The Theory of a Complete Time and Universe:
The Big Bang in Science!
T H E F U L L E L E C T R O - N U C L E A R
S P E C T R U M*
►
Το πλήρες ηλεκτρομαγνητικό φάσμα | The full electromagnetic spectrum
| BAND |
NAME |
FREQUENCY |
WAVE LENGTH |
ENERGY |
|
|
|
|
|
|
|
3 Hz - 30 Hz |
ELF |
3 - 30 Hz |
108 - 107 m |
1.24 ×10-14 eV - 1.24 ×10-13 eV * |
|
30 - 300 Hz |
SLF |
30 - 300 Hz |
107 - 106 m |
until
1.24 ×10-12 eV |
|
300 Hz - 3 × 103 Hz |
ULF |
until 3 KHz |
106 - 105 m |
until 1.24 ×10-11
eV |
|
3 × 103 Hz - 3 × 104 Hz |
VLF |
until 30 KHz |
105 - 104 m |
until 1.24 ×10-10
eV |
|
3 × 104 Hz - 3 × 105 Hz |
LF |
until 300 KHz |
104 - 103 m |
until 1.24
×10-9 eV |
|
3 × 105 Hz - 3 × 106 Hz |
MF |
until 3000 KHz (3 MHz) |
103 - 102 m |
until 1.24 ×10-8
eV |
|
3 × 106 Hz - 3 × 107 Hz |
HF |
until 30 MHz |
102 - 10 m |
until 1.24 ×10-7
eV |
|
3 × 107 Hz - 3 × 108 Hz |
VHF |
until 300 MHz |
10 - 1 m |
until 1.24 ×10-6
eV |
|
3 × 108 Hz - 3 × 109 Hz |
UHF |
until 3000 MHz (3 GHz) |
1 - 10-1 m (109 Ǻ) |
until 1.24 ×10-5
eV |
|
3 × 109 Hz - 3 × 1010 Hz |
SHF |
until 30000 MHz (30 GHz) |
10-1 - 10-2 m |
until 1.24 ×10-4
eV |
|
3 × 1010 Hz - 3 × 1011 Hz |
EHF |
until 300 GHz |
10-2 - 10-3 m (1mm) |
until 1.24
×10-3 eV |
|
3 × 1011 Hz - 3 × 1012 Hz |
FIR |
300 GHz - 3000GHz (3 THz) |
10-3 - 10-4 m (100μm) |
until 1.24 ×10-2
eV |
|
3 × 1012 Hz - 3 × 1013 Hz |
MIR |
3 THz - 30 THz |
10-4 - 10-5 m (10μm) |
1.24 ×10-1
eV (124 meV) |
|
3 × 1013 Hz - 3 × 1014 Hz |
NIR |
30 THz - 300 THz |
10-5 - 10-6 m (1μm) |
1.24 ×10-1
eV - 1.24 eV |
|
3 × 1014 Hz - 3 × 1015 Hz
VISIBLE AREA |
NUV |
300 THz - 3000 THz (3 PHz) |
10-6 - 10-7 m (100nm) |
1.24 eV - 1.24 ×101
eV |
|
3 × 1015 Hz - 3 × 1016 Hz |
EUV |
3000 THz - 30000 THz |
10-7 - 10-8 m (10nm) |
12.4 eV - 124 eV |
|
3 × 1016 Hz - 3 × 1017 Hz |
SX |
30000 THz - 300000 THz |
10-8 - 10-9 m (1nm) |
124 eV - 1.24 keV |
|
3 × 1017 Hz - 3 × 1018 Hz |
HX |
300 PHz - 3000 PHz (3 EHz) |
10-9 - 10-10 m (10-10 =100pm
or 1Ǻ) |
1.24 keV - 12.4 keV (1.24
×104 eV) |
|
3 × 1018 Hz - 3 × 1019 Hz |
Y |
3000 PHz - 30000 PHz |
10-10 - 10-11 m (10pm) |
12.4 keV - 124 keV (1.24
×105 eV) |
|
3 × 1019 Hz - 3
× 1020 Hz |
Y |
30000 PHz - 300000 PHz |
10-11 - 10-12 m (1pm
or 0.01Ǻ) |
124 keV - 1.24 MeV (1.24
×106 eV) |
|
|
|
|
|
|
|
f0 = √0.4524 ×1042 Hz
±861 |
P |
6.726
×1020 Hz ±861 |
10-13
m ±861 |
|
|
Waves in reverse direction
3
×1020 Hz - 0.4524
×1042 Hz |
NW |
3
×1011 GHz - 0.452
×1032 GHz |
10-11 m - 6.626 ×10-34 m
(×10-24 Ǻ) |
1.24 MeV - 1.871
×1027 eV
2.9979 ×108 Joule - 4.369 ×1030 °K |
| |
|
|
|
|
|
h ≈ 4.13567 × 10-15 eV/Hz
h ≈ 4.13567μeV/GHz
h ≈ 1 eV /241.8 THz |
|
f = c / λ = Ε / h = Mc2 / h |
λ = c / f = h / M c |
Ε = h c / λ = h f |
* Note, there is not an explicit limit between the bands of electromagnetic radiations
in nature.
S=Super, U=Ultra, V=Very, L=Low, M=Medium, E=Extremely,
H=High, F=Frequency, FIR=Far infrared, MIR=Mid infrared, NIR=Near
infrared, NUV=Near ultraviolet, EUV=Extreme ultraviolet, SX=Soft X rays, HX=Hard
X rays, Y=Gamma rays, P= Particles, NW=Nuclear Waves
1 Joule = 0.624150974 ×1019 eV and 1 eV = 1.602176462 ×10-19 Joule
1GHz = 109 Hz and 1THz = 1012 Hz
|
c = f λ → λ = c / f → f = c / λ and Ε=
hf → E= hc/λ → M = E / c2 = h / c λ
|
* The energy of 1.24 ×10-14 eV for f =3Hz and λ
=108 m in Joule is: h c/λ = 19.8644 ×10-34
For f =0.3 ×1042 Hz and λ= 10 ×10-34
m the energy is 1.24 ×1027 eV and in Joule: 1.98644 ×108
Angstrom Å = 0.1nm = 1×10-10
m - micron μ = 1×10−6
m
1m =109
nm - 1nm =10-9 m
ISBN 978-960-93-2431-1, ©2010
THE FIRST
PUBLICATION
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χρόνος, περίοδος, συχνότητα, μήκος, απόσταση, διάστημα,
χώρος, ακτίνα, κύκλος, ταχύτητα φωτός, ενέργεια, ακτινοβολία, κύμα, ηλεκτρομαγνητισμός, χερτζ,
υπερυώδες, υπέρυθρο
time, period, frequency, length,
distance, space, free space, radius, circle,
velocity of light, radiation, wave, electromagnetism, Hertz, ultraviolet,
infrared
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