Why is my static electricity so big? Please, 3Q

4. Bathing and changing clothes frequently can effectively eliminate the electrostatic charge accumulated on the surface of the human body.

The body static electricity is not a human problem, it is a problem of the environment, generally in the air is dry, radiation in a place (such as the office has a lot of computers) will cause the problem of local charge division imbalance, once the human body touches these places, itself will become a conductor to assist in discharge, there will be a feeling of electric shock.

Increasing the humidity of the air in the surrounding environment can alleviate this phenomenon.

It's also drier.

Static electricity is caused by the transfer of electrons in the outer shell of atoms under the influence of various external forces, forming positive and negative ions respectively. Any two objects of different materials will be transferred and accumulated when they come into contact, forming static electricity. Static electricity on the human body is mainly caused by the friction between clothes or between clothes and the body, so when wearing clothes of different materials, the "electricity" is more or less different, for example, wearing clothes made of chemical fibers is more likely to produce static electricity, while cotton clothes produce less.

And because the dry environment is more conducive to the transfer and accumulation of electric charge, people will feel that the static electricity on their bodies is greater in winter.

Under different humidity conditions, the electrostatic potential generated by human activity is different. In the dry season, the static electricity of the human body can reach thousands of volts or even tens of thousands of volts. Experiments have proved that there is no discomfort in the human body when the electrostatic voltage is 50,000 volts, and there is no danger to life when the electrostatic voltage is 120,000 volts.

However, electrostatic discharges also create electromagnetic fields around them, which are of great intensity, although they last for a short period of time. Researchers are studying the effects of electrostatic electromagnetic fields on the human body.

It is the reason for the dry air in winter, usually pay attention to wear more cotton clothes, try to wear less chemical fiber clothes, and often apply some hand cream when the hands are dry.

1 Your ** dry. 2. Your clothes are chemical fiber products.

So you'd better wear more clothes like cotton and linen fabrics. Or take a bath with less alkaline detergents to prevent excessive drying.

1. The body is dry, drink more water, and rub some moisturizing milk after taking a bath.

2. When touching electronic products, in case of static damage, carry a coin with you, touch the coin first, and then touch it.

The weather is dry and the problem with the clothes you are wearing. If you work in an environment with a lot of static electricity, you will have static electricity attached to you. Don't worry, after a long time, your home electricity will just use the electricity you generate. Go for it, Pikachu.

**Dry or dry climate, and you happen to wear chemical fiber clothing, it is easy to bring static electricity.

Static electricity is common to everyone, but everyone's physique is different, so some people's static electricity is larger and some are smaller, which doesn't matter.

It has something to do with the weather, and when the weather is dry, there is more static electricity.

Try to wear cotton clothes and wear less chemical fiber materials---

It's not that there is any special function, maybe the air is too dry.

**It's drier, the air conditioner blows too much, you should drink more water, apply some hand cream, body lotion or something.

It's normal, don't worry.

When the human body is active, ** rubs against each other and between clothes and clothes, which will generate static electricity. With the increase of household appliances and people wear more chemical fiber clothes in winter, the electrostatic charge generated by household appliances will be absorbed and accumulated by the human body.

The elderly are more susceptible to the effects of static electricity due to factors such as the relative dryness of the elderly compared to the younger ones and the aging of the cardiovascular system of the elderly and the weakening of the anti-interference ability. In the elderly who have various pathologies in the cardiovascular system, static electricity can aggravate the condition or induce arrhythmias such as premature ventricular contractions. Excessive static electricity also often causes restlessness, headaches, chest tightness, difficulty breathing, and coughing.

It's because of friction, not because of your body.

Charge transfer occurs when a statically charged object comes into contact with a zero-potential object (grounded object) or an object with which it has a potential difference, resulting in static electricity. There are three conditions for the generation of static electricity in the human body, one is dry air, the second is non-conductive chemical fiber clothing, and the third is the weak physique. Excessive static electricity accumulates in the human body and is not released, which can cause physical discomfort, so it is necessary to take appropriate precautions.

Charge transfer occurs when a statically charged object comes into contact with a zero-potential object (grounded object) or an object with which it has a potential difference, resulting in static electricity. There are three conditions for the generation of static electricity in the human body, one is dry air, the second is non-conductive chemical fiber clothing, and the third is the weak physique. Excessive static electricity accumulates in the human body and is not released, which can cause physical discomfort, so it is necessary to take appropriate precautions.

I didn't pay attention, and the clothes were only worn twice.

Electrostatic phenomenon.

Any matter is made up of atoms, and the basic structure of atoms is protons, neutrons, and electrons. Scientists define protons as positively charged, neutrons are uncharged, and electrons are negatively charged. Under normal conditions, the number of protons and electrons of an atom is the same, and the positive and negative charges are balanced, so it exhibits an uncharged phenomenon externally.

But due to external effects such as friction or to various energies? Such as kinetic energy, potential energy, thermal energy, chemical energy, etc.? The formal action causes an imbalance in the positive and negative charges of the atoms.

In everyday life, friction is essentially a process of constant contact and separation. In some cases, static electricity can be generated without friction, such as induction electrostatic activation, thermoelectric and piezoelectric electrification, Helmholtz layer, jet electrification, etc. Any two objects of different materials that come into contact and separate can generate static electricity, and of course moving air can generate static electricity.

Why does moving air generate static electricity? Because air is also made up of atoms, it can be said that static electricity can be generated at any time and anywhere in people's lives. It is almost impossible to completely eliminate static electricity, but there are measures that can be taken to control static electricity so that it does not cause harm.