Magnetic field strength variable type electromagnet, and, the energy variable type accelerator using thisPROBLEM TO BE SOLVED: To form a nearly constant magnetic field distribution, regardless of the changes in magnetic field intensity.日朝 俊一...
Magnetic Field Strength The strength of an electric field is defined in terms of the force that is exerted on a charged particle in that field. We use the same procedure for defining the strength of a magnetic field. But there is an important difference between the two cases. A stationary ...
Eddy current separation of mixed particles employs rotating magnetic fields of variable strength and frequency, spinning and translating ferrous and non-ferrous... MS Robert 被引量: 1发表: 2000年 Complete analytical solution of electromagnetic field problem of high-speed spinning ball In this article...
In contrast, dynamic magnetic fields are generated by charged particles moving at variable speeds or by currents with varying strength, in rotating, alternating, pulsed, and pulsating forms (Table 1). Dynamic magnetic fields are further divided into low frequency electromagnetic fields (LF-EMF, <...
It is found that the modulation depth increases with an increase in the variable magnetic field strength and can reach 100%. An analysis of the spectral emission of the plasma in the wavelength range from 4471 to 6717 A showed that in the presence of an applied magnetic field up to 300 ...
Magnetic field Nt,Nb : Thermophoresis and Brownian motion parameter qw : Heat flux R : Reynolds number Kc : Chemical reaction g∗ : Gravitational acceleration γ : Stretching ratio parameter k : Thermal conductivity Nux : Nusselt number coefficient η : Similarity variable u,v ,...
Effect of magnetic field configuration on discharge characteristic of a Hall effect thruster with a variable channel HET72-VC is a kW-class Hall effect thruster with a variable channel characterized by high thrust and power densities. In this work, an experimental study o... H Li,H Fan,X Li...
development and our results based on the technique derived from induced-magnetic-field equations. Two important features are utilized in our numerical method to obtain convergent solutions. First, a penalty factor is introduced in order to force the local divergence free condition ...
Two types of magnet-related forces can cause injury in a patient with a bio-implant: (a) an attractive transitional force that is proportional to B0, gradient field strength, and the mass, shape and magnetic susceptibility of the object, and (b) the torque that attempts to align or rotate...
The outside conductor 7b of the coaxial line 7 is further connected to the 2nd electrode 4b of the 2nd variable capacitor 5b and is directly coupled to the other end. The conductive cylinder, i.e., metallic cylinder 8 is put on the coaxial line 7. The metallic cylinder 8 is ...