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- thermal magnetic properties 热磁特性
- Very high magnetic properties with good stability. 较高的磁性能和很好的性能稳定性。
- To remove magnetic properties from. 使无磁性；拿走有磁性的道具。
- The effect of substituting elements Co, Dy, Ho, Er, Gd on magnetic properties and thermal stability in Nd-Fe-B system permanent magnet alloys have been studied. 研究了取代元素钴、镝、钬、铒、钆等对Nd-Fe-B系永磁合金磁性及热稳定性的影响。
- Magnetic properties of high-pressure cell materials. 高压压力室物料的磁性特性。
- A substance with magnetic properties resembling those of iron. 带有类似铁磁性的物体
- MAGNETIC PROPERTIES OF RCo_(10)Mo_2(R=Y,Ho) COMPOUNDS ? RCo_(10)Mo_2(R=Y,Ho)化合物的磁性研究
- Materials which have magnetic properties similar to iron are ferromagnetic. 具有类似于铁那样的磁性的材料就是铁磁物质。
- A piece of magnetite that has magnetic properties and attracts iron or steel. 天然磁石有磁性的磁铁矿，能吸引铁或钢
- For applications where thermal magnetism is a problem, several solutions exist. 如果在操作时，热磁性成了问题，解决的办法有好几种。
- Which contain a magnetic substance, generally also have a magnetic properties. 合金如果含有磁性物质,一般也会具有磁性。
- Sintered NdFeB permanent magnetic material has outstanding magnetic properties. 烧结钕铁硼永磁材料具有优异的磁性能。
- Electroless plated cobalt-phosphorus film has good magnetic properties. 化学镀钴磷薄膜具有优良的磁学性能。
- As predicted by Henkel and demonstrated in 2003 by Cornell's team, the thermal magnetism is weaker in metals of higher resistivity. 韩克曾经预测，高电阻的金属热磁性较弱，康乃尔的小组在2003年时也证实了这项预测。
- The optimal magnetic properties of the SPS Nd-Fe-B magnet obtained so far are:(BH)max of 240 kJ/m3, Hci of 1 260 kA/m. 目前磁体的最佳磁特性为:最大磁能积240 kJ/m3,矫顽力1 260 kA/m;
- Magnetic materials. Part 4: methods of measurement of d. C. Magnetic properties of iron and steel. 磁性材料。第4部分:钢和铁直流电磁特性的测定方法。
- The products have the following magnetic properties Br=420mT,Hcb=215KA/m and(BH)max=32.4KJ/m3. 制取的永磁铁氧体材料的磁性能达到Br=420mT;Hcb=215KA/m;(BH)max=32.;4KJ/m3。
- Of, relating to, or resulting from the magnetic properties of a spinning, electrically charged particle. 回转磁的充电旋转粒子的磁性的，与之相关或由这种磁性产生的
- The effect of HD and DR temperature, and alloy element Ga on the magnetic properties and DOA was studied. 研究了DR处理温度对合金磁粉磁性能和DOA的影响规律; 研究了合金成分对合金磁粉磁性能和DOA的影响规律。
- In this paper, magnetic properties of Co-C and CoPt-C nanogranular films are modeled using the Monte Carlo method. 用蒙特-卡罗方法对Co-C和CoPt-C纳米颗粒膜的磁特性进行模拟研究.
