1) intrinsic repulsive field
内禀斥力场
2) intrinsic magnetic field
内禀磁场
3) intrinsic coercivity
内禀矫顽力
1.
03 ) 7 permanent magnets with high Cu, low Fe, fit Zr, little z had room temperature intrinsic coercivity H ci 1?830.
0 3) 7永磁体的室温内禀矫顽力Hci为 183 0 。
2.
The high intrinsic coercivity Nd10.
0)的增加使粘结磁体的内禀矫顽力JHc线性增加,每0。
3.
The highest room temperature intrinsic coercivity iHc is achieved at more than 2 400 kA/m for z=7.
合金z值对内禀矫顽力温度系数影响显著,其中z=6。
4) intrinsic coercive field
内禀矫顽力
1.
The relation between the remanence and the intrinsic coercive field of periodic and quasi-periodic configuration Sm-Co/α-Fe multilayers and thickness and layer-number of the system are investigated by using the micromagnetic theory.
利用微磁学理论,研究了周期及准周期结构Sm-Co/-αFe交换耦合多层膜体系的剩磁、内禀矫顽力与体系厚度及层数的关系。
2.
To forecast the magnetism of hard/soft exchange-coupling bilayers, the relation between the intrinsic coercive field of the bilayers and the angle between orientation of magnetic field and easy axes of hard layer was investigated by using three-dimension dynamic model based on micromagnetic theory.
微磁学理论为基础,采用三维动力学模型研究了Sm-Co/α-Fe双层膜的内禀矫顽力与外场取向的关系,以预测交换耦合双层膜(硬磁层和软磁层)磁性体系的磁性。
5) intrinsic coercive force
内禀矫顽力
1.
XRD results show that the intrinsic coercive force of annealed powders sharply increases.
结果表明,球磨后再退火处理的磁粉内禀矫顽力大幅提高:球磨时间越长,退火后的内禀矫顽力越高。
2.
By adjusting the formula,adding additives,adopting reasonable technique,permanent ferrite magnets with intrinsic coercive force of 380kA/m were developed,which eliminates the demagnetization at low temperature,and have satisfied the needs of the starting motor of automobile.
用在汽车启动电机上的永磁铁氧体材料需有高内禀矫顽力ＨＣＪ，通过配方调整，添加附加成分，采用合理的工艺，制得的永磁铁氧体内禀矫顽力达３８０ｋＡ／ｍ ，杜绝了低温退磁现象，满足了汽车启动电机的需
6) innate capacity for increase
内禀增长力
1.
The innate capacity for increase of three main pests,Grapholita funebrana,Aphis citricota and Tetranychus viennensis increased using pesticide cyhalothrin.
施用农药氟氯氰菊酯后,美国杏李园李小食心虫、绣线菊蚜和山楂叶螨3种主要害虫的内禀增长力都有所增长。
补充资料：脑内电磁场产生器（intracephalicgeneratorofelectromagneticfield）
脑内电磁场产生器（intracephalicgeneratorofelectromagneticfield）
常用的是电流偶极子源模型。在大脑皮质层（主要是沟、回面）上的一群锥体神经元（功能柱），在兴奋或抑制地具有一定取向和充分长度的树突放电可能形成有效的电流偶极子，只要面积不太大，可看作一等效偶极子源，它在头皮上形成的电位分布即实验测到的脑电位分布。电磁场是相伴产生的，测得的脑电图EEG与脑磁图MEG正是相互对应的。建立头颅的模型用物理、数学模型作精确计算，可以对脑内发生器定位。这还涉及到多偶极子模型计算和均匀球模型或非均匀球模型及多层头皮模型的计算等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条