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韦伯 (单位) 定義 参见 參考來源 导航菜单磁通量的定义以及磁通量单位和计算公式与磁通密度讲解CIPM, 1946: Resolution 2 / Definitions of Electrical Units编辑或修订

安德烈-馬里·安培安培第一代开尔文男爵威廉·汤姆森开尔文以人名命名的非国际单位制单位以人名命名的常数


国际单位制导出单位


国际单位制磁通量威廉·韦伯馬克士威法拉第电磁感应定律秒伏特電動勢伏特特斯拉焦耳公尺秒安培亨利馬克士威










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韦伯 (单位)




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韦伯是国际单位制中磁通量的单位[1],缩写Wb,是以德国物理学家威廉·韦伯的名字命名的。


1Wb = 1V·s = 108 Mx (馬克士威)



定義








































































韋伯(Wb)的SI倍数
分数

倍数

符号
名稱

符号
名稱
10−1 Wb
dWb
分韋伯
101 Wb
daWb
十韋伯
10−2 Wb
cWb
厘韋伯
102 Wb
hWb
百韋伯
10−3 Wb

mWb

毫韋伯
103 Wb
kWb
千韋伯
10−6 Wb

µWb

微韋伯
106 Wb
MWb
兆韋伯
10−9 Wb

nWb

纳韋伯
109 Wb
GWb
吉韋伯
10−12 Wb
pWb
皮韋伯
1012 Wb
TWb
太韋伯
10−15 Wb
fWb
飛韋伯
1015 Wb
PWb
拍韋伯
10−18 Wb
aWb
阿韋伯
1018 Wb
EWb
艾韋伯
10−21 Wb
zWb
仄韋伯
1021 Wb
ZWb
泽韋伯
10−24 Wb
yWb
幺韋伯
1024 Wb
YWb
尧韋伯
Common multiples are in bold face.

韦伯可以用法拉第电磁感应定律来推导,即平均每秒一個韦伯的變化可以產生一伏特的電動勢[2]


韦伯可以用不同單位的乘積來表示


Wb=kg⋅m2s2⋅A=V⋅s=H⋅A=T⋅m2=JA=108Mxdisplaystyle mathrm Wb =dfrac mathrm kg cdot mathrm m ^2mathrm s ^2cdot mathrm A =mathrm V cdot mathrm s =mathrm H cdot mathrm A =mathrm T cdot mathrm m ^2=dfrac mathrm J mathrm A =10^8mathrm Mx

其中
Wb = 韦伯,

V = 伏特,

T = 特斯拉,

J = 焦耳,

m = 公尺,

s = 秒,

A = 安培,

H = 亨利,

Mx = 馬克士威.



参见


  • 威廉·韦伯

  • 磁通量


參考來源




  1. ^ 磁通量的定义以及磁通量单位和计算公式与磁通密度讲解. 电工学网. [2016-05-22]. 


  2. ^
    CIPM, 1946: Resolution 2 / Definitions of Electrical Units. International Committee for Weights and Measures (CIPM) Resolutions. International Bureau of Weights and Measures (BIPM). 1946 [2008-04-29]. 








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