197: 5.1 2 Li + C 4 H 9 Br ➝ LiC 4 H 9
- Page 198 and 199: Proses Haber-Bosch menggunakan kata
- Page 202: struktur Lewis ....................
ikatan logam..................................................... 15<br />
ikatan logam-logam.......................................... 15<br />
intan 70<br />
interaksi agostik ............................................ 150<br />
interaksi London .............................................. 20<br />
interaksi van der Waals ................................... 15<br />
ion berkonfigurasi d n ...................................... 123<br />
ion oksonium .................................................... 53<br />
ion pseudohalida ............................................ 102<br />
isomer optik ................................................... 127<br />
jari-jari atomik.................................................. 18<br />
jari-jari ionik ..................................................... 17<br />
Kadmium iodida ............................................. 107<br />
Kalsium fluorida ............................................. 109<br />
Kalsium hidrida ................................................ 62<br />
Kalsium khlorida ............................................ 109<br />
katalis heterogen ........................................... 180<br />
katalis Wilkinson............................................ 177<br />
Katenasi ........................................................... 96<br />
kation dioksigen............................................... 75<br />
keadaan singlet................................................ 61<br />
Keadaan standar .............................................. 47<br />
keadaan triplet................................................. 61<br />
Ke-elektronegativan......................................... 34<br />
kekerasan dan kelunakan................................ 57<br />
keramik maju.................................................... 91<br />
kompleks ligan campuran.............................. 126<br />
kompleks mono-inti.......................................... 11<br />
konfigurasi elektron spin rendah ................... 132<br />
konfigurasi elektron spin tinggi ..................... 132<br />
konstanta kestabilan ..................................... 166<br />
konstanta perisai ............................................. 31<br />
kontraksi lantanida ........................................ 173<br />
Kontraksi lantanoid.......................................... 18<br />
korundum ......................................................... 91<br />
Kromium(II) khlorida ...................................... 109<br />
Kromium(III) khlorida ..................................... 109<br />
kubus berpusat muka....................................... 22<br />
kubus terjejal ................................................... 21<br />
ligan khelat..................................................... 124<br />
ligan monodentat ........................................... 124<br />
ligan polidentat .............................................. 124<br />
Litium hidrida ................................................... 62<br />
Litium tetrahidridoaluminat ............................. 62<br />
logam 10<br />
logam alkali.................................................... 113<br />
logam alkali tanah.......................................... 115<br />
logam transisi awal........................................ 123<br />
LUMO 38<br />
medan kuat..................................................... 132<br />
medan lemah.................................................. 132<br />
medan ligan.................................................... 130<br />
Mekanisme asosiatif ...................................... 167<br />
Mekanisme disosiatif .....................................168<br />
mekanisme koordinasi dalam ........................170<br />
mekanisme koordinasi luar ............................170<br />
Mekanisme pertukaran...................................167<br />
Merkuri(II) khlorida.........................................105<br />
molekul kecil ..................................................155<br />
muatan inti efektif............................................31<br />
Natrium tetrahidroborat ...................................62<br />
nido 67<br />
Nitrogen dioksida .............................................82<br />
Nitrogen oksida ................................................81<br />
nomor atom ........................................................4<br />
nomor massa ......................................................4<br />
non-ikatan.........................................................37<br />
oksidasi 50<br />
oksidator...........................................................50<br />
oksigen singlet .................................................75<br />
oksigen triplet ..................................................75<br />
orbital molekul .................................................37<br />
orbital terdepan................................................38<br />
orto-hidrogen ....................................................61<br />
Ozon 76<br />
Paladium khlorida...........................................107<br />
para-hidrogen ...................................................61<br />
paramegnetisme.............................................142<br />
penyaring molekular.........................................80<br />
perbatasan........................................................57<br />
peroksida..........................................................75<br />
pi 38<br />
Polihalogen .....................................................102<br />
Polimorfisme.....................................................12<br />
potensial reduksi standar ................................49<br />
Prinsip kenetralan lisrik Pauling ......................15<br />
Prinsip Pauli........................................................6<br />
pseudorotasi Berry .........................................126<br />
reaksi sisipan .................................................179<br />
Reaksi sisipan ................................................178<br />
reduksi 50<br />
reduktor 50<br />
sel satuan .........................................................12<br />
senyawa Berthollida.........................................12<br />
senyawa Daltonida. ..........................................12<br />
Senyawa fasa Chevrel......................................99<br />
senyawa non-stoikiometrik ..............................12<br />
senyawa valensi campuran............................120<br />
sigma 38<br />
Silan 63<br />
Spinel 92<br />
spinel inversi ....................................................93<br />
spinel normal ....................................................92<br />
Struktur fluorit..................................................27<br />
Struktur garam dapur .......................................25<br />
struktur Keggin, ...............................................94<br />
192
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