'Atomic planes' presentation slideshows

Minerals

Minerals. Take-Away Points. Chemical elements form in stars Atoms bond by sharing electrons Minerals are classified by their chemistry Minerals can be identified by their physical properties = atomic structure Silicates are the most important mineral group

857 views • 67 slides

some things you might be interested in knowing about Graphene

some things you might be interested in knowing about Graphene. height. length. width. All Natural Object/Materials Are 3D. quasi-2D. 3D. quasi-1D. quasi-0D. NO Bottom-Up Approach. 400 carbon atoms at 2000 K. growth means temperature means violent vibrations in 2D.

861 views • 64 slides

Minerals

Minerals. Essential Points. Chemical elements form in stars Atoms bond by sharing electrons Minerals are classified by their chemistry Minerals can be identified by their physical properties = atomic structure Silicates are the most important mineral group

558 views • 40 slides

Minerals

Minerals. Essential Points. Chemical elements form in stars Atoms bond by sharing electrons Minerals are classified by their chemistry Minerals can be identified by their physical properties = atomic structure Silicates are the most important mineral group

553 views • 40 slides

594 views • 36 slides

Physical Properties of Minerals

Physical Properties of Minerals. Physical Properties. Color of Minerals Idiochromatic color color caused by elements in chemical formula--Cu in malachite and azurite and Mn in rhodochrosite. Chromaphore color

981 views • 30 slides

336 views • 17 slides

Basics of X-Ray Diffraction Self-User Training for the X-Ray Diffraction

628 views • 17 slides

Lecture 20 X-Ray Diffraction (XRD)

Lecture 20 X-Ray Diffraction (XRD). Theory and Analytical Technique. X-Ray Analysis. X-rays discovered in 1895 Fundamental to understanding of crystal structure and symmetry

562 views • 14 slides