magnetic field（磁场）即H，你可以理解为真空中的磁场强度；而magnetic induction（磁感应/磁感应强度）...
magnetic field（磁场）即H，你可以理解为真空中的磁场强度；而magnetic induction（磁感应/磁感应强度）...
磁场强度与磁感应强度(Magnetic field intensity and magnetic induction intensity) 磁场强度与磁感应强度(Magnetic field intensity and magnetic induction intensity) The relationship between B and H is called "math", but it is the only one that I can see without any fundamental mistakes on the internet...
系统标签: magnetic field intensity 磁感应强度 磁场强度 induction 磁场强度与磁感应强度(Magneticfieldstrengthandmagneticinductionintensity)NametherelationshipbetweenBandH,althoughitisinmathematics,butIonlyseeontheInternetatpresentnowronginterpretation.Ihopethereadersreadpatiently.Ifyouonlyknowthetemporarymagneticfieldisge...
其中B是磁感应强度(magnetic flux density),单位是\frac{Vs}{m^2}=T,特斯拉。 这里是叉乘(内积)的意思,叉乘的大小是两个量的大小乘积乘以sin夹角:a\times b=\left| a \right|\left| b \right| sin(\theta)。 方向由右手定则定义方向一定与a和b都垂直: ...
Magnetic field induction and methods of magnetic field induction devicePROBLEM TO BE SOLVED: To provide a magnetic field controller and a magnetic field guiding method 1 capable of easily changing the direction of a magnetic flux to all directions while fixing the direction of an object to be ...
The dependence of the magnetic induction B on the field strength H for this case is shown on Fig. 1 by the thick line.doi:10.1038/134286b0RJABININ, G. N.SHUBNIKOW, L. W.Nature
When studying electromagnetic induction, a conductor is moved in a magnetic field. What will happen? A. A static electric field will be generated only B. A magnetic field will disappear C. An electromotive force will be induced D. The conductor will stop moving immediately ...
magnetic induction— 磁感应 查看更多用例•查看其他译文 ▾ 外部资源(未审查的) [...] that’s wound on annular magnet chip to produce a closedinduced magnetic fieldinthe interior magnet chip, and then further induct annular [...] en.lvd.cc ...
Magnetic field, a vector field in the neighborhood of a magnet, electric current, or changing electric field, in which magnetic forces are observable. Magnetic fields such as that of Earth cause magnetic compass needles and other permanent magnets to lin