⇒#463@化学種;

e^- 電子

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化学種 e^-に含まれる元素

化学種 e^-の物理量

式量: 0

自由電子のランデg因子 ge 0

化学種 e^-を含む材料

電子

化学種 e^-が関わる反応

2H⁺ + 2e^- ↔ H₂ Eº = 0V Eq. 1
PtO+H2O<->PtO2+2H(+) Eq. 298
Li⁺ + e^- + CoO₂ ↔ LiCoO₂ Eº = 0.8V Eq. 414
I(-)+3H2O<->IO3(-)+6H(+) Eq. 2
Zn²⁺ + 2e^- ↔ Zn Eº = -0.7626V Eq. 3
Hf<->Hf(4+) Eq. 4
Ag(+)<->Ag(2+) Eq. 5
Ac<->Ac(3+) Eq. 6
2Ag+S(2-)<->Ag2S Eq. 7
Ag+2CN(-)<->[Ag(CN)2](-) Eq. 8
Ag+I(-)<->AgI Eq. 9
AgCN + e^- ↔ Ag + CN^- Eº = -0.017V Eq. 10
Ag+2S2O3(2-)<->[Ag(S2O3)2](3-) Eq. 11
銀の析出反応 Eq. 12
Ag+SCN(-)<->AgSCN Eq. 13
AgCl + e^- ↔ Ag + Cl^- Eº = 0.2223V Eq. 14
AgN₃ + e^- ↔ Ag + N₃^- Eº = 0.2933V Eq. 15
2Ag+2OH(-)<->Ag2O+H2O Eq. 16
Ag+IO3(-)<->AgIO3 Eq. 17
2Ag+SeO3(2-)<->Ag2SeO3 Eq. 18
Ag+2NH3(aq)<->[Ag(NH3)2](+) Eq. 19
Ag2CrO4 + 2e^- ↔ 2Ag + [CrO4]²^- Eº = 0.4491V Eq. 20
3Ag+PO4(3-)<->Ag3PO4 Eq. 21
Ag₂CO₃ + 2e^- ↔ 2Ag + CO₃²^- Eº = 0.47V Eq. 22
Ag+BrO(3-)<->AgBrO3 Eq. 23
Ag2O+2OH(-)<->2AgO+H2O Eq. 24
Ag₂SO₄ + 2e^- ↔ 2Ag + SO₄²^- Eº = 0.654V Eq. 25
Ag2O3 + H₂O + 2e^- ↔ 2AgO + 2OH^- Eº = 0.739V Eq. 26
Ag⁺ + e^- ↔ Ag Eº = 0.7991V Eq. 27
[Al(OH)₄]^- + 3e^- ↔ Al + 4OH^- Eº = -2.31V Eq. 28
Al(OH)₃ + 3e^- ↔ Al + 3OH^- Eº = -2.3V Eq. 29
AlF₆³^- + 3e^- ↔ Al + 6F^- Eº = -2.067V Eq. 30
Al³⁺ + 3e^- ↔ Al Eº = -1.676V Eq. 31
Am<->Am(3+) Eq. 32
AmO2(+)<->AmO2(2+) Eq. 33
AmO2(+) + 4H⁺ + 2e^- ↔ Am(3+) + 2H₂O Eº = 1.72V Eq. 34
Am(3+)<->Am(4+) Eq. 35
AsO2(-) + 2H₂O + 3e^- ↔ As + 4OH^- Eº = -0.68V Eq. 36
AsO2(-)+4OH(-)<->AsO4(3-)+2H2O Eq. 37
AsH3(g)<->As+3H(+) Eq. 38
As+2H2O<->HAsO2(aq)+3H(+) Eq. 39
H3AsO4(aq) + 2H⁺ + 2e^- ↔ HAsO2 + 2H₂O Eº = 0.56V Eq. 40
Au+2I(-)<->[AuI2](-) Eq. 41
Au³⁺ + 3e^- ↔ Au Eº = 1.52V Eq. 42
Au+4SCN(-)<->[Au(SCN)4](-) Eq. 43
Au+4Cl(-)<->[AuCl4](-) Eq. 44
Au+2Cl(-)<->[AuCl2](-) Eq. 45
Au<->Au(+) Eq. 46
B+3H2O<->B(OH)3+3H(+) Eq. 47
Ba<->Ba(2+) Eq. 48
Be<->Be(2+) Eq. 49
2Bi+3H2O<->Bi2O3+6H(+) Eq. 50
BiH3(g)<->Bi+3H(+) Eq. 51
Bk<->Bk(3+) Eq. 52
Bk(3+)<->Bk(4+) Eq. 53
Br2(l)+4OH(-)<->2BrO(-)+2H2O Eq. 54
BrO(-)+4OH(-)<->BrO3(-)+2H2O Eq. 55
3Br(-)<->Br3(-) Eq. 56
2Br(-)<->Br2(l) Eq. 57
2Br(-)<->Br2(aq) Eq. 58
BrO3(1-)^- + 5H⁺ + 4e^- ↔ HBrO(aq) + 2H₂O Eº = 1.447V Eq. 59
Br2(l)+2H2O<->2HBrO(aq)+2H(+) Eq. 60
BrO4(-) + 2H⁺ + 2e^- ↔ BrO3(1-)^- + H₂O Eº = 1.853V Eq. 61
CN(-)+2OH(-)<->CNO(-)+H2O Eq. 62
H2C2O4(aq)<->2CO2(g)+2H(+) Eq. 63
HCOOH(aq)<->CO2(g)+2H(+) Eq. 64
2CN(-)<->(CN)2 Eq. 65
HCHO(aq)+H2O<->HCOOH(aq)+2H(+) Eq. 66
CH3OH(aq)+2H2O<->H2CO3(aq)+6H(+) Eq. 67
CH4(g)<->C+4H(+) Eq. 68
CO₃²^- + 6H⁺ + 4e^- ↔ HCHO(aq) + 2H₂O Eº = 0.197V Eq. 69
CO₂ + 4H⁺ + 4e^- ↔ C + 2H₂O Eº = 0.206V Eq. 70
CH3OH(aq)+2H2O<->CO3(2-)+8H(+) Eq. 71
CH3OH(aq)<->2H(+) Eq. 72
CO₃²^- + 3H⁺ + 2e^- ↔ HCOO(-) + H₂O Eº = 0.311V Eq. 73
2CO₃²^- + 4H⁺ + 2e^- ↔ C₂O₄²^- + 2H₂O Eº = 0.478V Eq. 74
CH₃OH + 2H⁺ + 2e^- ↔ CH₄ + H₂O Eº = 0.588V Eq. 75
Ca<->Ca(2+) Eq. 76
Cd+S(2-)<->CdS(s) Eq. 77
Cd+4CN(-)<->[Cd(CN)4](2-) Eq. 78
Cd+2OH(-)<->Cd(OH)2 Eq. 79
[Cd(NH₃)₄]²⁺ + 2e^- ↔ Cd + 4NH₄⁺ Eº = -0.622V Eq. 80
Cd<->Cd(2+) Eq. 81
Cd(Hg)<->Cd(2+)+Hg Eq. 82
Ce<->Ce(3+) Eq. 83
Ce(3+)<->Ce(4+) Eq. 84
Cf<->Cf(2+) Eq. 85
Cf<->Cf(3+) Eq. 86
ClO₃^- + H₂O + 2e^- ↔ ClO₂^- + 2OH^- Eº = 0.295V Eq. 87
ClO3(-)+2OH(-)<->ClO4(-)H2O Eq. 88
2ClO^- + 2H₂O + 2e^- ↔ Cl₂ + 4OH^- Eº = 0.421V Eq. 89
Cl(-)+6OH(-)<->ClO3(-)+3H2O Eq. 90
ClO₂^- + H₂O + 2e^- ↔ ClO^- + 2OH^- Eº = 0.681V Eq. 91
ClO2(-)<->ClO2(g) Eq. 92
ClO^- + H₂O + 2e^- ↔ Cl^- + 2OH^- Eº = 0.89V Eq. 93
ClO2(g)+H2O<->ClO3(-)+2H(+) Eq. 94
ClO₃^- + 3H⁺ + 2e^- ↔ H₂O + HClO₂ Eº = 1.181V Eq. 95
HClO2(aq)<->ClO2(g)+H(+) Eq. 96
ClO3(-)+H2O<->ClO4(-)+2H(+) Eq. 97
Cl₂ + 2e^- ↔ 2Cl^- Eº = 1.3583V Eq. 98
2Cl(-)<->Cl2(aq) Eq. 99
3Cl(-)<->Cl3(-)(aq) Eq. 100
2HClO(aq) + 2H⁺ + 2e^- ↔ Cl₂ + 2H₂O Eº = 1.63V Eq. 101
2H⁺ + 2e^- + HClO₂ ↔ HClO(aq) + H₂O Eº = 1.645V Eq. 102
Cm<->Cm(3+) Eq. 103
Co+2OH(-)<->Co(OH)2 Eq. 104
Co<->Co(2+) Eq. 105
[Co(NH3)6](2+)<->[Co(NH3)6](3+) Eq. 106
Co(2+)<->Co(3+) Eq. 107
[Cr(CN)6]³^- + e^- ↔ [Cr(CN)6]⁴^- Eº = -1.14V Eq. 108
Cr+3OH(-)<->Cr(OH)3(s) Eq. 109
Cr<->Cr(2+) Eq. 110
Cr(2+)<->Cr(3+) Eq. 111
[Cr(OH)4](-)+4OH(-)<->CrO4(2-)+4H2O Eq. 112
Cr₂O₇²^- + 6e^- ↔ 14H⁺ + 2Cr³⁺ + 7H₂O Eº = 1.36V Eq. 113
Cs<->Cs(+) Eq. 114
Cu₂S + 2e^- ↔ 2Cu + S(6+)²^- Eº = -0.898V Eq. 115
[Cu(CN)₂]^- + e^- ↔ Cu + 2CN^- Eº = -0.44V Eq. 116
Cu2O + H₂O + 2e^- ↔ 2Cu + 2OH^- Eº = -0.365V Eq. 117
CuO + H₂O + 2e^- ↔ Cu + 2OH^- Eº = -0.29V Eq. 118
Cu2O+2OH(-)<->2CuO+H2O Eq. 119
CuI + e^- ↔ Cu + I^- Eº = -0.182V Eq. 120
[Cu(NH₃)₂]⁺ + e^- ↔ Cu + 2NH₄⁺ Eº = -0.1V Eq. 121
CuBr + e^- ↔ Cu + Bｒ⁺ Eº = 0.033V Eq. 122
CuCl + e^- ↔ Cu + Cl^- Eº = 0.121V Eq. 123
Cu²⁺ + e^- ↔ Cu⁺ Eº = 0.159V Eq. 124
Cu²⁺ + 2e^- ↔ Cu Eº = 0.34V Eq. 125
Cu⁺ + e^- ↔ Cu Eº = 0.52V Eq. 126
Cu²⁺ + Cl^- + e^- ↔ CuCl Eº = 0.559V Eq. 127
Es<->Es(2+) Eq. 128
Es<->Es(3+) Eq. 129
Eu<->Eu(3+) Eq. 130
Eu(2+)<->Eu(3+) Eq. 131
2F(-)+H2O<->F2O(g)+2H(+) Eq. 132
2F(-)<->F2(g) Eq. 133
F2(g) + 2H⁺ + 2e^- ↔ 2HF(aq) Eº = 3.053V Eq. 134
Fe+6CN(-)<->[Fe(CN)6](4-) Eq. 135
Fe+S(2-)<->FeS Eq. 136
Fe+2OH(-)<->Fe(OH)2 Eq. 137
Fe(OH)2+OH(-)<->Fe(OH)3 Eq. 138
Fe²⁺ + 2e^- ↔ Fe Eº = -0.44V Eq. 139
[Fe(CN)6](4-)<->[Fe(CN)6](3-) Eq. 140
Fe³⁺ + e^- ↔ Fe²⁺ Eº = 0.77V Eq. 141
[Fe(bpy)3](2+)<->[Fe(bpy)3](3+) Eq. 142
Fm<->Fm(2+) Eq. 143
Fm<->Fm(3+) Eq. 144
Ga+4OH(-)<->H2GaO3(-)+H2O Eq. 145
Ga(2+)<->Ga(3+) Eq. 146
Ga<->Ga(3+) Eq. 147
Ga<->Ga(2+) Eq. 148
Gd<->Gd(3+) Eq. 149
Ge+5OH(-)<->HGeO3(-)+2H2O Eq. 150
Ge2H2O<->GeO2(hex)+4H(+) Eq. 151
Ge<->Ge(2+) Eq. 152
H₂ + 2e^- ↔ 2H(-) Eq. 153
Hf+2H2O<->HfO2+4H(+) Eq. 154
Hg(l)+H2S<->HgS(black)+2H(+) Eq. 155
2Hg(l)+2I(-)<->Hg2I2 Eq. 156
HgO + H₂O + 2e^- ↔ Hg(l) + 2OH^- Eº = 0.0977V Eq. 157
2Hg(l)+2Br(-)<->Hg2Br2 Eq. 158
Hg₂Cl₂ + 2e^- ↔ 2Hg(l) + 2Cl^- Eº = 0.26816V Eq. 159
Hg₂SO₄ + 2e^- ↔ 2Hg(l) + SO₄²^- Eº = 0.613V Eq. 160
2Hg<->Hg2(2+) Eq. 161
Hg<->Hg(2+) Eq. 162
Hg2(2+)<->2Hg(2+) Eq. 163
I(-)+6OH(-)<->IO3(-)+3H2O Eq. 164
I(-)+2OH(-)<->IO(-)+H2O Eq. 165
2I(-)<->I2(s) Eq. 166
3I(-)<->I3(-) Eq. 167
I(-)+H2O<->HIO(aq)+H(+) Eq. 168
[I2Cl](-)+3Cl(-)<->2[ICl2](-) Eq. 169
I2(aq)+6H2O<->2IO3(-)+12H(+) Eq. 170
I2(s)+2Cl(-)<->2ICl(aq) Eq. 171
I2(s)+6Cl(-)<->2ICl3(s) Eq. 172
IO3(-)+3H2O<->H5IO6(aq)+H(+) Eq. 173
In + 3e^- ↔ In Eº = -0.3382V Eq. 174
Ir+6Cl(-)<->[IrCl6](3-) Eq. 175
[IrCl6](3-)<->[IrCl6](2-) Eq. 176
Ir+H2O<->IrO(s)+2H(+) Eq. 177
Ir2O3+H2O<->2IrO2+2H(+) Eq. 178
Ir+2H2O<->IrO2+4H(+) Eq. 179
Ir<->Ir(3+) Eq. 180
K<->K(+) Eq. 181
La<->La(3+) Eq. 182
Li⁺ + e^- ↔ Li Eº = -3.045V Eq. 183
Lu<->Lu(3+) Eq. 184
Md<->Md(2+) Eq. 185
Md<->Md(3+) Eq. 186
Mg+2OH(-)<->Mg(OH)2(s) Eq. 187
Mg<->Mg(+) Eq. 188
Mg²⁺ + 2e^- ↔ Mg Eº = -2.356V Eq. 189
Mn+2OH(-)<->Mn(OH)2 Eq. 190
Mn<->Mn(2+) Eq. 191
2Mn(OH)2+2OH(-)<->Mn2O3+3H2O Eq. 192
MnO₂ + 2H₂O + 2e^- ↔ Mn(OH)₂ + 2OH^- Eº = -0.05V Eq. 193
2MnO₂ + H₂O + 2e^- ↔ Mn₂O₃ + 2OH^- Eº = 0.15V Eq. 194
MnO4(2-)<->MnO4(-) Eq. 195
MnO2+4OH(-)<->MnO4(-)+2H2O Eq. 196
Mn(2+)<->Mn(3+) Eq. 197
MnO₄^- + 8H⁺ + 5e^- ↔ Mn²⁺ + 4H₂O Eº = 1.51V Eq. 198
MnO2+2H2O<->MnO4(-)+4H(+) Eq. 199
Mo+4OH(-)<->MoO2+2H2O Eq. 200
Mo+8OH(-)<->MoO4(2-)+4H2O Eq. 201
MoO2+4OH(-)<->MoO4(2-)+2H2O Eq. 202
Mo<->Mo(3+) Eq. 203
Mo(3+)+2H2O<->MoO2+4H(+) Eq. 204
[Mo(CN)8](4-)<->[Mo(CN)8](3-) Eq. 205
2NH3(aq)<->N2(g)+6H(+) Eq. 206
NO2(-)+2OH(-)<->NO3(-)+H2O Eq. 207
2NH3(aq)+2OH(-)<->N2H4(aq)+2H2O Eq. 208
NH3(aq)+2OH(-)<->NH2OH(aq)+H2O Eq. 209
N2H4(aq)+2OH(-)<->2NH2OH(aq) Eq. 210
N2O4(g)+2H2O<->2NO3(-)4H(+) Eq. 211
NO2(-)+H2O<->NO3(-)+2H(+) Eq. 212
NO₃^- + 3H⁺ + 2e^- ↔ HNO2(aq) + H₂O Eº = 0.94V Eq. 213
NO₃^- + 4H⁺ + 3e^- ↔ NO(g) + 2H₂O Eº = 0.957V Eq. 214
NO(g)+H2O<->HNO2(aq)+H(+) Eq. 215
2NO(g)+2H2O<->N2O4(g)+4H(+) Eq. 216
2HNO2(aq)<->N2O4(g)+2H(+) Eq. 217
N2(g)+4H2O<->N2O4(g)+8H(+) Eq. 218
N2(g)+4H2O<->2NO2(g)+8H(+) Eq. 219
2NO(g) + 4H⁺ + 4e^- ↔ N₂ + 2H₂O Eº = 1.678V Eq. 220
N2(g)+H2O<->N2O(g)+2H(+) Eq. 221
Na⁺ + e^- ↔ Na Eº = -2.714V Eq. 222
Nb<->Nb(3+) Eq. 223
2Nb+5H2O<->Nb2O5+10H(+) Eq. 224
Nd<->Nd(3+) Eq. 225
Ni(OH)2 + 2e^- ↔ Ni + 2OH^- Eº = -0.72V Eq. 226
Ni+6NH3(aq)<->[Ni(NH3)6](2+) Eq. 227
Ni<->Ni(2+) Eq. 228
NiO + 2H⁺ + 2e^- ↔ Ni + H₂O Eº = 0.116V Eq. 229
Ni(OH)2+OH(-)<->Ni(OH)3 Eq. 230
NiO2 + 2H₂O + 2e^- ↔ Ni(OH)₂ + 2OH^- Eº = 0.49V Eq. 231
2Ni(OH)2<->Ni2O3+H2O+2H(+) Eq. 232
Ni(2+)+2H2O<->NiO2+4H(+) Eq. 233
3Ni(2+)+4H2O<->Ni3O4+8H(+) Eq. 234
Ni(2+)+3H2O<->Ni(OH)3+3H(+) Eq. 235
No<->No(2+) Eq. 236
No<->No(3+) Eq. 237
Np<->Np(3+) Eq. 238
Np(3+)<->Np(4+) Eq. 239
NpO2(+)<->NpO2(2+) Eq. 240
2H₂O + 2e^- ↔ 2OH^- + H₂ Eº = -0.8285V Eq. 241
HO2(-)(aq)<->HO2 Eq. 242
O₂ + e^- ↔ O₂^- Eq. 243
HO2(-)(aq)+OH(-)<->O2+H2O Eq. 244
O₂ + H⁺ + e^- ↔ HO₂ Eº = -0.046V Eq. 245
HO₂^- + H₂O + e^- ↔ HO + 2OH^- Eº = 0.184V Eq. 246
HO2(-)(aq)+OH(-)<->O2(-)(aq)+H2O Eq. 247
O₂ + 2H₂O + 4e^- ↔ 4OH^- Eº = 0.401V Eq. 248
4OH(-)<->O2(-)(aq)+2H2O Eq. 249
O₂ + 2H⁺ + 2e^- ↔ H₂O₂ Eº = 0.695V Eq. 250
3OH(-)<->HO2(-)(aq)+H2O Eq. 251
H₂O₂ + H⁺ + e^- ↔ HO + H₂O Eº = 1.14V Eq. 252
O₂ + 4H⁺ + 4e^- ↔ 2H₂O Eº = 1.229V Eq. 253
O₃ + H₂O + 2e^- ↔ O₂ + 2OH^- Eº = 1.246V Eq. 254
HO₂ + H⁺ + e^- ↔ H₂O₂ Eº = 1.44V Eq. 255
O(g) + H₂O + 2e^- ↔ 2OH^- Eº = 1.602V Eq. 256
2H2O<->HO2(aq)+3H(+) Eq. 257
H₂O₂ + 2H⁺ + 2e^- ↔ 2H₂O Eº = 1.763V Eq. 258
OH(-)<->OH Eq. 259
O₃ + 2H⁺ + 2e^- ↔ O₂ + H₂O Eº = 2.075V Eq. 260
HO + H⁺ + e^- ↔ H₂O Eº = 2.38V Eq. 261
H2O<->O(g)+2H(+) Eq. 262
Os+2H2O<->OsO2(s)+4H(+) Eq. 263
Os+4H2O<->OsO4(aq)+8H(+) Eq. 264
[OsCl6](3-)<->[OsCl6](2-) Eq. 265
OsO2(s)+2H2O<->OsO4(s)+4H(+) Eq. 266
P(white)+2H2O<->H3PO2+H(+) Eq. 267
P(white)+3H2O<->H3PO3(aq)+3H(+) Eq. 268
H3PO2+H2O<->H3PO3(aq)+2H(+) Eq. 269
P4H2(g)<->4P(white)+2H(+) Eq. 270
H3PO3(aq)+H2O<->H3PO4(aq)+2H(+) Eq. 271
PH3(g)<->P(white)+3H(+) Eq. 272
PbS + 2e^- ↔ Pb + S(6+)²^- Eº = -0.954V Eq. 273
PbO(red) + H₂O + 2e^- ↔ Pb + 2OH^- Eº = -0.58V Eq. 274
Pb3(PO4)2 + 6e^- ↔ 3Pb + 2PO4(+3)³^- Eº = -0.557V Eq. 275
PbCO3 + 2e^- ↔ Pb + CO₃²^- Eº = -0.509V Eq. 276
Pb+2I(-)<->PbI2 Eq. 277
PbSO₄ + 2e^- ↔ Pb + SO₄²^- Eº = -0.3505V Eq. 278
PbBr2 + 2e^- ↔ Pb + 2Bｒ⁺ Eº = -0.28V Eq. 279
Pb+2Cl(-)<->PbCl2 Eq. 280
Pb<->Pb(2+) Eq. 281
PbO(red)+2OH(-)<->PbO2(α)+H2O Eq. 282
Pb(2+)+2H2O<->PbO2(α)+4H(+) Eq. 283
PbO₂(α) + 4H⁺ + SO₄²^- + 2e^- ↔ PbSO₄ + 2H₂O Eº = 1.698V Eq. 284
Pd+4Cl(-)<->[PdCl4](2-) Eq. 285
Pd(OH)2 + 2H⁺ + 2e^- ↔ Pd + 2H₂O Eº = 0.897V Eq. 286
Pd<->Pd(2+) Eq. 287
Pd(2+)+2H2O<->PdO2+4H(+) Eq. 288
Pd+4H2O<->Pd(OH)4+4H(+) Eq. 289
Pd(OH)2+2H2O<->Pd(OH)4+2H(+) Eq. 290
PdO+H2O<->PdO2+2H(+) Eq. 291
Po<->Po(2+) Eq. 292
Po+3H2O<->PoO3(2-)+6H(+) Eq. 293
PoO3 + 2e^- ↔ PoO3(2-) Eº = 1.477V Eq. 294
Pt+4Cl(-)<->[PtCl4](2-) Eq. 295
Pt+H2O<->PtO+2H(+) Eq. 296
[PtCl4](2-)+2Cl(-)<->[PtCl6](4-) Eq. 297
Pt²⁺ + 2e^- ↔ Pt Eº = 1.188V Eq. 299
Pu<->Pu(3+) Eq. 300
Pu(3+)<->Pu(4+) Eq. 301
PuO2(+)<->PuO2(2+) Eq. 302
Pu(4+)+2H2O<->PuO2(+)+4H(+) Eq. 303
Ra<->Ra(2+) Eq. 304
Rb<->Rb(+) Eq. 305
Re+2H2O<->ReO2+4H(+) Eq. 306
Re+4H2O<->ReO4(-)+8H(+) Eq. 307
ReO2+2H2O<->ReO4(-)+4H(+) Eq. 308
ReO3+H2O<->ReO4(-)+2H(+) Eq. 309
Rh<->Rh(3+) Eq. 310
Rh+H2O<->RhO+2H(+) Eq. 311
2Rh+3H2O<->Rh2O3+6H(+) Eq. 312
[Ru(NH3)6](2+)<->[Ru(NH3)6](3+) Eq. 313
Ru(2+)<->Ru(3+) Eq. 314
RuO4(2-)<->RuO4(-) Eq. 315
Ru+2H2O<->RuO2+4H(+) Eq. 316
[Ru(CN)6](4-)<->[Ru(CN)6](3-) Eq. 317
RuO4(-)<->RuO4 Eq. 318
RuO2+2H2O<->RuO4+4H(+) Eq. 319
S2O4(2-)+4OH(-)<->2SO3(2-)+2H2O Eq. 320
SO₄²^- + H₂O + 2e^- ↔ SO3²^- + 2OH^- Eº = -0.936V Eq. 321
S2O3(2-)+6OH(-)<->2SO3(2-)+3H2O Eq. 322
S(2-)<->S Eq. 323
2SO₄²^- + 4H⁺ + 2e^- ↔ S2O6²^- + 2H₂O Eº = -0.253V Eq. 324
HS2O4(-)+2H2O<->2H2SO3+H(+) Eq. 325
SO₄²^- + 4H⁺ + 2e^- ↔ H2SO3 + H₂O Eº = 0.158V Eq. 326
H2S(g)<->S+2H(+) Eq. 327
S2O3(2-)+3H2O<->2H2SO3+2H(+) Eq. 328
S+3H2O<->H2SO3+4H(+) Eq. 329
2H2SO3<->S2O6(2-)+4H(+) Eq. 330
2SCN(-)<->(SCN)2 Eq. 331
S2O8²^- + 2e^- ↔ 2SO₄²^- Eº = 1.96V Eq. 332
Sb+4OH(-)<->SbO2(-)+2H2O Eq. 333
SbH3(g)<->Sb+3H(+) Eq. 334
4Sb+6H2O<->Sb4O6+12H(+) Eq. 335
Sb4O6+4H2O<->2Sb2O5+8H(+) Eq. 336
Sb2O4+H2O<->Sb2O5+2H(+) Eq. 337
Sc<->Sc(3+) Eq. 338
Se(2-)<->Se Eq. 339
Se+6OH(-)<->SeO3(2-)+3H2O Eq. 340
H2Se(g)<->Se+2H(+) Eq. 341
SeO4(2-) + H₂O + 2e^- ↔ SeO3²^- + 2OH^- Eº = 0.031V Eq. 342
Se+3H2O<->H2SeO3+4H(+) Eq. 343
H2SeO3+H2O<->SeO4(2-)+4H(+) Eq. 344
Si+6OH(-)<->SiO3(2-)+3H2O Eq. 345
Si+6F(-)<->[SiF6](2-) Eq. 346
Si+2H2O<->SiO2(quartz)+4H(+) Eq. 347
Si+H2O<->SiO+2H(+) Eq. 348
SiH4<->Si+4H(+) Eq. 349
Sm<->Sm(3+) Eq. 350
Sm(2+)<->Sm(3+) Eq. 351
SnH4<->Sn+4H(+) Eq. 352
Sn+6F(-)<->[SnF6](2-) Eq. 353
Sn<->Sn(2+) Eq. 354
SnO+H2O<->SnO2+2H(+) Eq. 355
Sn(2+)+2H2O<->SnO3+4H(+) Eq. 356
Sn(2+)<->Sn(4+) Eq. 357
Sn(2+)+3H2O<->SnO3(2-)+6H(+) Eq. 358
Sr<->Sr(2+) Eq. 359
2Ta+5H2O<->Ta2O5+10H(+) Eq. 360
Tc+2H2O<->TcO2+4H(+) Eq. 361
Tc<->Tc(2+) Eq. 362
TcO2+2H2O<->TcO4(-)+4H(+) Eq. 363
2Te(2-)<->Te2(2-) Eq. 364
Te(2-)<->Te Eq. 365
H2Te(aq)<->Te+2H(+) Eq. 366
TeO3(2-)+2OH(-)<->TeO4(2-)+H2O Eq. 367
Te+2H2O<->TeO2+4H(+) Eq. 368
Te(4+)+4H2O<->H2TeO4+6H(+) Eq. 369
Th+4OH(-)<->ThO2+2H2O Eq. 370
Th<->Th(4+) Eq. 371
Ti<->Ti(2+) Eq. 372
Ti+H2O<->TiO(s)+2H(+) Eq. 373
Ti+6F(-)<->[TiF6](2-) Eq. 374
Ti(3+)+2H2O<->TiO2+4H(+) Eq. 375
Ti(2+)<->Ti(3+) Eq. 376
Ti(3+)+H2O<->TiO(2+)+2H(+) Eq. 377
2Tl+S(2-)<->Tl2S Eq. 378
Tl+I(-)<->TlI(s) Eq. 379
Tl+Br(-)<->TlBr(s) Eq. 380
Tl+Cl(-)<->TlCl(s) Eq. 381
Tl+OH(-)<->TlOH(s) Eq. 382
Tl<->Tl(+) Eq. 383
TlOH+2OH(-)<->Tl(OH)3 Eq. 384
Tl(+)<->Tl(3+) Eq. 385
U<->U(3+) Eq. 386
U(3+)<->U(4+) Eq. 387
UO2(+)<->UO2(2+) Eq. 388
U(4+)+2H2O<->UO2(2+)+4H(+) Eq. 389
U(4+)+2H2O<->UO2(+)+4H(+) Eq. 390
V<->V(2+) Eq. 391
V(2+)<->V(3+) Eq. 392
V(3+)+H2O<->VO(2+)+2H(+) Eq. 393
V2O3+2H2O<->HV2O5(-)+3H(+) Eq. 394
2VO(2+)+3H2O<->V2O5+6H(+) Eq. 395
W+8OH(-)<->WO4(2-)+4H2O Eq. 396
W+2H2O<->WO2+4H(+) Eq. 397
W+3H2O<->WO3+6H(+) Eq. 398
2WO2+H2O<->W2O5+2H(+) Eq. 399
W2O5+H2O<->2WO3+2H(+) Eq. 400
Y<->Y(3+) Eq. 401
Yb<->Yb(3+) Eq. 402
Yb(2+)<->Yb(3+) Eq. 403
ZnS(wurtzite) + 2e^- ↔ Zn + S(6+)²^- Eº = -1.44V Eq. 404
[Zn(OH)₄]²^- + 2e^- ↔ Zn + 4OH^- Eº = -1.285V Eq. 405
Zn(OH)₂ + 2e^- ↔ Zn + 2OH^- Eº = -1.246V Eq. 406
[Zn(NH₃)₄]²⁺ + 2e^- ↔ Zn + 4NH₄⁺ Eº = -1.04V Eq. 407
Zn²⁺ + 2e^- ↔ Zn Eº = -0.7626V Eq. 408
Zr<->Zr(4+) Eq. 409
Zr+2H2O<->ZrO2+4H(+) Eq. 410
Bi<->Bi(3+) Eq. 411
Mn(2+)+2H2O<->Mno2+4H(+) Eq. 412
2SO₄²^- + 2e^- ↔ S2O8²^- Eº = 2.05V Eq. 413
C6H11NO+H(+)+e(-)<->DMPO-H Eq. 475
2Al + 3H₂O → Al₂O₃ + 6H⁺ + 6e^- Eq. 477
Li⁺ + e^- + Mn₂O₄ → LiMn₂O₄ Eq. 501
LiFePO₄ → e^- + Li⁺ + FePO4 Eq. 461
H2O+hv<->H+OH+e(-) Eq. 476
AH(-) <->　・A(-)　+ H(+) + e- Eq. 500
ベンゼンカチオンラジカル Eq. 510
ベンゼンアニオンラジカル Eq. 511
コロネンアニオンラジカル by YZDN\tomohiro Eq. 513
Al + 3LiPF₆ ← 3PF₅ + AlF₃ + 3e^- + 3Li⁺ Eq. 503
没食子酸アニオンイオンの電子引き抜き反応 by YZDN\to Eq. 509
CO₂ + e^- → CO₂^- Eq. 514
ピレンアニオンラジカル by YZDN\tomohiro Eq. 515
アントラセンアニオンラジカ Eq. 516
アントラセンカチオンラジカル Eq. 517
ペリレンアニオンラジカル Eq. 518
ペリレンカチオンラジカル Eq. 519
Li⁺ + e^- + 6C → C₆Li Eq. 555
Al + 3LiBF₄ ← 3BF₃ + AlF₃ + 3e^- + 3Li⁺ Eq. 504
クロロゲン酸のラジカル化 by YZDN\tomohiro Eq. 505
クロロゲン酸イオンの電子引き抜き by YZDN\tomohi Eq. 507
ナフタリンアニオンラジカル by YZDN\tomohiro Eq. 512

参考文献( 書籍・雑誌・URL )

伊藤智博、神保雄次. 化学式ワープロと分子軌道計算～量子力学もコンピュータで解こう～ . 山形大学, 情報処理概論講義ノート, 2018. https://edu.yz.yamagata-u.ac.jp/developer/Asp/Youzan/@Lecture.asp?nLectureID=4709 , （参照 2020-2-18）.
仁科辰夫. 化学種のテーブル . 山形大学, サイバーキャンパス「鷹山」講義ノート, 2011. https://edu.yz.yamagata-u.ac.jp/developer/Asp/Youzan/@Lecture.asp?nLectureID=3764 , （参照 2020-11-10）.

C + O_{2} = {CO}_{2} + 394 kJ

C_{} H_{3} C_{} H_{2} O_{} H_{}

表 1 . 熱化学方程式
反応熱	説明	注目する化学種（係数1）	例

反応熱	化学反応で発熱したり吸熱したりする熱
生成熱	化合物1molがその成分元素の単体から生成するときの反応熱。
燃焼熱
中和熱
溶解熱
融解熱（凝固熱）
蒸発熱（凝縮熱）
昇華熱