Crystallization from amorphous structure to hexagonal quantum dots induced by an electron beam on CdTe thin films

Engineering & Materials Science

• Electron beams 99%
• Crystallization 91%
• Transmission electron microscopy 86%
• X ray diffraction 82%
• Thin films 79%
• Quantum confinement 77%
• Cadmium telluride 69%
• Amorphous films 68%
• Diffraction patterns 59%
• Band structure 58%
• Sputtering 53%
• Energy gap 47%
• Crystalline materials 43%
• Glass 33%
• Substrates 29%
• Temperature 16%

Physics & Astronomy

• wurtzite 83%
• quantum dots 64%
• crystallization 64%
• electron beams 60%
• transmission electron microscopy 55%
• cadmium tellurides 52%
• cells 45%
• thin films 43%
• energy bands 39%
• x rays 37%
• diffraction patterns 34%
• sputtering 32%
• grain size 31%
• computer programs 30%
• broadband 29%
• glass 24%
• room temperature 23%
• diffraction 22%

Chemistry

• Amorphous Structure 100%
• Electron Beam 91%
• Quantum Dot 74%
• Hexagonal Space Group 66%
• Crystallization 58%
• Amorphous Material 58%
• Volume 32%
• Sputtering 30%
• Electronic Band Structure 28%
• X-Ray Diffraction 27%
• Glass Substrate 27%
• Liquid Film 27%
• Grain Size 26%
• Electron Microscopy 24%
• Band Gap 21%
• Transmission Electron Microscopy 18%
• Ambient Reaction Temperature 15%
• Electron Particle 15%
• Crystal Structure 13%
• Time 10%