High pressure neutron diffraction study of the quasi-one-dimensional cuprate Sr2CuO3

Engineering & Materials Science

• Neutron diffraction 100%
• Crystal structure 59%
• Compressibility 52%
• Neutron powder diffraction 52%
• Substitution reactions 46%
• Rietveld method 44%
• Electronic properties 36%
• Bond length 34%
• Band structure 32%
• Negative ions 31%
• Vacancies 31%
• Pressure effects 31%
• Solid solutions 26%
• Availability 16%
• Temperature 9%

Physics & Astronomy

• cuprates 71%
• compressibility 67%
• neutron diffraction 66%
• substitutes 55%
• crystal structure 55%
• pressure effects 39%
• availability 35%
• anions 32%
• solid solutions 28%
• neutrons 23%
• room temperature 19%
• diffraction 18%
• electronics 18%

Chemistry

• Neutron Diffraction 73%
• Compressibility 40%
• Pressure 40%
• Diffraction Method 22%
• Substitution Reaction 22%
• Crystal Structure 17%
• Rietveld Refinement 17%
• Bond Length 15%
• Solid Solution 14%
• Electronic Property 14%
• Anion 10%
• Ambient Reaction Temperature 9%