Method of Measuring the Efficiency of the Conversion of Nuclear Energy into Optical Energy

Table 1

Rate constants of processes in an Ar-N₂ mixture.

Number	Process	Constant of process	References
1	Ar + α → Ar + α	eV	[3]
2	Ar + α → Ar^+ + α + e	eV	[3]
3	Ar^+ + 2Ar →  + Ar	cm^6s^−1	[8]
4	Ar^+ + N2 →  + Ar	cm^3s^−1	[12]
5	+ e → Ar + Ar	cm^3s^−1	[13]
6	Ar + 2Ar →  + Ar	cm^6s^−1	[14]
7	→  + 2Ar	s^−1	[8]
8	Ar + N2 → N2(B) + Ar	cm^3s^−1	[15]
9	Ar + N2 → N2(C) + Ar	cm^3s^−1	[15]
10	Ar + N2 → N2(E) + Ar	cm^3s^−1	[8]
11	+ N2 → N2(B) + 2Ar	cm^3s^−1	[8]
12	N2(E) + Ar → N2(C) + Ar	cm^3s^−1	[8]
13	N2(C) →  + N2(B)	s^−1	[15]
14	N2(C) + N2 → N2(B) + N2	cm^3s^−1	[15]
15	N2(C) + Ar → N2(B) + Ar	cm^3s^−1	[16]
16	N2(B) →  + N2(A)	s^−1	[15]
17	N2(B) + N2 → N2(A) + N2	cm^3s^−1	[8]
18	N2(B) + Ar → N2(A) + Ar	cm^3s^−1	[8]
19	N2(A) + N2(A) → N2(E) + N2	cm^3s^−1	[8]
20	N2(A) + N2(A) → N2(C) + N2	cm^3s^−1	[8]
21	N2(A) + N(A) → N2(B) + N2	cm^3s^−1	[8]
22	N2(A) + N2 → N2 + N2,	cm^3s^−1	[17]
23	N2(A) + Ar → N2 + Ar	cm^3s^−1	[17]