Re: (color)lightfilter
measuring record therapy light for lightthermotherapy instrument. in Univ.
Bremen, from 11.November 2001, PERFORMANCEDENSITY = mW/CM2 The discussions
of Mr. Prof. Dr. Staude Mr. Rohbeck Bremen, 04.06.2003 over measure results of
11. November 2001 lightthermotherapies are defined by its emissionperformance.
Let us calculate its capacity, and declare the energy per second. As model
is chosen a TL 12° NGE lightsources PERFORMANCEDENSITY = mW/cm2 170
mWs per 1 cm²s. produces. 1 Joule (= 1 wattsecond  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 wattseconds
 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
(= wattsecond  Ws). in 100 seconds 17 Joules; in 1 sec. 0.17 Joule/sec.
; in 20 sec. 340 Joules PERFORMANCEDENSITY = mW/cm2 Ltt  instrument TL 12°
NGE 170 mW / cm2 per 1 cm² = 0,17 Joule (= wattsecond = Ws) 170 mW
per 1 cm² * 20 = 3400 mW = 3.4 Joules (= wattsecond  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 therapylight with the Laserperformancemeasureappliance 212 calibrated:
633nm . ( for example from measurements to the transmission one can calculate
that at a laserlightsource of 904 nm wavelengths and 10W/cm2 impulsepower =
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 eyereceptorsensitivity also
in the body the wavelengthcircuit of relatively higher performancedensity 
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 inradiation of artificial or natural light constant photon emissions
presence in the organism, only on the bodysurface 1021/sek.)
