Condensed Matter Physics - Crystallography : Miller Indices and Directions In Crystal Lattice
The direction of a line in a lattice is defined by assigning certain indices to this line. If the line passes through the origin, its indices are determined by taking a point on this line and finding out the projections of the vectors drawn from the origin to that point on the crystallographic axes. In this video this concept has been discussed in detail with proper examples in case of a cubic crystal. This concept is basically very important in dealing with the anisotropic properties of the crystals.
Complete Playlist for Condensed Matter Physics - • Statistical Mechanics
If you want to support this channel, then you can become a member or donate here- https://www.buymeacoffee.com/advanced...
This is completely voluntary, these donations can help increase the quality of the videos and the lectures overall.
Stay Curious, Keep Learning! Become a member- / @advancedphysics
Watch video Condensed Matter Physics - Crystallography : Miller Indices and Directions In Crystal Lattice online without registration, duration hours minute second in high quality. This video was added by user Advanced Physics 01 January 1970, don't forget to share it with your friends and acquaintances, it has been viewed on our site 617 once and liked it 18 people.