. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Diffraction pattern of PbTe layer. Fig. 2. PbTe layer exposed to intense electron beam during 10-20 seconds. Magnification 6000. Fig. 3. PbTe layer exposed to intense electron beam longer than 20 seconds. Magnification 6800. rings of the NaCl type structure, the intensity of which is determined by the difference of atom factors. Thus, a crystal lattice of the kind proposed shows an electron diiTraction pattern corresponding to simple cubic structure with the lattice constant halved. Of the three analogous

GLIX-115-MA7A16

. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Diffraction pattern of PbTe layer. Fig. 2. PbTe layer exposed to intense electron beam during 10-20 seconds. Magnification 6000. Fig. 3. PbTe layer exposed to intense electron beam longer than 20 seconds. Magnification 6800. rings of the NaCl type structure, the intensity of which is determined by the difference of atom factors. Thus, a crystal lattice of the kind proposed shows an electron diiTraction pattern corresponding to simple cubic structure with the lattice constant halved. Of the three analogous
A képet csak az alábbi országokban használhatja fel:
Magyarország
Kollekció

GLIX Prime

Novel Use

Fotós / Szerző

The Bookworm Collection

Leírás

. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Diffraction pattern of PbTe layer. Fig. 2. PbTe layer exposed to intense electron beam during 10-20 seconds. Magnification 6000. Fig. 3. PbTe layer exposed to intense electron beam longer than 20 seconds. Magnification 6800. rings of the NaCl type structure, the intensity of which is determined by the difference of atom factors. Thus, a crystal lattice of the kind proposed shows an electron diiTraction pattern corresponding to simple cubic structure with the lattice constant halved. Of the three analogous

Licenc: Rights Managed

Jelentkezzen be a letöltéshez!