Optics Magnification

Tags: #physics #optics #magnification

                                 N=-\frac{b}{v} \\
N_{\alpha}=-\frac{\alpha_{\rm syst}}{\alpha_{\rm none}}

Let's Vote for the Most Difficult Equation!

$N=-\frac{b}{v} \\ N_{\alpha}=-\frac{\alpha_{\rm syst}}{\alpha_{\rm none}}$

            N=-\frac{b}{v} \\
            N_{\alpha}=-\frac{\alpha_{\rm syst}}{\alpha_{\rm none}}

Latex code for the magnification, optics. I will briefly introduce the notations in this formulation.

$\displaystyle N=-\frac{b}{v}$ : linear magnification
$\displaystyle N_{\alpha}=-\frac{\alpha_{\rm syst}}{\alpha_{\rm none}}$ : The angular magnification
$\alpha_{\rm sys}$ : size of the retinal image in the optical system
$\alpha_{\rm none}$ : size of the retinal image outside the system

Comments

Chatbot close

Send