What is the cause of frequent static electricity and what is the reason for easy static electricity

The reason for the lot of static electricity is because the human body is too dry, so it is necessary to replenish water in time. Drinking more water not only helps beauty, but also maintains the moisture of the human body, can alleviate the problem of static electricity, and also wears less chemical fiber clothes, but also wears less plastic jewelry, which will produce static electricity.

Because the outermost layer of the material particles that generate static electricity exceeds 4 electrons, the kinetic energy of friction may cause electron redistribution, resulting in electron accumulation on the friction surface, that is, the electron position distribution is unbalanced, so that the energy is unbalanced, and this imbalance produces the phenomenon of static electricity.

Static electricity is often generated, which means that the clothing you are wearing has chemical fiber components, so static electricity will be generated after friction.

Friction is electrified, and drying is electrified.

The cause of static electricity must first be a bad conductor, so that the electrons accumulated by friction cannot move or neutralize. In the dry autumn and winter, the human body often appears static electricity, because the human body is dry, if it rubs against fiber clothing, static electricity will accumulate, and the static electricity generated can not be exported. The way to prevent static electricity is to make your hands wet or hold metal toys in your hands, so that there will be no electron accumulation and no static electricity will be generated.

The point is that the shoes you wear are particularly insulated. You can find a very thin copper wire, use a sewing needle to pass through the sole of the shoe and put it under the insole, and the side of the ground is exposed a little, and that's it.

Static electricity is formed by the redistribution of charges caused by friction or by the redistribution of charges due to the mutual attraction of charges.

In general, the positive charge of the nucleus is equal to the negative charge of the electron, and the positive and negative are in balance, and there is no electrical performance. But if the electrons are deorbited by an external force, resulting in an unbalanced electron distribution, when two different objects touch each other and rub against each other, the electrons of one object are transferred to the other and become positively charged because of the lack of electrons, while the other body gets some remaining electrons and becomes negatively charged, and the object is electrostatic.

Static electricity is a kind of electric charge that is at rest or does not flow (a flowing charge forms an electric current). Static electricity is formed when the charge is gathered on an object or surface, and the charge is divided into two types: positive charge and negative charge, that is to say, the phenomenon of static electricity is also divided into two types, namely positive static electricity and negative static electricity.

Static electricity is caused by friction.

Static electricity is generated because the nucleus does not attract enough electrons to the outer shell, so it loses electrons under the action of friction or other factors, so that the friction is negatively charged (that is, the negative charge that gains electrons and the positive charge that loses electrons).

In the case of good insulation properties of frictions, these charges cannot be lost and will accumulate. In addition, the capacitance of the insulator is extremely poor, resulting in a situation where the charge is not large but the voltage is high.

The principle of static electricity

We will find that when it has just rained and the air is humid, static electricity is almost non-existent, and when the weather is dry, static electricity can easily be generated. That's because when the weather is wet, the surface of the object contains more water, and water is a good conductor, and the charge cannot be accumulated, so there is no static electricity. And when the weather is dry, the moisture on the surface of the object evaporates, and the object is in a dry state, so that after friction, static electricity will be generated.

The generation of static electricity is also very related to the clothes we wear, and now most of the clothes are chemical fiber products, and this material produces static electricity in mutual friction and conducts it to the human body, so that the human body carries an electric charge, resulting in the generation of static electricity. Including the long-term friction between our shoes and the ground will also produce electric charges, which will be conducted to the human body, so that the human body will have static electricity.