Space nitrogen 3d models
3dmdb logo

6 space nitrogen 3d models found

Download or buy, then render or print from the shops or marketplaces. 3D Models below are suitable not only for printing but also for any computer graphics like CG, VFX, Animation, or even CAD. You can print these 3d models on your favorite 3d printer or render them with your preferred render engine. Please note that the 3D model database is only a Search Engine. You should visit the original websites. Most of the models can be easily imported and rendered with Autodesk 3ds Max, Maya, Blender, C4D, and Sketchup. Check for online 3d model conversions tools for your file format.
cults
free
Space-filling molecular models: Nitrogen expansion set

Space-filling molecular models: Nitrogen expansion set

...ely charged. use the appropriate carbon atoms for this, in of course the appropriate color (they're the same size and shape).
cults
free
Space-filling molecular models: Halogen expansion set

Space-filling molecular models: Halogen expansion set

...of them are several times larger than carbon or nitrogen granted they are further down the periodic table so...
cults
free
Space-filling molecular models: Aromatic expansion set

Space-filling molecular models: Aromatic expansion set

...to help tell them from the six-membered ones). usually nitrogen can't bond to atoms outside the ring because generally...
cults
free
Space filling molecular models: Starter set

Space filling molecular models: Starter set

...contribution represents a starter set with tetrahedral carbon, oxygen, nitrogen and two sizes of hydrogen. "why two sizes of...
cults
free
Space-filling molecular models: Caffeine Adventure Set

Space-filling molecular models: Caffeine Adventure Set

...carbon6s. snap these to the exposed sockets of the nitrogen. add the last hydrogen to the carbon5ph1 and you're...
cults
free
Space-filling molecular models: Carbon expansion set

Space-filling molecular models: Carbon expansion set

...you can only bond them to another carbon or nitrogen resulting in something completely symmetrical, no one can tell...