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Atomic 3D Models

Find the best Atomic 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

Anonymous1777006816
Anonymous1776369018
Make a atomic computer
Anonymous1776171965
Anonymous1757954468
Anonymous1757728268
Anonymous1757028366
Anonymous1757028366
SAME AS THE PHOTO WITH SAME COLORS PROFESSIONAL NO MISTAKE
Anonymous1757001705
Anonymous1757028366
Create a 3D scientific visualization of Schrödinger's atomic model. The nucleus should be a small cluster of spheres in the center, representing protons and neutrons. Surrounding it, generate an electron cloud, not a solid shell. The cloud must look like a diffuse, semi-transparent glowing volume, showing the probability distribution of electrons: denser closer to the nucleus, gradually fading outward. Avoid smooth solid shapes; instead, use volumetric effects or layered gradients to represent the electron probability cloud. The model should look realistic, scientific, and accurate, suitable for an educational display. Export as a clean .glb model.
Anonymous1756340157
Create a 3D scientific visualization of Schrödinger's atomic model. The nucleus should be a small cluster of spheres in the center, representing protons and neutrons. Surrounding it, generate an electron cloud, not a solid shell. The cloud must look like a diffuse, semi-transparent glowing volume, showing the probability distribution of electrons: denser closer to the nucleus, gradually fading outward. Avoid smooth solid shapes; instead, use volumetric effects or layered gradients to represent the electron probability cloud. The model should look realistic, scientific, and accurate, suitable for an educational display. Export as a clean .glb model.
Anonymous1756340157
Create a 3D scientific model of Schrödinger's atomic model. The nucleus should be in the center, represented as a dense sphere made of protons and neutrons. Surrounding the nucleus, generate a realistic electron cloud instead of fixed orbits, with a diffuse, semi-transparent glowing effect. The electron cloud should look like a probability distribution with higher density closer to the nucleus and fading outward. The style should be accurate, realistic, and educational, suitable for a science exhibition. Export as a clean .glb 3D model.
Anonymous1756340157
Anonymous1755093295
Modelo atómico de Rutherford en el que se observen electrones y protones
Anonymous1755217093
Modelo atómico de Rutherford en el que se observen electrones y protones
Anonymous1755217093
Anonymous1754624631
Anonymous1754228485
Anonymous1753758872
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