Black Body Radiation (6, 6)
(See “F0λ” in Chapter 3.)
Equations:
eb = σ ⋅ T4 | f = F0λ(λ2;T) – F0λ(λ1;T) | |
eB1 2 f ⋅ eb | λmax ⋅ T = c3 | q = eb ⋅ A |
Example:
Given: T=1000_°C, λ1=1000_nm, λ2=600_nm, A=1_cm^2.
Solution: λmax=2276.0523_nm, eb=148984.2703_W/m^2, f=.0036, eb12=537.7264_W/m^2, q=14.8984_W.
Magnetism (7)Variable | Description |
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∝r | Relative permeability |
B | Magnetic field |
d | Separation distance |
Fba | Force |
I, Ia, Ib | Current |
L | Length |
N | Total number of turns |
n | Number of turns per unit length |
r | Distance from center of wire |
ri, ro | Inside and outside radii of toroid |
rw | Radius of wire |
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Reference: 3. |
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Equation Reference