Can 3-D image of a crystal be seen or photographed, showing different ions/atoms?

Question

Crystals are made up of anions and cations or different atoms arranged as per lattice of the crystal structure. Is the lattice only an imaginary idea or it is real. What is occupied between the inter atomic space in the lattice, the spacing can be more that the ionic radi.

Answer 1

Lattice is not an imaginary idea. You can take photos of them, and the 3d effect can be captured, and later reproduced. There are several methods of doing this.

One of it is by passing radiations and observing pattern. By studying the pattern you can make out.

Answer 2

I'm relatively sure that this "lattice" is a real structure, thats what gives crystals their distinct shapes. i.e. Some crystals form in a 4 sided shape, while others form in a six sided shaped.

As for photographing it, some electron microscopes can photograph in 3-d at an atomic level.

Answer 3

The latus is very real, atomic structures can be mathmaticly calculate by understanding how the atoms making up the mass act in certain situations. As for photographing them, it would require equipment, like a electron microscope, that can magnify to nearly the atomic and subatomic level of the crystal structure your trying to photograph.

Answer 4

there is no "atheist media." and that i stumble upon it superb that you declare the "atheist media" is suppressing something, then link to articles about what you declare is being suppressed. Oops. i can make a three-D photo out of *any* 2d photo -- a portray, a photo, something (I did 3-D programming for over 2 a lengthy time period, turning 2d images into 3-D change into area of my pastime, and this is trivially basic). Doing so does not element out that the unique photo change into inherently "3-D." The shroud is a shown center-a lengthy time period forgery. those nevertheless attempting to declare in the different case are being dishonest, and are typically really attempting to hang onto irrational idea it truly is not justified by info.