Citizen SR-282 [11/16] 1 0664259841 x 10

Citizen SR-282 [11/16] 1 0664259841 x 10
11 / 11
92.
Proton Compton
wavelength over 2 pi
λ
c,p
0.21030890892 x10
–15
m
93. Proton mass
m
p
1.6726215813 x10
–27
kg
94.
Proton mass energy
equivalent
m
p
c
2
1.5032773112 x10
–10
J
95.
Proton–neutron mass
ratio
m
p
/m
n
0.99862347856
96.
Proton charge to mass
quotient
e/m
p
9.5788340838 x10
7
C kg
–1
97. Proton magnetic moment
µ
p
1.41060663358 x10
–26
J T
–1
98.
Shielded proton magnetic
moment
µ'
p
1.41057039959 x10
–26
J T
–1
99.
Proton magnetic moment
to nuclear magneton ratio
µ
p
/
µ
N
2.79284733729
100.
Proton–neutron magnetic
moment ratio
µ
p
/
µ
n
1.4598980534
101.
Shielded proton magnetic
moment to Bohr
magneton ratio
µ'
p
/µ
B
1.52099313216 x10
–3
102. Proton gyromagnetic ratio
γ
p
2.6752221211 x10
8
s
–1
T
–1
103.
Shielded proton
gyromagnetic ratio
γ'
p
2.6751534111 x10
8
s
–1
T
–1
104.
Proton magnetic shielding
correction
σ'
p
25.68715 x10
–6
105. Proton g–factor
g
p
5.58569467557
106.
Neutron Compton
wavelength
λ
c,n
1.31959089810 x10
–15
m
107.
Neutron Compton
wavelength over 2 pi
λ
c,n
0.21001941422 x10
–15
m
108. Neutron mass
m
n
1.6749271613 x10
–27
kg
109.
Neutron mass energy
equivalent
m
n
c
2
1.5053494612 x10
–10
J
110.
Neutron magnetic
moment
µ
n
0.9662364023x10
–26
J T
–1
111.
Neutron magnetic
moment to Bohr
magneton ratio
µ
n
/
µ
B
–1.0418756325 x10
–3
112. Neutron g–factor
g
n
3.8260854590
113.
Neutron gyromagnetic
ratio
γ
n
1.8324718844 x10
8
s
–1
T
–1
114. Deuteron mass
m
d
3.3435830926 x10
–27
kg
115.
Deuteron mass energy
equivalent
m
d
c
2
3.0050626224 x10
–10
J
116. Deuteron molar mass M(d) 2.01355321271x10
–3
kg mol
–1
117.
Deuteron–electron mass
ratio
m
d
/m
e
3670.48295508
118.
Deuteron–proton mass
ratio
m
d
/m
p
1.99900750083
119.
Deuteron magnetic
moment
µ
d
0.43307345718 x10
–26
J T
–1
120.
Deuteron magnetic
moment to Bohr
magneton ratio
µ
d
/
µ
B
0.46697545565 x10
–3
121.
Deuteron magnetic
moment to nuclear
magneton ratio
µ
d
/
µ
N
0.85743822849
122.
Deuteron–proton
magnetic moment ratio
µ
d
/
µ
p
0.30701220835
123. Helion mass
m
h
5.0064117439 x10
–27
kg
124.
Helion mass energy
equivalent
m
h
c
2
4.4995384835 x10
–10
J
125. Helion molar mass M(h) 3.01493223470x10
–3
kg mol
–1
126.
Helion–electron mass
ratio
m
h
/m
e
5495.88523812
127. Helion–proton mass ratio
m
h
/m
p
2.99315265851
128.
Shielded helion magnetic
moment
µ'
h
1.07455296745 x10
–26
J T
–1
129.
Shielded helion magnetic
moment to Bohr
magneton ratio
µ'
h
/µ
B
1.15867147414 x10
–3
130.
Shielded helion magnetic
moment to nuclear
magneton ratio
µ'
h
/µ
N
2.12749771825
131.
Shielded helion
gyromagnetic ratio
γ'
h
2.03789476485 x10
8
s
–1
T
–1
132. Alpha particle mass
m
α
6.6446559852 x10
–27
kg
133.
Alpha particle mass
energy equivalent
m
α
c
2
5.9719189747 x10
–10
J
134. Alpha particle molar mass
M(
α
)
4.00150617471 x10
–3
kg mol
–1
135.
Alpha particle to electron
mass ratio
m
α
/m
e
7294.29950816
136.
Alpha particle to proton
mass ratio
m
α
/m
p
3.97259968461
To insert a constant at the cursor position :
1. Press [ CONST ] to display the physics constants menu.
2. Press [
] or [ 2nd ] [ ] until the constant you want is
underlined.
3. Press [
].
You also can use the [ CONST ] key in combination with a number, 1
through 136, to recall a physical constants. For example, press 15
[ CONST ].
DEG
e
1 . 6 0 2 1 7 6 4 6 2 6 3
–19
3 x N
A
= 1.80664259841 x 10
24

Содержание

Скачать
Случайные обсуждения