space filling models

DNA Space Filling Model

"I thought one of the points of space-filling models was to tell when things get too close together." True, but they don't crowd other atoms that much, and atomic orbitals seem to be more compliant than ABS (it would be interesting to try using...

"I thought one of the points of space-filling models was to tell when things get too close together." True, but they don't crowd other atoms that much, and atomic orbitals seem to be more compliant than ABS (it would be interesting to try using...

What better way so show your love for your favorite chemist than with a space-filling molecular model of a molecule that just happens to look like a lacy valentine! Just think, if you were to give your true love a single gram of phenanthrene, they...

On another note, space filling models are based on two measurements; the covalent radius, which is the distance between atoms. and the Van der Waals radius, which gives the diameter of the atom itself. The covalent radii can be calculated quite...

On another note, space filling models are based on two measurements; the covalent radius, which is the distance between atoms. and the Van der Waals radius, which gives the diameter of the atom itself. The covalent radii can be calculated quite...

Space-filling molecular models are valuable when you want to show that actual volume a molecule occupies, as opposed to its connectivity. Nowadays this is done mostly using computer graphics, but this doesn't give you something you can pass around...

Space-filling molecular models are valuable when you want to show that actual volume a molecule occupies, as opposed to its connectivity. Nowadays this is done mostly using computer graphics, but this doesn't give you something you can pass around...

What better way so show your love for your favorite chemist than with a space-filling molecular model of a molecule that just happens to look like a lacy valentine! Just think, if you were to give your true love a single gram of phenanthrene, they...

Nitrogen generally can make three bonds to other atoms, but it has one pair of electrons which do not take part in the bonds but which also have to take up space. The three bonds and the "lone pair" electrons generally take the form of a tetrahedron,...

Nitrogen generally can make three bonds to other atoms, but it has one pair of electrons which do not take part in the bonds but which also have to take up space. The three bonds and the "lone pair" electrons generally take the form of a...

In that case, use the appropriate carbon model and print it in your nitrogen color. (they're the same size and shape). You frequently get two rings joined together; this lets the delocalized electrons extend over both rings, which results in a...

In that case, use the appropriate carbon model and print it in your nitrogen color. (they're the same size and shape). You frequently get two rings joined together; this lets the delocalized electrons extend over both rings, which results in a...

In that case, use the appropriate carbon model and print it in your nitrogen color. (they're the same size and shape). You frequently get two rings joined together; this lets the delocalized electrons extend over both rings, which results in a...

(I like the BORN color scheme better.) This is an add-on to allow creating alpha helices of proteins in combination with: https://www.thingiverse.com/thing:1720048 https://www.thingiverse.com/thing:1730299 After printing Harfigger's really awesome...

This gives you an idea of how much space sulfur takes up, which is really the purpose of space-filling models anyway. If someone's thesis depends on this being right, we can talk. As another example of sulfur compounds I have included sulfathiazole,...

This gives you an idea of how much space sulfur takes up, which is really the purpose of space-filling models anyway. If someone's thesis depends on this being right, we can talk. As another example of sulfur compounds I have included...

DNA

A space filling molecular model of Bradykinin. ...https://en.wikipedia.org/wiki/Bradykinin

The electrons from the adjacent atoms probably fill in the extra space, so the model of copper chloride on the right is probably more accurate than the one on the left. That chlorine model doesn't play well with the other atoms though (it's also...

Here, in one place is all you need to make everyone's favorite molecule, caffeine. Caffeine is an interesting molecule chemically because it is made up of a 5-membered ring which is aromatic (a chemspeak term for a 5 or 6-membered ring which is...

Here, in one place is all you need to make everyone's favorite molecule, caffeine. Caffeine is an interesting molecule chemically because it is made up of a 5-membered ring which is aromatic (a chemspeak term for a 5 or 6-membered ring which is...

how to turn well known youtuber's meme into something awesome? ...make a model of it! this is a simple 3d model though... anyway! feel free to use this in any project you like! but let me know before hand! ...

It is a recursive process that eventually fills the entire space using one continuous line. See https://en.wikipedia.org/wiki/Hilbert_curve for more information. This thing holds the STL-files for the first four recursion levels. Although normally...

If you print enough of these two parts you can fill up the universe! One scutoid is actually a pentagon to rhombus transition (5-->4) instead of the typical hexagon to pentagon transition (6-->5). I'm still uncertain if the geometric...

First stage of space filling array in sqrt phi field. Five- fold rotational symmetry about a single axis, has planes of reflection symmetry. ...Made with vZome.

This is a sample openscad file which given a text string and a constriction on the x space available and the y space available sizes that string to fill the space. ... It appears that the customizer does not handle the liberation mono font properly so...

... King Size Cookie Cutters! : ) Check out other space-filling cookie cutter designs: https://www.youtube.com/@KingSizeCookieCutters https://www.facebook.com/KingSizeCookieCutters 360° Preview: https://www.youtube.com/shorts/6mcZnNBWqj0 OneSizeCutsAll

Summary"A space-filling polyhedron, sometimes called a plesiohedron, is a polyhedron which can be used to generate a tessellation of space." What that basically means is that these two polyhedrons, when paired together, can create an infinite pattern...

"A space-filling polyhedron, sometimes called a plesiohedron, is a polyhedron which can be used to generate a tessellation of space." What that basically means is that these two polyhedrons, when paired together, can create an infinite pattern of...