Nhà Vật lý Mỹ Joseph Henry Henry , ký hiệu H, đơn vị đo cảm ứng điện L trong hệ SI , lấy theo tên nhà Vật lý Mỹ Joseph Henry .
Một henry là độ lớn cảm ứng điện của một cuộn dây, khi suất điện động của cuộn dây là 1 vôn được tạo ra bởi sự thay đổi đều của dòng điện 1 ămpe trong 1 giây .
1 H = 1 V.s.A −1 = 1 Ω.s = 1 m 2 ·kg·s−2 ·A−2 = 1 Wb.A−1
Tiền tố
Kết hợp với đơn vị henry
Giá trị
Cách đọc bội sô
Y YH
1 × 1024 H
Yôtahenry
Z ZH
1 × 1021 H
Zêtahenry
E EH
1 × 1018 H
Êxahenry
P PH
1 × 1015 H
Pêtahenry
T TH
1 × 1012 H
Têrahenry
G GH
1 × 109 H
Gigahenry
M MH
1 × 106 H
Mêgahenry
k kH
1 × 103 H
kilôhenry
h hH
1 × 102 H
héctôhenry
da daH
1 × 101 H
đêcahenry
Tiền tố
Kết hợp với đơn vị henry
Giá trị
Cách đọc ước sô
d dH
1 × 10−1 H
đêxihenry
c cH
1 × 10−2 H
xentihenry
m mH
1 × 10−3 H
milihenry
μ μH
1 × 10−6 H
micrôhenry
n nH
1 × 10−9 H
nanôhenry
p pH
1 × 10−12 H
picôhenry
f fH
1 × 10−15 H
femtôhenry
a aH
1 × 10−18 H
atôhenry
z zH
1 × 10−21 H
zeptôhenry
y yH
1 × 10−24 H
yóctôhenry
Các bội số-ước số
YH
ZH
EH
PH
TH
GH
MH
kH
hH
daH
H
dH
cH
mH
μH
nH
pH
fH
aH
zH
yH
1 YH
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 × 1022
1 × 1023
1 × 1024
1 × 1025
1 × 2626
1 × 1027
1 × 1030
1 × 1033
1 × 1036
1 × 1039
1 × 1042
1 × 1045
1 × 1048
1 ZH
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1019
1 × 1020
1 × 1021
1 × 1022
1 × 1023
1 × 2624
1 × 1027
1 × 1030
1 × 1033
1 × 1036
1 × 1039
1 × 1042
1 × 1045
1 EH
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1016
1 × 1017
1 × 1018
1 × 1019
1 × 1020
1 × 1021
1 × 2624
1 × 1027
1 × 1030
1 × 1033
1 × 1036
1 × 1039
1 × 1042
1 PH
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1013
1 × 1014
1 × 1015
1 × 1016
1 × 1017
1 × 1018
1 × 1021
1 × 2624
1 × 1027
1 × 1030
1 × 1033
1 × 1036
1 × 1039
1 TH
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1010
1 × 1011
1 × 1012
1 × 1013
1 × 1014
1 × 1015
1 × 1018
1 × 1021
1 × 2624
1 × 1027
1 × 1030
1 × 1033
1 × 1036
1 GH
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 107
1 × 108
1 × 109
1 × 1010
1 × 1011
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 × 2624
1 × 1027
1 × 1030
1 × 1033
1 MH
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 104
1 × 105
1 × 106
1 × 107
1 × 108
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 × 2624
1 × 1027
1 × 1030
1 kH
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 101
1 × 102
1 × 103
1 × 104
1 × 105
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 × 2624
1 × 1027
1 hH
1 × 10−22
1 × 10−19
1 × 10−16
1 × 10−13
1 × 10−10
1 × 10−7
1 × 10−4
1 × 10−1
1
1 × 101
1 × 102
1 × 103
1 × 104
1 × 105
1 × 108
1 × 1011
1 × 1014
1 × 1017
1 × 1020
1 × 1023
1 × 1026
1 daH
1 × 10−23
1 × 10−20
1 × 10−17
1 × 10−14
1 × 10−11
1 × 10−8
1 × 10−5
1 × 10−2
1 × 10−1
1
1 × 101
1 × 102
1 × 103
1 × 104
1 × 107
1 × 1010
1 × 1013
1 × 1016
1 × 1019
1 × 1022
1 × 1025
1 H
1 × 10−24
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1 × 10−2
1 × 10−1
1 × 100
1 × 101
1 × 102
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 × 1024
1 dH
1 × 10−25
1 × 10−22
1 × 10−19
1 × 10−16
1 × 10−13
1 × 10−10
1 × 10−7
1 × 10−4
1 × 10−3
1 × 10−2
1 × 10−1
1
1 × 101
1 × 102
1 × 105
1 × 108
1 × 1011
1 × 1014
1 × 1017
1 × 1020
1 × 1023
1 cH
1 × 10−26
1 × 10−23
1 × 10−20
1 × 10−17
1 × 10−14
1 × 10−11
1 × 10−8
1 × 10−5
1 × 10−4
1 × 10−3
1 × 10−2
1 × 10−1
1
1 × 101
1 × 104
1 × 107
1 × 1010
1 × 1013
1 × 1016
1 × 1019
1 × 1022
1 mH
1 × 10−27
1 × 10−24
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−5
1 × 10−4
1 × 10−3
1 × 10−2
1 × 10−1
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 × 1021
1 μH
1 × 10−30
1 × 10−27
1 × 10−23
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−8
1 × 10−7
1 × 10−6
1 × 10−5
1 × 10−4
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 × 1018
1 nH
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−24
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−11
1 × 10−10
1 × 10−9
1 × 10−8
1 × 10−7
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 × 1015
1 pH
1 × 10−36
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−24
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−14
1 × 10−13
1 × 10−12
1 × 10−11
1 × 10−10
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 × 1012
1 fH
1 × 10−39
1 × 10−36
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−24
1 × 10−21
1 × 10−18
1 × 10−17
1 × 10−16
1 × 10−15
1 × 10−14
1 × 10−13
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 × 109
1 aH
1 × 10−42
1 × 10−39
1 × 10−36
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−24
1 × 10−23
1 × 10−22
1 × 10−21
1 × 10−20
1 × 10−19
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 × 106
1 zH
1 × 10−45
1 × 10−42
1 × 10−39
1 × 10−36
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−24
1 × 10−23
1 × 10−22
1 × 10−21
1 × 10−20
1 × 10−19
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
1 × 103
1 yH
1 × 10−48
1 × 10−45
1 × 10−42
1 × 10−39
1 × 10−36
1 × 10−33
1 × 10−30
1 × 10−27
1 × 10−26
1 × 10−25
1 × 10−24
1 × 10−23
1 × 10−22
1 × 10−21
1 × 10−18
1 × 10−15
1 × 10−12
1 × 10−9
1 × 10−6
1 × 10−3
1
