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Sealing a pipe with induction
(11) | 20/11/2020 | Translate: How to seal a pipe with the method of inductive melting. The induction Fusion is an application of Faraday's law, where heat is transferred to a conductive material through a magnetic field without the presence of physical contact. The changing magnetic flux passing through the conductive material causes the current flow in this, which is responsible for the heating of.
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induction iron A knife is immediately heated to incandescent temperature, using induction. The induction Fusion is an application of Faraday's law, where heat is transferred to a conductive material through a magnetic field without the presence of physical contact. The changing magnetic flux passing through the conductive material causes the current flow in this, which is responsible for the heating of.- Induction melting The induction Fusion is an application of Faraday's law, where heat is transferred to a conductive material through a magnetic field without the presence of physical contact. The changing magnetic flux passing through the conductive material causes the current flow in this, which is responsible for the heating of. Here a piece of aluminum is heated inductively, with temperature reaches 1200 degrees Celsius.
- art kitchen with induction The Bose company presents a new kitchen operation with induction technology. How does an induction cooker works: Conventional electric cooking surfaces operate using radiant energy to initially heat the kitchen and then surface, to transfer this heat to the container and the contents. Induction cooking surfaces, However, use the magnetic energy. Inductive coils for energy beneath the surface of the kitchen producing a current passing through the surface of the kitchen. When a cooking utensil from magnetic material placed on the surface, the current causes the molecules of pot to move very quickly. This reaction creates heat needed for cooking.
- The reaction of copper against strong magnets Ben from the NightHawkInLight channel, experiments with Lenz's law and Faraday's law of induction to create electricity and magnetic fields in copper. Copper is not magnetic, but creates resistance in the presence of a strong magnetic field, causing powerful magnets to slow down when they approach him.
- Magnetic field in an aluminum foundry In an aluminum smelter in Russia, workers show the strong magnetic field generated by about 2MW of current, which are needed for electrolysis.
- The magnetic switch Obviously one can not deactivate the magnetic field of the natural magnet. But playing with more than one magnet and creating interaction with the fields, them we can get interesting results. As this "magnetic switch".
- Cooking on an induction cooker Cooking with induction technology is becoming more and more popular. But how it works;
Conventional electric cooking surfaces operate using radiant energy to heat the surface of the kitchen and, then, to transfer this heat to the container and the contents. Induction cooking surfaces, However, use the magnetic energy. Inductive coils for energy beneath the surface of the kitchen producing a current passing through the surface of the kitchen. When a cooking utensil from magnetic material placed on the surface, the current causes the molecules of pot to move very quickly. This reaction creates heat needed for cooking.
- Quantum buoyancy The superconductivity is a condition of certain materials that have the ability to conduct electricity with no resistance. This property disappears over a temperature or under a magnetic field and is a quantum state. Here a superconducting material that has very low temperature since it contains liquid nitrogen on the surface, presents this quantum state and has the ability to hover over magnets, without friction.
- Thermoelectric generating tube stream of hot water The thermoelectric tube of Panasonic utilizes the thermal energy from hot water pipes to produce electricity. With a simple installation of these tubes can be used in factories for the production of electricity from excess heat.
- The hydrophobic properties of duck feathers The video shows the hydrophobic properties of the feathers of the Iceland mallard. Eiderdown is the down left behind by wild ducks after the natural process of moulting, and no ducks are captured for this process. Eiderdown is one of the lightest, softest and warmest materials in the world, and is extremely rare.
- There are no laws of physics in Indian soap operas Excerpt from an Indian soap opera, where a woman catches the bullet from a sniper rifle and turns it back on his head. Great effects.
- Could you light a little with your flashlight; This is the Imalent MS18 flashlight which has a brightness of 100.000 lumens, and is known as the brightest flashlight in the world. It can keep the brightness of 100.000 lumens for a minute, and then reduces its brightness to 22.000 lumens. At full power it uses 720 watts of energy and this generates large amounts of heat. It is equipped with copper cooling pipes and fans that help it remove this heat from inside.
- Ferrofluid screen on a speaker Dakd Jung made a Bluetooth speaker, which has a bowl with iron fluid (Ferrofluid). The iron fluid consisting of ferromagnetic particles, reacts to the magnetic field created by an electromagnet to the beat of music.
- Indian serials defy the laws of physics A woman falls down the stairs in a scene from an Indian serial.
- You can not fool the laws of physics The bread with the jam always lands upside down, while the shoes do not tip over. But what if these two are combined;
What company makes machines like this?