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@garvee034: Caption Tired of bending over to garden or fighting weeds in your yard? This Garvee galvanized metal raised garden bed is the perfect gardening upgrade! This 48x24x56 inches silver elevated planter box comes with sturdy legs and a matching protective cover. ✅ Built-in legs save your back from constant kneeling and bending ✅ Galvanized metal frame is rust-resistant for long-term outdoor use ✅ Protective cover shields plants from harsh sun, pests and bad weather ✅ Spacious growing area fits vegetables, flowers, herbs and small shrubs Works perfectly for backyard planting, patio green spaces and small balcony gardens. Tap the link in bio to build your easy-care home garden today 🌱 #GarveeGarden #RaisedGardenBed #ElevatedPlanter #BackyardGardening #PatioPlants #BalconyGarden #GardenSupplies #HomeGrownVeggies

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Wednesday 24 June 2026 03:35:55 GMT
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We use the scalar wave equation to simulate diffraction of an incoming plane wave through a glass sphere of refractive index n=1.5. The propagation velocity is c=1 outside the sphere and c=1/n~0.66 inside the sphere, generating refraction when the wavefront reaches the sphere. We see three different phenomena: reflection off the sphere, bouncing inside the sphere (this process is technically infinite) and diffraction both inside and outside the sphere. We can also notice some kind of focusing effect towards the right edge of the sphere. The domain is periodic with size 2x2 but cropped to 1x1 to prevent the re-entry of waves. The wavelength is chosen to be λ=0.05 and the sphere radius is R=0.2. We have chosen a timestep of dt=1e-3. #physics #mathematics #differentialequations #calculus #visualization #numericalmethods #simulation #diffraction #waves
We use the scalar wave equation to simulate diffraction of an incoming plane wave through a glass sphere of refractive index n=1.5. The propagation velocity is c=1 outside the sphere and c=1/n~0.66 inside the sphere, generating refraction when the wavefront reaches the sphere. We see three different phenomena: reflection off the sphere, bouncing inside the sphere (this process is technically infinite) and diffraction both inside and outside the sphere. We can also notice some kind of focusing effect towards the right edge of the sphere. The domain is periodic with size 2x2 but cropped to 1x1 to prevent the re-entry of waves. The wavelength is chosen to be λ=0.05 and the sphere radius is R=0.2. We have chosen a timestep of dt=1e-3. #physics #mathematics #differentialequations #calculus #visualization #numericalmethods #simulation #diffraction #waves
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#mero juna#11months
#mero juna#11months


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