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Basic explanation of some physical characteristics of far infrared radiation on human body is described in special reference to BIOFirion products such as necklace, bracelet, mat and so forth. In special, resonance mechanism of water and body constituents within human body after far infrared ray acceptance has been suggested to play feasible important roles for body warming by heat generation.
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In the previous article No.3, I have shown some photographs which illustrate comparative some color differences of neck and wrist regions before and after necklace and bracelet equipments in order to explain physiological significance of far infrared ray radiation to human body. However, I did not talk about basic some physical properties of far infrared ray and its effect on human body in more detail. Therefore, I would like to talk about some basic physical properties of far infrared ray and its effect on human body in special reference to body warming phenomena. |
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Fig.1 shows diagram of electro-magnetic spectral which is qualitatively same to the Fig.1
of the article No.3. Infra red ray are from 0.8 micrometer to 1000 micrometer (=1.0 mm),
being classified into near infrared ray (0.8-3.0 micrometer) and far infrared ray (3.0-1000 micrometer), respectively. Table 1 shows comparative physical properties of various electro- magnetic waves. Quantum energy level of far infrared at 10 micrometer is 12 KJ/mol with frequency of 3x1013(HZ). Relative quantum energy level of far infrared ray at 10 micrometer is very significant physiologically. |
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Fig. 1. Diagram of electro-magnetic spectrum Infra red ray is composed with near infrared and far infrared rays which are different each other for some physical properties.
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| Tabel 1. Physical properties of electro-magnetic wave |
| Electro-magnetic Wave |
Typical Wave Length |
Quantum Energy |
Frequency |
| Micro-wave |
10 mm |
0.01 kJ/mol |
3 x 109 (Hz) |
| Far infrared ray |
10 µ m |
12 kJ/mol |
3 x 1013 (Hz) |
| Visible ray |
0.5 µ m |
239 kJ/mol |
6 x 1014 (Hz) |
| Ultraviolet ray |
0.1 µ m |
1200 kJ/mol |
3 x 1015 (Hz) |
| X-ray |
10 x 10-5µ m |
1200000 kJ/mol |
3 x 1018 (Hz) |
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Fig.2 shows relative energy of black body which suggests that the most efficient wavelength for the best resonance is around 10 micrometer, since the human body has about 37 ℃ deep body temperature.
Fig. 2. Radiation energy of black body.
( cited from Practical infrared ray, Human and History).
Resonance wave with human body is around 9-10 micro meter. |
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NEXT |
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| More Articles : |
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| - Feasible molecular mechanisms of thermal effects of BIOFirion® products |
| - Feasible heat shock protein and/or stress protein dependent immune activity of the homeotherm |
| - Three Major Physical and Technological Principles |
| - Ion Associated Biological Function and Industrial Application |
| - Physiological significance of far infrared radiation of BIOFirion® products |
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