the INTEGRAL MULTIPLE OF WAVELENGTH =PATH DIFFERENCE BETWEEN TWO SUCCESIVE X-RAYS
THIS IS THE MAIN POINT IN BRAGGS EQUATION
RAKESH CHINDAM
Last Activity: 9 Years ago
Braggs equation isP { margin-bottom: 0.21cm; }
nλ=2d sinθ
raju p
Last Activity: 9 Years ago
n×lamda = 2dsin is the braggs equation simply we can describe braggs equation the integral multiple of wavelength is equals to path diffrence of two successive x-rays
SHANMUKESHWAR
Last Activity: 9 Years ago
nλ=2dsinθ
Gavvala Ganesh
Last Activity: 9 Years ago
Braggs equation is P { margin-bottom: 0.21cm; }
nλ=2d sinθ
L GOUSE BASHA
Last Activity: 9 Years ago
Braggs equation isP { margin-bottom: 0.21cm; }
nλ=2d sinθ
L GOUSE BASHA
Last Activity: 9 Years ago
the INTEGRAL MULTIPLE OF WAVELENGTH =PATH DIFFERENCE BETWEEN TWO SUCCESIVE X-RAYS
THIS IS THE MAIN POINT IN BRAGGS EQUATIONnλ=2d sinθ
KUNCHAM SAMPATH
Last Activity: 9 Years ago
the INTEGRAL MULTIPLE OF WAVELENGTH =PATH DIFFERENCE BETWEEN TWO SUCCESIVE X-RAYS
THIS IS THE MAIN POINT IN BRAGGS EQUATION
gangaraju
Last Activity: 9 Years ago
THE RELATION BETWEEN THE WAVE LENGTH OF THE X-RAY,AND DISTANCE BETWEEN TWO LAYERS IS GIVEN BY THE BRAGGS EQUATIONnλ=2d sinθ
gangaraju
Last Activity: 9 Years ago
It is a concept from chemistry in which electrons move from an atomic orbital on one atom to a π antibonding orbital on a π-acceptor ligand.
T.kumar
Last Activity: 9 Years ago
braggs equations:
it is defined as the two indivisual rays is integral multipul of wavelenth is called braggs equations.
n lambda=2dsin teta
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