Citizen SR-282 Инструкция по эксплуатации онлайн [10/16] 11493

Citizen SR-282 Инструкция по эксплуатации онлайн [10/16] 11493
10 / 10
25.
Standard acceleration of
gravity
g 9.80665 m s
–2
26.
Atomic mass
unit–kilogram relationship
µ
1.6605387313 x10
–27
kg
27. First radiation constant
c
1
3.7417710729 x10
–16
Wm
2
28.
First radiation constant for
spectral radiance
c
1
L
1.19104272293x10
–16
Wm
2
sr
–1
29. Second radiation constant
c
2
1.438775225 x10
–2
m K
30. Molar volume of ideal gas
V
m
22.41399639 x10
–3
m
3
mol
–1
31. Rydberg constant
R
10973731.5685 m
–1
32. Rydberg constant in Hz
R
c
3.28984196037 x10
15
Hz
33.
Rydberg constant in joules
Rhc
2.1798719017 x10
–18
J
34. Hartree energy
E
h
4.3597438134 x10
–18
J
35. Quantum of circulation
h/m
e
7.27389503253 x10
–4
m
2
s
–1
36. Fine structure constant
α
7.29735253327 x10
–3
37. Loschmidt constant n
0
2.686777547 x10
25
m
–3
38. Bohr radius a
0
0.52917720832 x10
–10
m
39. Magnetic flux quantum
Φ
0
2.06783363681 x10
–15
Wb
40. Conductance quantum G
0
7.74809169628 x10
–5
S
41.
Inverse of conductance
quantum
G
0
–1
12906.4037865 Ω
42. Josephson constant
K
J
483597.89819 x10
9
Hz V
–1
43. Von Klitzing constant
R
K
25812.8075730
Ω
44. Bohr magneton
µ
B
927.40089937 x10
–26
J T
–1
45. Bohr magneton in Hz/T
µ
B
/h
13.9962462456 x10
9
Hz T
–1
46. Bohr magneton in K/T
µ
B
/k
0.671713112 K T
–1
47. Nuclear magneton
µ
N
5.0507831720 x10
–27
J T
–1
48.
Nuclear magneton in MHz/T µ
N
/h
7.6225939631 MHz T
–1
49. Nuclear magneton in K/T
µ
N
/k
3.658263864 x10
–4
K T
–1
50. Classical electron radius
r
e
2.81794028531 x10
–15
m
51. Electron mass
m
e
9.1093818872 x10
–31
kg
52.
Electron mass energy
equivalent
m
e
c
2
8.1871041464 x10
–14
J
53.
Electron–muon mass ratio m
e
/mµ
4.8363321015 x10
–3
54. Electron–tau mass ratio
m
e
/m
τ
2.8755547 x10
–4
55.
Electron–proton mass
ratio
m
e
/m
p
5.44617023212 x10
–4
56.
Electron–neutron mass
ratio
m
e
/m
n
5.43867346212 x10
–4
57.
Electron–deuteron mass
ratio
m
e
/m
d
2.72443711706x10
–4
58.
Electron charge to mass
quotient
e/m
e
1.75882017471 x10
11
Ckg
–1
59. Compton wavelength
λc
2.42631021518 x10
–12
m
60.
Compton wavelength
over 2 pi
λ
c 386.159264228 x10
–15
m
61. Thomson cross section
σ
e
0.66524585415 x10
–28
m
2
62.
Electron magnetic
moment
µ
e
928.47636237x10
–26
J T
–1
63.
Electron magnetic
moment to Bohr
magneton ratio
µ
e
/
µ
B
1.00115965219
64.
Electron magnetic
moment to nuclear
magneton ratio
µ
e
/
µ
N
1838.28196604
65.
Electron–muon magnetic
moment ratio
µ
e
/
µ µ
206.766972063
66.
Electron–proton magnetic
moment ratio
µ
e
/
µ
p
658.210687566
67.
Electron–neutron
magnetic moment ratio
µ
e
/
µ
n
960.9205023
68.
Electron–deuteron
magnetic moment ratio
µ
e
/
µ
d
2143.92349823
69.
Electron to shielded helion
magnetic moment ratio
µ
e
/
µ'
h
864.05825510
70.
Electron magnetic
moment anomaly
a
e
1.15965218694 x10
–3
71. Electron g–factor
g
e
2.00231930437
72.
Electron gyromagnetic ratio γ
e
1.76085979471 x10
11
s
–1
T
–1
73. Muon mass
m
µ
1.8835310916 x10
–28
kg
74.
Muon mass energy
equivalent
m
µc
2
1.6928333214 x10
–11
J
75. Muon–tau mass ratio
m
µ/m
τ
5.9457297 x10
–2
76. Muon–proton mass ratio
m
µ/m
p
0.11260951733
77. Muon–neutron mass ratio
m
µ/m
n
0.11245450793
78.
Muon magnetic moment
anomaly
a
µ
1.1659160264 x10
–3
79. Muon g–factor
g
µ
2.00233183201
80.
Muon Compton
wavelength
λ
c
,
µ
11.7344419735 x10
–15
m
81.
Muon Compton
wavelength over 2 pi
λ
c
,
µ 1.86759444455 x10
–15
m
82. Muon magnetic moment
µ
µ
4.4904481322x10
–26
J T
–1
83.
Muon magnetic moment
to Bohr magneton ratio
µ
µ /µ
B
4.8419708515 x10
–3
84.
Muon magnetic moment to
nuclear magneton ratio
µ
µ /µ
N
8.8905977027
85.
Muon–proton magnetic
moment ratio
µ
µ /µ
p
3.1833453910
86. Tau Compton wavelength
λ
c
,
τ
0.6977011 x10
–15
m
87.
Tau Compton wavelength
over 2 pi
λ
c
,
τ 0.11104218 x10
–15
m
88. Tau mass
m
τ
3.1678852 x10
–27
kg
89.
Tau mass energy
equivalent
m
τ
c
2
2.8471546 x10
–10
J
90. Tau–proton mass ratio
m
τ
/m
p
1.8939631
91.
Proton Compton
wavelength
λ
c,p
1.32140984710 x10
–15
m

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