1. Home
  2. Detail

@l.bs349: SLight Tower - Căn hộ mặt sông đẹp nhất Nam Đà Nẵng #slighttower #canho29thang3 #sungroup #danang

Lệ BĐS
Lệ BĐS
Open In TikTok:
Region: VN
Saturday 27 June 2026 03:13:07 GMT
209
1
0
2

Music

Download

No Watermark .mp4 (1.27MB) No Watermark(HD) .mp4 (1.27MB) Watermark .mp4 (0MB) Music .mp3

Comments

There are no more comments for this video.
To see more videos from user @l.bs349, please go to the Tikwm homepage.

Other Videos

#cute #chiyeuminhanh #xh #setquatang
#cute #chiyeuminhanh #xh #setquatang




Respondendo a @iguin #modocarreirajogador
Respondendo a @iguin #modocarreirajogador


Here we show the diffraction through sharp wege for the case of a gaussian packet representing a particle. We use Schrödinger's equation for ħ/2m = 0.01 and model the barrier using a smoothed square potential to reflect the wave. We can see the particle splits in two along with a diffraction pattern around it and some reflected waves. The domain is periodic with size 2x1.2 but cropped to 1x1 to prevent the re-entry of the wave function. The particle wavelength is λ=0.05 and the timestep is chosen to be dt=1.25e-4 to solve the high-frequency oscillations of the wavefunction Ψ (not visible here as we are showing |Ψ| for clarity). #physics #mathematics #differentialequations #calculus #visualization #numericalmethods #simulation #quantumphysics #diffraction
Here we show the diffraction through sharp wege for the case of a gaussian packet representing a particle. We use Schrödinger's equation for ħ/2m = 0.01 and model the barrier using a smoothed square potential to reflect the wave. We can see the particle splits in two along with a diffraction pattern around it and some reflected waves. The domain is periodic with size 2x1.2 but cropped to 1x1 to prevent the re-entry of the wave function. The particle wavelength is λ=0.05 and the timestep is chosen to be dt=1.25e-4 to solve the high-frequency oscillations of the wavefunction Ψ (not visible here as we are showing |Ψ| for clarity). #physics #mathematics #differentialequations #calculus #visualization #numericalmethods #simulation #quantumphysics #diffraction

About

Legal