ISSCG18

ETCS

The School includes 30 front lectures (1 h each) + 3 laboratory visits.
 
According to the European Credit Transfer and Accumulation System (ETCS), this corresponds to (at least) 3 credits. This may turn out useful especially to PhD students.
 
A certificate with the total lecture time and estimated credits will be handed to all participants at the end of the School.

 

 

 


Your account

 


LAST UPDATES:
  • School Info&Materials have been uploaded to your "Reserved area". New updates coming next week.
     
  • The School is eligible for ETCS credits. More info here.
     
  • Programme updated with "Lectures & Lecturers" list.
     

 


SPONSORED BY:
unipr imem-cnr
iocg aic

 


 

Copyright © 2022 ISSCG18


 
Topics: Crystals, crystal growth, epitaxy, solution growth, melt growth, substrate, MBE, LPE, VPE, thermodynamic, dislocations, point defects, twin, twinning, grain boundary, molecular beam, vapour phase epitaxy, liquid phase epitaxy, nucleation, non-conventional nucleation, epitaxial growth, thin films, thick film, nanowires, quantum well, quantum dot, biocrystallization, crystallization, multi-layer, vapour-liquid-solid, VLS, sputtering, pulsed laser deposition, PLD, pulsed electron deposition, PED, magnetic materials, hybrid materials, solar cells, semiconductors, substrate mismatch, kinetic factor, Jackson model, Temkin model, periodic bond chain, summer school, island nucleation, kink, step flow, Gibbs isotherm, wetting layer