aus Wikipedia, der freien Enzyklopädie
Kalte Verbrennung
2
H
2
+
O
2
→
2
H
2
O
{\displaystyle \mathrm {2\ H_{2}+O_{2}\rightarrow 2\ H_{2}O} }
Deuterium-Tritium-Reaktion
T
+
D
→
4
H
e
+
n
+
17
,
6
M
e
V
{\displaystyle \mathrm {T+D\rightarrow {}^{4}He+n+17{,}6\ MeV} }
Elementarladung
e
=
1,602
⋅
10
−
19
{\displaystyle \mathrm {{\mathit {e}}=1{,}602\cdot 10^{-19}} }
Energieausstoß einer Deuterium-Tritium-Reaktion
17
,
6
M
e
V
⋅
e
=
17
,
6
⋅
10
6
M
e
V
⋅
1,602
⋅
10
−
19
J
=
2,819
52
⋅
10
−
12
M
e
V
⋅
J
{\displaystyle \mathrm {17{,}6\ MeV\cdot {\mathit {e}}=17{,}6\cdot 10^{6}\ MeV\cdot 1{,}602\cdot 10^{-19}\ J=2{,}81952\cdot 10^{-12}\ MeV\cdot J} }
Deuterium-Deuterium-Reaktionen
D
+
D
→
T
+
4
,
04
M
e
V
{\displaystyle \mathrm {D+D\rightarrow T+4{,}04\ MeV} }
D
+
D
→
n
+
3
H
e
+
3
,
37
M
e
V
{\displaystyle \mathrm {D+D\rightarrow n+{}^{3}He+3{,}37\ MeV} }
Deuterium-Deuterium-Nebenreaktion
p
+
T
→
4
H
e
+
γ
{\displaystyle \mathrm {p+T\rightarrow {}^{4}He+\gamma } }
Startreaktion (Proton-Proton-Reaktion)
1
H
+
+
1
H
+
→
2
H
+
+
e
+
+
v
e
+
0
,
42
M
e
V
{\displaystyle \mathrm {{}^{1}H^{+}+{}^{1}H^{+}\rightarrow {}^{2}H^{+}+e^{+}+{\mathit {v}}_{e}+0{,}42\ MeV} }
e
+
+
e
−
→
2
γ
+
1
,
02
M
e
V
{\displaystyle \mathrm {e^{+}+e^{-}\rightarrow 2\gamma +1{,}02\ MeV} }
2
H
+
+
1
H
+
→
3
H
e
2
+
+
γ
+
5
,
49
M
e
V
{\displaystyle \mathrm {{}^{2}H^{+}+{}^{1}H^{+}\rightarrow {}^{3}He^{2+}+\gamma +5{,}49\ MeV} }
Proton-Proton-Reaktion I
3
H
e
2
+
+
3
H
2
+
→
4
H
e
2
+
+
1
H
+
+
12
,
86
M
e
V
{\displaystyle \mathrm {{}^{3}He^{2+}+{}^{3}H^{2+}\rightarrow {}^{4}He^{2+}+{}^{1}H^{+}+12{,}86\ MeV} }
Proton-Proton-Reaktion II
3
H
e
2
+
+
4
H
e
2
+
→
7
B
e
4
+
+
γ
+
1
,
59
M
e
V
{\displaystyle \mathrm {{}^{3}He^{2+}+{}^{4}He^{2+}\rightarrow {}^{7}Be^{4+}+\gamma +1{,}59\ MeV} }
7
B
e
4
+
+
e
−
→
7
L
i
3
+
+
v
e
{\displaystyle \mathrm {{}^{7}Be^{4+}+e^{-}\rightarrow {}^{7}Li^{3+}+{\mathit {v}}_{e}} }
7
L
i
3
+
+
1
H
+
→
4
H
e
2
+
+
4
H
e
2
+
+
17
,
35
M
e
V
{\displaystyle \mathrm {{}^{7}Li^{3+}+{}^{1}H^{+}\rightarrow {}^{4}He^{2+}+{}^{4}He^{2+}+17{,}35\ MeV} }
Proton-Proton-Reaktion III
H
e
2
+
+
4
H
e
2
+
→
7
B
e
4
+
+
γ
+
1
,
59
M
e
V
{\displaystyle \mathrm {He^{2+}+{}^{4}He^{2+}\rightarrow {}^{7}Be^{4+}+\gamma +1{,}59\ MeV} }
7
B
e
4
+
+
1
H
+
→
8
B
5
+
+
γ
+
0
,
14
M
e
V
{\displaystyle \mathrm {{}^{7}Be^{4+}+{}^{1}H^{+}\rightarrow {}^{8}B^{5+}+\gamma +0{,}14\ MeV} }
8
B
5
+
→
8
B
4
+
+
e
+
+
v
e
{\displaystyle \mathrm {{}^{8}B^{5+}\rightarrow {}^{8}B^{4+}+e^{+}+{\mathit {v}}_{e}} }
8
B
4
+
↔
4
H
e
2
+
+
4
H
e
2
+
{\displaystyle \mathrm {{}^{8}B^{4+}\leftrightarrow {}^{4}He^{2+}+{}^{4}He^{2+}} }
Proton-Elektron-Proton-Reaktion
1H+ + e- + 1H+ → 2H+ + ν
1
H
+
+
e
−
+
1
H
+
→
2
H
2
+
+
v
{\displaystyle \mathrm {{}^{1}H^{+}+e^{-}+{}^{1}H^{+}\rightarrow {}^{2}H^{2+}+{\mathit {v}}} }
Helium-Proton-Reaktion
3He2+ + 1H+ → 4He2+ + νe + e+ + 18,77 MeV
3
H
e
2
+
+
1
H
+
→
4
H
e
2
+
+
v
e
+
e
+
+
18
,
77
M
e
V
{\displaystyle \mathrm {{}^{3}He^{2+}+{}^{1}H^{+}\rightarrow {}^{4}He^{2+}+{\mathit {v}}_{e}+e^{+}+18{,}77\ MeV} }