All Questions
Tagged with intensity refraction
6 questions
1
vote
0
answers
103
views
Spectral Radiation Intensity and Energy Density
I'm trying to prove the following relation
$$ I_{v} = \frac{c}{n} u_{v} $$
where $I_{v}$ is the (spectral) radiation intensity and $u_{v}$ is the respective energy density, $n$ is the refractive index ...
- 11
0
votes
1
answer
260
views
Reflection coefficient derivation
from fresnel equations we have
$$r_{parallel}=\frac{n_1\cos\theta_i-n_2\cos\theta_r}{n_1\cos\theta_i+n_2\cos\theta_r}$$
$$r_{perpendicular}=\frac{n_2\cos\theta_i-n_1\cos\theta_r}{n_1\cos\theta_i+n_2\...
- 101
1
vote
3
answers
2k
views
How is energy conserved during simultaneous refraction and reflection of light?
My question is regarding the partial reflection and refraction of light when incident on a refracting surface.
Here, the energy of Incident Ray is E=hv of Reflected Ray is E=hv and that of Refracted ...
- 21
0
votes
2
answers
744
views
A Question About Brewster's Law
In most textbooks I read, they state that when the angle of reflection + angle of refraction = 90, there is maximum polarization. What I don't understand is what maximum polarization means. Does it ...
- 159
0
votes
1
answer
59
views
A Physics Problem Involving Refraction [closed]
I'm not sure how to solve this problem. I've considered using Malus' law, but then I don't know what theta is, preventing me from solving this problem.
- 23
2
votes
1
answer
1k
views
Maximum light intensity?
From what I had learned and observed, every image (light per certain area,let it be cm^2 here) can be projected onto a small or large area without any natural obstruction from intensity. So, if light ...
