Preparation and Properties of Layered Transition Metal Dichalcogenide Compounds Intercalated with Organic MoleculesStanford University, 1971 - 250 pages |
Contents
B Crystal Structure and Properties | 5 |
VIbCr Mo | 12 |
Preparation of MX2 Compounds | 24 |
1 other sections not shown
Common terms and phrases
2H-TaS₂ a.c. susceptibility aliphatic amine aniline anion annealing anti-bonding axis binding energy bonding orbitals c-axis calation chalcogen chemical cm³ coils collidine copper cryostat crystals decrease dewar diamagnetic dichalcogenides donating electrons exfoliation extrapolation field group Vb He³ heat capacity heat capacity measurements hexagonal increases inter intercalation complexes interlayer shorts large number layered chalcogenides layered compounds layered structures Lewis base lone pair low temperatures magnetic metal atoms mixed cation molecular molecules MoS2 MX2 unit NbS2 NH₂ nitrogen observed obtained octadecylamine octahedral onset perpendicular phase phonon plane polytypes powder reaction room temperature sample holder sample support tube semiconductors shown in Fig starting material stoichiometry substituted pyridine sulfur superconducting susceptibility transition Table TaS₂ TaS2 layer TaS₂ pyridine)1/2 Thermogravimetric analysis thick TiS2 transition metal transition width transporting agent trigonal trigonal prismatic unit cell valence band valve vapor pressure Vb compounds voltage Waals orbitals x-ray diffractograms