Re: (color)light-filter
measuring record therapy light for light-thermo-therapy instrument. in Univ.
Bremen, from 11.November 2001, PERFORMANCE-DENSITY = mW/CM2 The discussions
of Mr. Prof. Dr. Staude Mr. Rohbeck Bremen, 04.06.2003 over measure results of
11. November 2001 light-thermo-therapies are defined by its emission-performance.
Let us calculate its capacity, and declare the energy per second. As model
is chosen a TL 12° NGE light-sources PERFORMANCE-DENSITY = mW/cm2 170
mWs per 1 cm²s. produces. 1 Joule (= 1 watt-second - Ws) therefore
performance * time A 10 mW. appliance that 1/100 Joule/sec. suplies, so
that the appliance 100 seconds must emit in order to give 1 Joule (= 1 watt-seconds
- Ws). Then Ltt - instrument TL 12° NGE 170 mWcm2 s that produces 1/100
Joule/sec. , so the appliance must emit in 100 seconds in order to give 17 Joules
(= watt-second - Ws). in 100 seconds 17 Joules; in 1 sec. 0.17 Joule/sec.
; in 20 sec. 340 Joules PERFORMANCE-DENSITY = mW/cm2 Ltt - instrument TL 12°
NGE 170 mW / cm2 per 1 cm² = 0,17 Joule (= watt-second = Ws) 170 mW
per 1 cm² * 20 = 3400 mW = 3.4 Joules (= watt-second - Ws in 20 sec.) ,
272 mW * 20, 3.4 Joules 16.2 cm2 s = 55.08 Joules (= watt in 20 seconds - W 20
s, Measure record checked on the 04.06.2003 in the laboratory with Mr. Rohbeck
at the therapy-light with the Laser-performance-measure-appliance 212 calibrated:
633nm . ( for example from measurements to the transmission one can calculate
that at a laser-light-source of 904 nm wavelengths and 10W/cm2 impulse-power =
1*1012 Photonen/cm2 1 000 000 000 000 Photonen/cm2 in 1 cm tissue -deep
approximately 1*1010 Photonen/cm2 10 000 000 000 Photonen/cm2 in 4 cm
tissue -deep approximately 3,4*103 Photonen/cm2 photons 3 400 Photonen/cm2 arrive.
Mr. Prof. Dr. Rer. nat. Staude mathematically verifies. It was now interesting
to pursue the question, whether accordingly to the eye-receptor-sensitivity also
in the body the wavelength-circuit of relatively higher performance-density -
red/infrared an important cell function has. The Photon -energy of near Infrared
(IR) lies in the area of 1,4 eV, accordingly 33 kcals = kilocalories per Mol photons. Also
without in-radiation of artificial or natural light constant photon- emissions
presence in the organism, only on the body-surface 1021/sek.)
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