Blender files for three dimensional models. Verified from hydrogen to zinc on March 12, 2024. Rev. Sept. 2025.
The first figure shows oxygen and neon have double helix shapes of proton lines.
Hydrogen Link to file, 1.3 MByte, blue proton
Helium 3D model file
Lithium 1.3 MByte, white proton, orange neutron
The carbon nuclear shape was presented at the American Physical Society April Meeting in 2022 at New York City, on Broadway at the Marriott Marquise Hotel in a poster session. Here is the poster:
Elements Z=7 to 12 atomic number
This page offers .blend files made from .xyz files.
Nitrogen blender file, picture at left, implying “triple bond” using white protons, black neutrons
Z = 13 14 15 atomic number
from aluminum to phosphorus in 3 image previews. Blue protons, yellow neutrons.
Z = 16 17 18 atomic numbers
These elements were examined for quality and accuracy in a visual inspection in Blender, based on the .xyz file.
Z = 19 20 21 for these chemical elements
Elements from H to Sc are error free and some edits were made, compared to the book’s data (Charge distributions on the nuclei). The tables in that book are the basis of the .xyz files. Using blue protons and yellow neutrons
Atomic Number Z = 22, 23, 24 are ready
3D Blender files and images from .xyz files. March 5, 2024
titanium Blender file is ready! March 5, 2024
vanadium file is ready
chromium file using blue protons and yellow neutrons.
Z = 25, 26, 27 ready
3D Blender CAD files (Computer Aided Design) October 26, 2024
manganese-55 is ready to download
iron-57 blender file 1.5MByte
cobalt-59 file using blue protons and yellow neutrons.
Z = 28, 29, 30
3D Blender CAD files (Computer Aided Design) Ni, Cu, Zn inspected with blender, gallium not ready, elements that are not ready can be used from this .xyz file link.
Z = 32, 33, 34
3D Blender CAD files (Computer Aided Design) Ge and arsenic are confirmed . April 17, 2024
Z = 35, 36, 37
3D Blender CAD files (Computer Aided Design) Starting… April 17, 2024
bromine not ready
krypton not ready
rubidium not ready
Z = 39, 40 and 48 as examples
3D Blender CAD files (Computer Aided Design)
Z = 50 and 53 as examples
3D Blender CAD files (Computer Aided Design) Sn and I-127
Sn-120 blender file is ready on September 21, 2025, Alan Folmsbee, MSEE
I-127 Blender file from xyz file nuclei_118_O.txt
Z = 54, 72 and 92 as examples
3D Blender CAD files (Computer Aided Design) Xe, Hf and U have small errors. Using blue protons and yellow neutrons. February 25, 2024
Z = 55, 56, 57
3D Blender CAD files (Computer Aided Design) Cs, Ba, La using blue protons and yellow neutrons.
Z = 58 59 60
3D Blender CAD files (Computer Aided Design) Ce Pr and Nd using blue protons and yellow neutrons.
Z = 78 79 80
3D Blender CAD files (Computer Aided Design) Pt Au Hg using blue protons and yellow neutrons. Only Pt is ready.
Z = 64 65 66
3D Blender CAD files (Computer Aided Design) Gd Tb Dy using blue protons and yellow neutrons. Only Gd is ready.
Z = 88
3D Blender CAD files (Computer Aided Design) radium Ra using blue protons and yellow neutrons. Link to radium.xyz file. Link to Blender file.
Z = 109, 110 darmstadtium, 111
3D Blender CAD files (blue protons, yellow neutrons)
Z = 100, 112, 118
Introducing some of the heaviest examples of nuclei, based on the .xyz text files. You can get the Rev. K nuclear data .xyz files of all elements from this link. The file name is nuclei_118_K.xyz or .txt. Then you can import elements into Blender’s menu using the .xyz file format.
fermium-257 Blender file
copernicium-285 file using blue protons and yellow neutrons.
oganesson-294 file 1.73 megabytes
Nuclear Theory Data 