Crystal structure and magnetic properties of the Ba₃TeCo ₃P₂O₁₄, Pb₃TeCo₃P ₂O₁₄, and Pb₃TeCo₃V ₂O₁₄ langasites

Chemical Compounds

• P321 100%
• Nuclear Structure 95%
• Magnetic Transition 85%
• Pyroelectricity 84%
• Magnetic Structure 79%
• Neutron Diffraction 63%
• Heat Capacity 61%
• Magnetic Susceptibility 58%
• Antiferromagnetic 58%
• Magnetic Field 56%
• Magnetization 56%
• Mineral 48%
• Magnetic Property 48%
• Space Group 44%
• Crystal Structure 30%

Engineering & Materials Science

• Crystal structure 77%
• Magnetic properties 73%
• Neutron powder diffraction 67%
• Magnetic susceptibility 48%
• Magnetic structure 46%
• Synchrotrons 40%
• Magnetization 35%
• Zinc 32%
• Specific heat 31%
• Minerals 30%
• Magnetic fields 26%
• Temperature 12%

Physics & Astronomy

• crystal structure 47%
• magnetic properties 42%
• nuclear structure 33%
• triangles 31%
• minerals 29%
• zinc 26%
• synchrotrons 26%
• analogs 24%
• specific heat 23%
• magnetic permeability 22%
• neutrons 20%
• magnetization 19%
• characterization 16%
• diffraction 16%
• magnetic fields 15%
• temperature 8%