Why the carbon fiber wire can product Far-Infrared-Wire when heated?
After the carbon fiber is energized , the carbon molecules form Brownian motion , which can effectively convert most of the electric energy into far infrared , which is generated by the vibrational energy level transition , its wave number is 400-5000/cm. Therefore, carbon-silicon rod is often used as a light source of infrared spectrum in analytical chemistry . After carbon fiber is energized , carbon molecules form Brownian motion , which can effectively convert most of the electrical energy into far infrared light . During the energized process , as the temperature increases , far infrared light will be slowly converted into far infrared light .
