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首页> 外文期刊>International Journal of Advancements in Technology >Effect of Temperature on Electric Current, Magnets and Electromagnet
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Effect of Temperature on Electric Current, Magnets and Electromagnet

机译:温度对电流,磁铁和电磁体的影响

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The approach of this research paper is to find out the effect of the temperature on the strength of electricity, magnetism and the electromagnet. Magnets, electromagnets and electricity we are using in our day to day life. And every time these things are dealing with the temperature. This experiment we have conducted to find out that with increase in temperature or with decrease in temperature, will the properties of material (Magnet, Electromagnet and Electricity) will increases or decreases. Or there is chances that their properties value will be constant. To find this, we have used strong magnet made of neodymium, electricity and set of strong electromagnet. Also for cooling the magnet refrigerator and a heating component is used. A wire is used of known resistance. There was lot of change in properties of all these materials after the experimentation.
机译:该研究论文的方法是找出温度对电,磁和电磁体强度的影响。我们在日常生活中使用的磁铁,电磁体和电力。每次这些事情都与温度有关。我们进行的该实验发现,随着温度的升高或温度的降低,材料的性质(磁体,电磁体和电)将增加还是减少。或者它们的属性值可能会保持不变。为了找到这一点,我们使用了钕,电和一组强电磁体制成的强磁体。还用于冷却磁体制冷机和加热部件。使用已知电阻的电线。实验后所有这些材料的性能都有很大的变化。

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