The human body’s perception of heat in nature is either through touch to feel the heat, or through the heat dissipation method of graphene far-infrared heat radiation, which resonates with the human body and feels the heat. No matter what, it will eventually return to a point: Can the human body feel heat and what is the effect of this heat? This is also the topic that needs to be said today: in terms of the heating principle of graphene, what is the heating effect of graphene?

The heat of far infrared can be absorbed by the human body

Graphene generates heat through friction between carbon atoms and carbon atoms. This frictional motion is an irregular motion, also called Brownian motion.

Graphene, the heating method of far-infrared rays, is to release a 8-15 micron far-infrared rays. After being in contact with the human body like sunlight, it can resonate and be absorbed and transformed by the human body.

Therefore, the far infrared rays released by the graphene heating process are a kind of physiotherapy light that is beneficial to the human body.

Make the body do physical therapy-like effects

Why does the graphene heating temperature decrease when contact with the human body? As we said above, Graphene generates heat by friction between carbon atoms, also called far-infrared heat dissipation, which is a kind of light that can be absorbed by the human body.

Therefore, returning to the heat generation principle of graphene, we need to understand a principle: if graphene heats up to 55°C, when it comes into contact with the human body, the temperature is immediately absorbed by the human body.

Therefore, the temperature at which graphene heats up will not be the same as the temperature detected before it is not in contact with the human body. The temperature decreases after contact with the human body, and the heat is absorbed by the human body.

The simplest understanding is: the temperature released when graphene heats up is emitted by a way of far-infrared rays, and this heat is immediately absorbed by the human body once it comes into contact with the human body. Therefore, the temperature felt by the human body at this time is It will be different from the temperature detected before there is no contact.

Take a text formula as an example: the temperature detected when the graphene bare film is suspended and energized is 55℃. When directly touched by the human body, the temperature is absorbed by the human body, and the human body absorbs most of the heat. Therefore, the temperature is detected at this time. It will become 30 degrees.

This process is the "resonance" we mentioned above, and it can also be understood as: the far infrared rays that can be absorbed by the human body to produce resonance are also referred to as "light rays for physical therapy."

Finally, as mentioned at the beginning: humans can feel the heat of nature, either through the direct touch of the body, directly to feel the temperature, the other is the far-infrared rays like graphene. By releasing 8-15 microns of life light, it resonates with the human body and is absorbed by the human body, making people feel the heat from the inside out.

To sum up, for the question of which method is beneficial to the human body, and can make the body do physical therapy-like effects, then it is none other than graphene.