I'm having trouble determining what the values are on my Power Analysis diagrams. I get confused with active power, reactive power, and complex power.
Can someone take a look at my attachment and tell me if I labeled the values correctly?
I'm mainly curious as to if my Sg3 value is correct and...
This is what he sent out as the solution... but he wrote 362 instead of 361 so I don't know if he messed up his calculations
\Delta T_{GDD} \approx \phi^{(2)} \Delta\omega = 362.626 fs^2 \times \frac {\pi}{10 fs} = 227.45 fs
Increase = 217.45 fs
Okay now I see it in my notes, thank you. Just need someone to explain it.
So \frac{∂}{∂ω}\frac{1}{v_{g}} at ω_{0} is k(ω) and is a constant so k(ω)*L*\pi/t_{in}=t_{out}
\frac{361.626 fs^{2}}{10 mm}*\frac{20 mm* \pi }{10 fs}=227.216 fs with the final answer being 227.216fs-10fs=217.216 fs
Is...
Homework Statement
Find increase in pulse duration for 10 fs laser pulse going through 20 mm of fused silica
(\phi^{(2)})=361.626 fs^{2} for 10 mm of fused silica)Homework Equations
The Attempt at a Solution
I have no idea where to begin with this. Can anyone give me some equations or send me...