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The technique of single-crystal X-ray crystallography has three basic steps. The first—and often most difficult—step is to obtain an adequate crystal of the material under study. The crystal should be sufficiently large (typically larger than 0.1 mm in all dimensions)
I must admit I like to see things like this even more so when we have many members on here constantly accusing mainstream science of being misleading, telling lies and other such BS.
Originally posted by boncho
ie, how an electron acts in an atom. Or the electron cloud in general.
Originally posted by boncho
*My study partner had big (oYo)
For those that did chemistry at school ( I was a physics guy) you may remember drawings like this
Originally posted by Shadoefax
Originally posted by boncho
ie, how an electron acts in an atom. Or the electron cloud in general.
I've always been taught that electrons exist in "clouds" and were essentially invisible. But a little bit of googling shows that electrons were photographed as early as 2008.
Originally posted by boncho
*My study partner had big (oYo)
I've gotta ask ... What are (oYo)s? Is it what I think it is (i.e., cajones, gonads, Prairie Oysters)?
Originally posted by AthlonSavage
reply to post by wmd_2008
Im no chemistry whix but i am aware that X-ray diffraction is used to obtain structural information about crystalline solids, and the first diffraction pattern of a crystal made in early 1900s.
The X-ray crystallography is based a method used (based on X-ray) diffraction for determining the atomic and molecular structure of a crystal. The technique was developed from 1912 to 20 according to wiki.
en.wikipedia.org...
Therefore its not like they just photographed this and now comparing it with text book as your OP implies they already had developed visual models on atomic structure of molecules using this X-ray crystallography.