Právní předpis byl sestaven k datu 01.01.2001.
Zobrazené znění právního předpisu je účinné od 01.01.2001 do 29.04.2008.
Nařízení vlády o ochraně zdraví před neionizujícím zářením
480/2000 Sb.
1. xx spojitém xxxxxx xxxxxxxx xxxxxx xxx;
2. x xxxxxxxxx režimu xxxxxx xxxxxxx x xxxxxx impulsu, xxxxxxxx x xxxxxxxxx trvání xxxxxxx xxxxxxx, xxxxxxxx x xxxxxxxx xxxxxxxxx xxxxxxxxx xxxxxxx;
3. x xxxxxxxxx xxxxxx s xxxxxxx opakovací xxxxxxxxx xxxxx xxxx v xxxx 2 x xxxx xxxxxxxx xxxxxxx xxxxxx xxx vystupujícího xxxxxx;
| Indukovaná xxxxxxxx xxxxxxx J* - xxxxxxxx xxxxxxxxx xxxxxxx | |||
| Xxxxxxxxxxx | Xxxxxxx xxxxx | ||
| xxxxxxxxx ƒ/Xx &xx; 1 | X/X.x-2 0,057x) | frekvence ƒ/Xx &xx; 1 | X/X.x-2 0,011x) | 
| 1 - 4 | 0,04/ƒ | 1 - 4 | 0,008/ƒ | 
| 4 - 1000 | 0,01 | 4 - 1000 | 0,002 | 
| 1000 - 105 | ƒ/105 | 1000 - 105 | ƒ/5.105 | 
| 105 - 107 | ƒ/105 | 105 - 107 | ƒ/5.105 | 
| Xxxxx absorbovaný výkon (XXX) a xxxxx xxxxxxxxxxx xxxxxxx (XX) - xxxxxxxx xxxxxxxxx xxxxxxx | ||||
|  	Xxxxx xxx xxxxxxxxx xx 100000 Xx do 1010 Xx |  	Měrný xxxxxxxxxxx xxxxx - XXX - xxxxxxxxxx xxx xxxxxxxxx xxxxxxxxxxxxx xxxxxxxx x xxxx xxxx |  	XXX xxxxxxxxxx xxx xxxxxxxxx xxxxxxxxxxxxx interval x pro xxxxxxxxxxx 10 ga) xxxxx x xxxxxxxx xxxxx, xxxxxxx, xxxxxxxx x xxxxxxx |  	SAR středovaný xxx kterýkoli xxxxxxxxxxxxx xxxxxxxx x xxx xxxxxxxxxxx 10 ga) xxxxx xxxxx, zápěstí, xxxxxxxx x xxxxxxx |  	Xxxxxxxx xxxxxxx měrné xxxxxxxxxxx xxxxxxx SA xxxxxxxxxx xxx xxxxxxxxxxx 10 xx) tkáně | 
|  	xxxxxxxxxxx | 0,4 W/kg | 10 X/xx | 20 X/xx | 0,01 X/xxx) | 
|  	xxxxxxx xxxxx | 0,08 X/xx | 2 X/xx | 4 W/kg | 0,002 X/xxx) | 
| Xxxxxxx zářivého xxxx X* - xxxxxxxx xxxxxxxxx xxxxxxx | |||
| Xxxxxxxxxxx | Xxxxxxx osoby | ||
| Xxxxxxxxx ƒ/Xx | S/W.m-2 | Xxxxxxxxx ƒ/Xx | S/W.m-2 | 
| > 1010 - 3.1011 | 50 | > 1010 - 3.1011 | 10 | 
| 10 XXx | 300 XXx | ||
| Σ | SARi / XXXX + | Σ | Xx / XX ≤ 1. | 
| 100 xXx | ƒ&xx; 10 XXx | 
| Xxxxx veličiny | Xxxxxxxx | Xxxxxxxx | Xxxxx xxxxxxxx | 
|  	xxxxx (xxxxxxxxxx) |  	X |  	X | xxxxx | 
|  	proudová xxxxxxx |  	X |  	X/x2 | xxxxx xx xxxxxxxxx xxxx | 
|  	intenzita xxxxxxxxxxxx xxxx |  	X |  	X/x | xxxx xx xxxx | 
|  	xxxxxxxxxx xxxxxxx |  	D |  	X/x2 | xxxxxxx xx xxxxxxxxx metr | 
|  	xxxxxxxxxx xxxxx |  	x |  	C | xxxxxxx | 
|  	xxxxxxxxxx xxxxxxxx |  	σ |  	X/x | xxxxxxx xx xxxx | 
|  	frekvence (xxxxxxxx) |  	ƒ |  	Hz | xxxxx | 
|  	xxxxxxxxxx xxxxxxx |  	X |  	X | xxxxx | 
|  	xxxxxxxxx xxxxxxxxxxxx pole |  	X |  	X/x | xxxxx xx metr | 
|  	xxxxxxxxxxxx |  	µ |  	X/x | xxxxx xx metr | 
|  	xxxxxxxxxxx |  	ε |  	X/x | xxxxx xx metr | 
|  	xxxxxxx xxxxxxxx xxxx * |  	X |  	X/x2 | watt xx xxxxxxxxx xxxx | 
|  	xxxxx absorbovaný výkon |  	XXX |  	X/xx | watt xx xxxxxxxx | 
|  	měrná xxxxxxxxxxx xxxxxxx |  	XX |  	X/xx | joule na xxxxxxxx | 
|  	xxxxxx xxxxxxx xxxxxxx |  	X/x2 | xxxxx xx xxxxxxxxx xxxx | |
|  	xxxxxx xxxxx |  	λ |  	x | xxxx | 
| Xxxxx | Xxxxxxxx | Hodnota | Jednotka | Xxxxx jednotky | 
|  	xxxxxxxx xxxxxx | x | 2,997.108 | x/x | xxxx za xxxxxxx | 
|  	xxxxxxxxxxx vakua | ε0 | 8,854.10-12 | F/m | xxxxx xx metr | 
|  	xxxxxxxxxxxx xxxxx | µ0 | 4π.10-7 ≈ 1,26.10-6 | X/x | xxxxx na xxxx | 
|  	xxxxxxxxx xxxxx | X0 | 376,73 ≈ 377 | Ω | xxx | 
| X | |
|  	X = | ____ . | 
| x | 
| X2 | X.X | ||
|  	S = | _____ | = 377H2 = E.H = | ____ . | 
| 377 | μ | 
| dW | 1 xX | ||
| XX = | ______ | = | _ ____ . | 
| xx | ρ dV | 
| d | xX | x | 1 XX | ||
| SAR = | ___ | (____) | = | ___ | (_____) | 
| xx | xx | xx | ρ xx | 
| σ.Xx2 | ||
|  	XXX = | ___ , | (1) | 
| ρ | ||
| xX | ||
|  	XXX = xx | ___, | (2) | 
| xx | ||
| X2 | ||
|  	XXX = | ___ . | (3) | 
| ρ.σ | 
| 1 | x+X | 1 | t+T | ||||
| Xxxx = √ | __ | ∫ |  	X2(x)xx; | Xxxx = √ | __ | ∫ | X2(x)xx | 
| X | x | X | x | 
| 1 | t+T | |||
| Xxxx = | __ | ∫ |  	S(t)dt. | |
| X | t | |||
| 1 | 1 | t+T | |||||
| Xxx = | __ | Σ |  	Eiti; xxxxxxxx | Xxx = | __ | ∫ | Eeff(t)dt x | 
| Xx | i | Xx | x | 
| 1 | 1 | x+X | |||||
| Xxx = | __ | Σ |  	Xxxx; xxxxxxxx | Xxx = | __ | ∫ | Xxxx(x)xx | 
| Xx | x | Xx | t | 
| 1 | 1 | x+X | |||||
| Xxx = √ | __ | Σ |  	Ei2ti; případně | Xxx = √ | __ | ∫ | Eeff2(t)dt | 
| Xx | i | Xx | x | 
| 1 | 1 | x+X | |||||
| Xxx = √ | __ | Σ |  	Bi2ti; xxxxxxxx | Xxx = √ | __ | ∫ | Xxxx2(x)xx x | 
| Ts | x | Xx | t | 
| 1 | 1 | x+X | |||||
| Xxx = √ | __ | Σ |  	Si2ti; xxxxxxxx | Sst = √ | __ | ∫ | Xxxx2(x)xx | 
| Xx | x | Xx | x | 
| 1 | x2 | ||
| Xxx = | ______ | ∫ | X(x)xx | 
| t2 - x1 | x1 | 
| X | |
|  	µ = | ____ . | 
| X | 
| X | |
|  	ε = | ____ . | 
| X | 
| Referenční xxxxxx xxxxxxxxx xxxxxxxxxxxx xxxx X - xxxxxxxxxxx xxxxxxxx | |||
| &xxxx; Xxxxxxxxxxx | &xxxx; Xxxxxxx xxxxx | ||
| &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-1 | &xxxx; Xxxxxxxxx ƒ/Hz | E/V.m-1 | 
| < 1 | -a) | < 1 | &xxxx; -x) | 
| &xxxx; 1 - 8 | 20000 | 1 - 8 | &xxxx; 10000 | 
| &xxxx; 8 - 25 | &xxxx; 20000 | &xxxx; 8 - 25 | &xxxx; 10000 | 
| &xxxx; 25 - 820 | &xxxx; 5.105/x | &xxxx; 25 - 800 | &xxxx; 2,5.105/x | 
| &xxxx; 50 | &xxxx; 10000 | &xxxx; 50 | &xxxx; 5000 | 
| &xxxx; 820 - 3.103 | &xxxx; 610 | &xxxx; 800 - 3.103 | &xxxx; 2,5.105/x | 
| &xxxx; 3.103 - 65.103 | &xxxx; 610 | &xxxx; 3.103 - 150.103 | 87 | 
| 65.103 - 106 | &xxxx; 610 | &xxxx; 150.103 - 106 | &xxxx; 87 | 
| &xxxx; 106 - 107 | 610.106/ƒ | 106 - 107 | &xxxx; 87.103/ƒ0,5 | 
| &xxxx; 107 - 4.108 | &xxxx; 61 | &xxxx; 107 - 4.108 | &xxxx; 28 | 
| &xxxx; 4.108 - 2.109 | &xxxx; 3.10-3.ƒ0,5 | &xxxx; 4.108 - 2.109 | &xxxx; 1,375.10-3.ƒ 0,5 | 
| 2.109 - 3.1011 | &xxxx; 137 | &xxxx; 2.109 - 3.1011 | 61 | 
| &xxxx; Xxxxxxxxxx úrovně xxx xxxxxxxxxx xxxxxxx X - xxxxxxxxxxx expozice | |||
| Zaměstnanci | Ostatní xxxxx | ||
| &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/xxxxx | &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/xxxxx | 
| &xxxx; &xx; 1 | &xxxx; 0,28*x) | &xxxx; &xx; 1 | &xxxx; 0.056* | 
| &xxxx; 1 - 8 | &xxxx; 0,2/ƒ2 | &xxxx; 1 - 8 | &xxxx; 0,04/ƒ2 | 
| &xxxx; 8 - 25 | 0,025/ƒ | 8 - 25 | &xxxx; 0,005/ƒ | 
| &xxxx; 25 - 820 | &xxxx; 25.10-3/ƒ | &xxxx; 25 - 800 | &xxxx; 0,005/ƒ | 
| &xxxx; 50 | &xxxx; 500.10-6 | &xxxx; 50 | &xxxx; 100.10-6 | 
| &xxxx; 820 - 3.103 | &xxxx; 30,7.10-6 | &xxxx; 800- 3.103 | &xxxx; 6,25.10-6 | 
| &xxxx; 3.103 - 65.103 | &xxxx; 30,7.10-6 | &xxxx; 3.103 - 150.103 | &xxxx; 6,25.10-6 | 
| &xxxx; 65.103 - 106 | 2/ƒ | 150.103 - 106 | &xxxx; 0,92/ƒ | 
| &xxxx; 106 - 107 | &xxxx; 2/ƒ | &xxxx; 106 - 107 | &xxxx; 0,92/ƒ | 
| &xxxx; 107 - 4.108 | &xxxx; 0,2.10-6 | &xxxx; 107 - 4.108 | &xxxx; 0,092.10-6 | 
| &xxxx; 4.108 - 2.109 | 10-11.ƒ0,5 | 4.108 - 2.109 | &xxxx; 4,6.10-12.ƒ0,5 | 
| &xxxx; 2.109 - 3.1011 | 0,45.10-6 | 2.109 - 3.1011 | 0,20.10-6 | 
| &xxxx; Xxxxxxxxxx úrovně xxx xxxxxxx xxxxxxxx xxxx* X - xxxxxxxxxxx xxxxxxxx | |||
| &xxxx; Xxxxxxxxxxx | &xxxx; Xxxxxxx xxxxx | ||
| &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-2 | &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-2 | 
| &xxxx; 107 - 4.108 | &xxxx; 10 | &xxxx; 107 - 4.108 | &xxxx; 2 | 
| &xxxx; 4.108 - 2.109 | &xxxx; ƒ/4.107 | &xxxx; 4.108 - 2.109 | ƒ/2.108 | 
| 2.109 - 3.1011 | &xxxx; 50** | &xxxx; 2.109 - 3.1011 | &xxxx; 10** | 
| 1 XXx | &xxxx; Xx | &xxxx; | &xxxx; 10 XXx | &xxxx; Xx | &xxxx; | 
| &xxxx; Σ | &xxxx; ___ | &xxxx; + | &xxxx; Σ | &xxxx; ___ | &xxxx; ≤ 1 | 
| 1 Xx | &xxxx; XX.x | &xxxx; | &xxxx; ƒ &xx; 1 MHz | a |  | 
| 65 xXx | &xxxx; Xx | &xxxx; | &xxxx; 10 XXx | &xxxx; Xx | &xxxx; | 
| &xxxx; Σ | &xxxx; ___ | &xxxx; + | &xxxx; Σ | &xxxx; ___ | &xxxx; ≤ 1 | 
| 1 Xx | &xxxx; XX.x | &xxxx; | &xxxx; ƒ &xx; 65 xXx | &xxxx; x | &xxxx; | 
| &xxxx; 1 MHz | Ei |  | 300 XXx | &xxxx; Xx | &xxxx; | 
| &xxxx; Σ | &xxxx; ( __ )2 | &xxxx; + | &xxxx; Σ | &xxxx; ( __ )2 | &xxxx; ≤ 1 | 
| &xxxx; 100 xXx | &xxxx; x | &xxxx; | &xxxx; ƒ &xx; 1 XXx | &xxxx; XX.x | &xxxx; | 
| &xxxx; 1 XXx | &xxxx; Xx | &xxxx; | &xxxx; 300 XXx | &xxxx; Xx | &xxxx; | 
| &xxxx; Σ | &xxxx; ( __ )2 | &xxxx; + | &xxxx; Σ | &xxxx; ( __ )2 | &xxxx; ≤ 1 | 
| &xxxx; 100 xXx | &xxxx; x | &xxxx; | &xxxx; ƒ &xx; 1 XXx | &xxxx; XX.x | &xxxx; | 
| &xxxx; Σ | &xxxx; (X2x . ti) ≤ (6 . X2X.x) v xxxxxxxxxx (X.x-1)2 . xxx. | 
| &xxxx; x | &xxxx; | 
| &xxxx; Σ | &xxxx; (X2x . ti) ≤ (6 . X2X.x) x xxxxxxxxxx X2 . min. (X = tesla), | 
| i |  | 
| &xxxx; Σ | &xxxx; (X2x . xx) ≤ (6 . X2X.x) x xxxxxxxxxx X.x-2 . xxx. | 
| &xxxx; x | &xxxx; | 
| &xxxx; Xxxxx referenční xxxxxxxxx xxxxxxxxxxxx xxxx Xxxx (xxxxxxxx hodnoty) | |||
| Zaměstnanci | Ostatní xxxxx | ||
| &xxxx; Xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-1 | &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-1 | 
| &xxxx; 105 | &xxxx; 915 | &xxxx; 105 | &xxxx; 130 | 
| &xxxx; 105 - 106 | &xxxx; 0,438.ƒ0,67 | &xxxx; 105 - 106 | &xxxx; 0,0605.ƒ 0,247 | 
| &xxxx; 106 | &xxxx; 4226 | &xxxx; 106 | &xxxx; 603 | 
| &xxxx; 106 - 107 | &xxxx; 4,3514.105/ƒ0,335 | &xxxx; 106 - 107 | 56,03.ƒ0,247 | 
| 107 | 1952 | 107 | 896 | 
| 107 - 4.108 | 1952 | 107 - 4.108 | &xxxx; 896 | 
| &xxxx; 4.108 | &xxxx; 1952 | &xxxx; 4.108 | &xxxx; 896 | 
| &xxxx; 4.108 - 2.109 | 0,098.ƒ1/2 | 4.108 - 2.109 | 0,0448.ƒ1/2 | 
| 2.109 | 4384 | 2.109 | 1952 | 
| 2.109 - 3.1011 | &xxxx; 4384 | &xxxx; 2.109 - 3.1011 | &xxxx; 1952 | 
| &xxxx; Xxxxx referenční xxxxxxx xxxxxxxxxx indukce Bmez (xxxxxxxx hodnoty) | |||
| Zaměstnanci | Ostatní xxxxx | ||
| &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; X/xxxxx | &xxxx; xxxxxxxxx ƒ/Hz | B/tesla | 
| 105 | 30.10-6 | 105 | 9,375.10-6 | 
| 105 - 106 | &xxxx; 1,427.10-3/ƒ0,335 | &xxxx; 105 - 106 | &xxxx; 0,1619.10-3/ƒ0,67 | 
| &xxxx; 106 | &xxxx; 1,385.10-5 | &xxxx; 106 | &xxxx; 5,3.10-6 | 
| &xxxx; 106 - 107 | &xxxx; 0,001427/ƒ0,335 | &xxxx; 106 - 107 | &xxxx; 0,1619.10-3/ƒ0,17 | 
| &xxxx; 107 | &xxxx; 6,4.10-6 | &xxxx; 107 | &xxxx; 3.10-6 | 
| &xxxx; 107 - 4.108 | &xxxx; 6,4.10-6 | &xxxx; 107 - 4.108 | &xxxx; 3.10-6 | 
| &xxxx; 4.108 | &xxxx; 6,4.10-6 | &xxxx; 4.108 | &xxxx; 3.10-6 | 
| &xxxx; 4.108 - 2.109 | &xxxx; 3,2.10-10.ƒ1/2 | &xxxx; 4.108 - 2.109 | &xxxx; 1,5.10-10.ƒ1/2 | 
| &xxxx; 2.109 | &xxxx; 14,4.10-6 | &xxxx; 2.109 | &xxxx; 6,4.10-6 | 
| &xxxx; 2.109 - 3.1011 | &xxxx; 14,4.10-6 | &xxxx; 2.109 - 3.1011 | &xxxx; 6,4.10-6 | 
| &xxxx; Xxxxx xxxxxxxxxx xxxxxxx zářivého xxxx* Xxxx (xxxxxxxx xxxxxxx) | |||
| &xxxx; Xxxxxxxxxxx | &xxxx; Xxxxxxx xxxxx | ||
| &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-2 | &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; X/X.x-2 | 
| &xxxx; 107 - 4.108 | &xxxx; 10000 | &xxxx; 107 - 4.108 | 2000 | 
| 4.108 - 2.109 | &xxxx; 25.10-6.ƒ | &xxxx; 4.108 - 2.109 | &xxxx; 5.10-6.ƒ | 
| &xxxx; 2.109 | &xxxx; 50000 | &xxxx; 2.109 | &xxxx; 10000 | 
| &xxxx; 2.109 - 3.1011 | &xxxx; 50000 | &xxxx; 2.109 - 3.1011 | &xxxx; 10000 | 
| &xxxx; Xxxxxxxxxx xxxxxx xxxxxx xxxxxxx xxxxxxx | |
| &xxxx; Xxxxxxxxxxx | &xxxx; Xxxxxxx xxxxx | 
| &xxxx; 0,1 X.x-2 | &xxxx; 0,02 J.m-2 | 
| &xxxx; Xxxxxxxxx xxxxx I - xxxxxxxxxx úrovně | |||
| Zaměstnanci | Ostatní osoby | ||
| frekvence ƒ/Xx | &xxxx; xxxxx I/A | frekvence ƒ/Xx | &xxxx; xxxxx X/X | 
| &xxxx; &xx; 2500 | 0,001 | < 2500 | &xxxx; 0,0005 | 
| &xxxx; 2500 - 105 | &xxxx; 4.10-7 .ƒ | &xxxx; 2500 - 105 | &xxxx; 2.10-7 . ƒ | 
| &xxxx; 105 - 1,1.108 | &xxxx; 0,04 | &xxxx; 105 - 1,1.108 | &xxxx; 0,02 | 
| &xxxx; Xxxxxxxxxx úrovně xxx indukovaný xxxxx x* | |||
| &xxxx; Xxxxxxxxxxx | &xxxx; Xxxxxxx xxxxx | ||
| &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; Xxxxxxxxxx xxxxx x/X | &xxxx; xxxxxxxxx ƒ/Xx | &xxxx; Xxxxxxxxxx xxxxx x/X | 
| &xxxx; 107 - 1,1.108 | &xxxx; 0,1 | &xxxx; 107 - 1,1.108 | &xxxx; 0,045 | 




| 400 | ||
| Xxxx = | Σ | Xλ . Xλ . Δλ. | 
| 180 | 
| 700 | ||
|  	x . X(x) = x . | Σ |  	Lλ . Bλ . Δλ ≤ 106 X.x-2. sr-1 . | 
| 400 | 
| 1400 | ||
|  	xxxx = X2 /(α . | Σ |  	Lλ . Xλ . Δλ)2 , | 
| 400 | 
| 1400 | |
| Σ |  	Xλ . Δλ ≤ 0,6 . 104 W.m-2.sr-1.rad/α . | 
| 770 | 
| Xxxxxx xxxxx λ x xxxxxxxxxxx | Sλ | Xxxxxx xxxxx λ x xxxxxxxxxxx | Xλ | 
| 180 | 0,012 | 290 | 0,64 | 
| 185 | 0,015 | 295 | 0,54 | 
| 190 | 0,019 | 300 | 0,3 | 
| 195 | 0,023 | 305 | 0,06 | 
| 200 | 0,03 | 310 | 0,015 | 
| 205 | 0,051 | 315 | 0,003 | 
| 210 | 0,075 | 320 | 0,001 | 
| 215 | 0,095 | 325 | 0,0005 | 
| 220 | 0,12 | 330 | 0,00041 | 
| 225 | 0,15 | 335 | 0,000334 | 
| 230 | 0,19 | 340 | 0,00028 | 
| 235 | 0,25 | 345 | 0,00024 | 
| 240 | 0,3 | 350 | 0,0002 | 
| 245 | 0,36 | 355 | 0,00016 | 
| 250 | 0,43 | 360 | 0,00013 | 
| 255 | 0,52 | 365 | 0,00011 | 
| 260 | 0,65 | 370 | 9,3.10-5 | 
| 265 | 0,81 | 375 | 7,7.10-5 | 
| 270 | 1 | 380 | 6,4.10-5 | 
| 275 | 0,96 | 385 | 5,3.10-5 | 
| 280 | 0,88 | 390 | 4,4.10-5 | 
| 285 | 0,77 | 395 | 3,6.10-5 | 
| 290 | 0,64 | 400 | 3.10-5 | 
| Xxxxxx xxxxx λ x xxxxxxxxxxx | Xλ | Rλ | 
| 400 | 0,10 | 1,0 | 
| 405 | 0,20 | 2,0 | 
| 410 | 0,40 | 4,0 | 
| 415 | 0,80 | 8,0 | 
| 420 | 0,90 | 9,0 | 
| 425 | 0,95 | 9,5 | 
| 430 | 0,98 | 9,8 | 
| 435 | 1,0 | 10,0 | 
| 440 | 1,0 | 10,0 | 
| 445 | 0,97 | 9,7 | 
| 450 | 0,94 | 9,4 | 
| 455 | 0,90 | 9,0 | 
| 460 | 0,80 | 8,0 | 
| 465 | 0,70 | 7,0 | 
| 470 | 0,62 | 6,2 | 
| 475 | 0,55 | 5,5 | 
| 480 | 0,45 | 4,5 | 
| 485 | 0,32 | 3,2 | 
| 490 | 0,22 | 2,2 | 
| 495 | 0,16 | 1,6 | 
| 500-600 | 10((450-λ)/50) | 1,0 | 
| 600-700 | 0,001 | 1,0 | 
| 700-1049 | - | 10((700-λ)/500) | 
| 1050-1400 | - | 0,2 | 



| &xxxx; Xxxxxxxx | &xxxx; Xxxxxx délka λ x xxxxxxxxxxx | &xxxx; Xxxxx xxxxxxx | |
| &xxxx; | &xxxx; xx | &xxxx; xx | &xxxx; | 
| &xxxx; X1 = 5,6 . 103 . x0,25 | &xxxx; 302,5 | &xxxx; 400 | &xxxx; 1 | 
| &xxxx; X1 = 100,8 (λ - 295) . 10-15 s | 302,5 | 315 | 2 | 
| C2 = 100,2 (λ - 295) | &xxxx; 302,5 | &xxxx; 315 | &xxxx; 3 | 
| &xxxx; X2 = 10.10 0,02 (λ - 550) s | 550 | 700 | 4 | 
| C3 = 100,015 (λ - 550) | &xxxx; 550 | &xxxx; 700 | &xxxx; 5 | 
| &xxxx; X4 = 10(λ - 700) / 500 | &xxxx; 700 | &xxxx; 1050 | &xxxx; 6 | 
| Parametr | Opakovací xxxxxxxxx xxxxxxx X | &xxxx; Xxxxx xxxxxxx | 
| &xxxx; X5 = X-0,5 | &xxxx; X = 1 x-1 xx 278 x-1 | &xxxx; 7 | 
| &xxxx; X5 = 0,06 | &xxxx; X > 278 x-1 | 
| &xxxx; Xxxxxxxx | &xxxx; Xxxx xxxxxxxx t | Číslo xxxxxxx | 
| &xxxx; αxxx = 8,5 . 10-3 rad | t &xx; 10-9 s | 8 | 
| αmin = 0,25.10-3 . x-0,17 rad | 10-9 x ≤ x < 18. 10-6 x | |
| &xxxx; αxxx = 15.10-3 . x 0,21 xxx | &xxxx; 18. 10-6 x ≤ x &xx; 10 x | |
| &xxxx; αxxx = 24.3 . 10-3 xxx | &xxxx; x ≥ 10 s | 









| &xxxx; Xxxxxx xxxxx λ/nm | Délka xxxxxxxxxx x/x | &xxxx; Xxxxx xxxxxxxxx xxxxx | 
| &xxxx; 400 xx 700 | &xxxx; x &xx; 0,25 | &xxxx; Xxxxxx xxxx xxx xxxxx I | 
| t ≥ 0,25 | &xxxx; 10-3 X | 


x) výpočtem;
b) xxxxxxx xxxxxxxxx, xxxxx xxxxxxxx určit spektrální xxx xxxxxx a xxxxxxxxxx xxxxxxx xxxxxxxx xxxx x xxxxx xxxxxxxx.
x) výpočtem, který xxxx x úvahu xxxxxxxxxx xxxxxx, xxxxxxx xxxxxxxx xxxx, xxxxxxxx xxxxxxx xxxxxx xxxxxxx x xxxxx expozice, xxxx xxxxxxxx, xxxxxxx xxxxx xxxxxx a xxxxx vyzařování;
b) měřením xxxxxxx zářivého xxxx, xxxxxxxx xxxxxx xxxxxxx x místě xxxxxxxx, xxxxxxx xx v xxxxxxx, že xxxxxxxx xxxxxx xx xxxxxx xxxxx xxx limitní xxxxx stanovený v xxxx 17 xxxxxx X., určí xxxxxxx xxxxxxxx toku xxxx xxxxxxx zářivé xxxxxxx xxxx xxxxx xxxxxxxx xxxx xxxxxxxx limitním xxxxxxx (případně zářivé xxxxxxx xxxxxx limitním xxxxxxx) x obsahu xxxxxx xxxxxxxxx otvoru.
 
                    