magnetic induction intensity信息详情
磁感应强度
magnetic induction───[电磁]磁感应，磁感应强度
intensity───n.强度；强烈；[电子]亮度；紧张
induction───n.[电磁]感应；归纳法；感应现象；入门培训，入职仪式，就职；诱导
magnetic───adj.地磁的；有磁性的；有吸引力的
intensity of───……的强度；紧张
high intensity───[医]高强度；n.高强度；adj.高强度的
magnetic train───磁力列车
normalized intensity───[化] 归一化强度；[分化]归一化强度
magnetic field───n.磁场；[电磁]磁场
currents have been established by controlling the magnetic induction intensity nearby the meniscus when protection casting.───通过控制保护浇注时弯月面附近的磁感应强度来确定工作电流。
equation shows that the magnetic induction intensity is a sinusoidal oscillation signal and its amplitude is a damped exponential law.───公式表明，电磁成形时磁感应强度正弦震荡，幅值呈指数规律衰减。
magnetic induction intensity at meniscus was about 10% of that maximum value at mould middle section.───处的磁感应强度是结晶器中心最大值的10%左右。
For the consistent of each flow casting billet quality, the magnetic induction intensity of each flow mould must be measured frequently.───为了保证各流铸坯质量一致，必须对各流结晶器内的磁感应强度经常进行测定。
The magnetic induction intensity distributes as a parabola at the direction (Z), reaches its maximum at the wall of mold.───磁感应强度在垂直板坯宽度（Z）方向呈抛物线形分布，磁感应强度在结晶器壁有最大值。
The results show the distributions of the magnetic induction intensity, the current density and the temperature.───数值结果显示了导轨及固体电枢内部磁感强度、电流密度和温度分布；
The relationship between current density and magnetic induction intensity in the damping passage is obtained.───得到电流密度与阻尼器通道处磁感应强度之间的关系。
The magnetic induction intensity is distributed evenly at the direction (X) of slab width.───磁感应强度在板坯宽度（X）方向上分布比较均匀；
The trial produced electrical steel has good magnetic induction intensity and high iron loss.───试制的电工钢成品磁感较好，铁损偏高。
The electric-field intensity and magnetic induction intensity on the axis of the charged ring in uniform rectilinear motion are calculated with relativistic transformation.
The magnetic induction intensity of the fibers raised with increasing of thickness of the fiber.
The equation shows that the magnetic induction intensity is a sinusoidal oscillation signal and its amplitude is a damped exponential law.
Making use of the polar coordinates and vector-algebra carried out the universal formula of the magnetic induction intensity at the focus of the polar coordinates plane curve electric current.
A kind of cylinder magnetic separation test unit with high magnetic induction intensity was developed by use of the technology of permanent magnetism and high magnetic field intensity.
Compact, high magnetic induction intensity and long coil service life.
Measuring discharging current with current divider, and measuring magnetic induction intensity with magnetic test coil are feasible in practice.
The mathematical expression of the magnetic induction intensity can be obtained by curve fitting method.
The magnetic induction intensity at the center of elliptic current ring is derived based on the Biot-Savart law and elliptic parameter equation intensity.