1. IRRADI
ATION
TARGET
g FACTOR
WIDTH
(mT)ΔH1/2
SIGNAL INTENSITY
(/(Hm·G·√P·V)
RELAXATION
TIME(s) 1
CH2
2.0058
6.34
2.16×104
1.23×10-7 2
2.0084
7.62
1.07×105
1.53×10-7 3
2.0086
6.12
6.38×103
1.59×10-7

2. SWEEP WIDTH IRRADI ATION TARGET V (mm3) POWER (mW) CENTRAL FIELD (mT)
MOD
GAIN
TIME CON.(SEC)
FREQ.
(GHz) 1
CD2
1×0.770 8
326.65 10
2.0
100
0.03
9.187 2
12.5
9.195 3
326.75
400
0.01

4. IRRADI
ATION
TARGE
g FACTOR
WIDTH
(mT) ΔH1/2
SIGNAL INTENSITY
(/(Hm·G·√P·V)
RELAXATION
TIME(s) 1
CD2
2.0095
3.76
1.72×104
3.03×10-7 2
2.0112
4.02
6.72×105
2.83×10-7 3
2.0106
3.59
4.19×103
3.18×10-7

5. 微分信号 吸収信号 signal intensity signal intensity signal intensity
Standard sample: CH2 (2.16±0.02)×10１９spins/cc
TARGET
TEMP.
(K) V
(mm3)
CENT.
FIELD
(mT)
POWER
(mW)
SWEEP
TIME
MOD
GAIN
TIME CON.(SEC)
FREQ.
(GHz)
CH2 77
3×0.581
326.68 3 10 2 20
0.03
9.198
294
335.07 1
0.79 5
9.443
微分信号
吸収信号
７７K
７７K
signal intensity
signal intensity
magnetic field (mT)
magnetic field (mT)
signal intensity
294K
signal intensity
294K
magnetic field (mT)
magnetic field (mT)

6. TARGET
TEMP.
(K)
g FACTOR
WIDTH
(mT) ΔHpp
SIGNAL INTENSITY
(/(Hm·G·√P·V)
RELAXATION
TIME(s)
CH2 77
2.0177
1.72
2.042×105
3.82×10-7
294
2.0135
0.83
6.151×104
7.92×10-7

7. N個の電子の共鳴

8. IRRADI
ATION
TARGET
照射量
(e-/cm2)
g FACTOR
WIDTH
(mT)ΔH1/2
SPIN DENSITY
(spins/cc)
RELAXATION
TIME(s) 1
CH2
(3-7)×1014
2.0058
6.34
（1.02±0.05）×1019
1.23×10-7 2
4×1015
2.0084
7.62
（5.06±0.25）×1019
1.53×10-7 3
5×1014
2.0086
6.12
（3.02±0.16）×1018
1.59×10-7
CD2
2.0095
3.76
（8.12±0.41）×1018
3.03×10-7
2.0112
4.02
（3.18±0.16）×1019
2.83×10-7
2.0106
3.59
（1.98±0.10）×1018
3.18×10-7