High-pressure high-resolution nuclear magnetic resonance. Effect of increased pressure on the proton chemical shift of biphenyl
Author:
Publisher
Elsevier BV
Subject
General Engineering
Reference24 articles.
1. High-pressure high-resolution nuclear magnetic resonance. Pressure dependence of the ring proton chemical shifts of substituted benzenes
2. Pressure‐resisting glass cell for high pressure, high resolution NMR measurement
3. Nuclear Magnetic Resonance at High Pressures
4. A proton magnetic resonance investigation of biphenyl
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1. High-Pressure NMR Study of cis-1,n-Disubstituted[n]paracyclophanes. Effect of Increased Pressure on the Hindered Internal Rotation;Journal of the American Chemical Society;2000-12-15
2. NMR Study of Pressure Effect on the Hindered Rotation incis-1,12-Disubstituted[12]paracyclophanes;Chemistry Letters;1996-06
3. Spinning glass cell for high‐pressure high‐resolution NMR measurements;Review of Scientific Instruments;1991-03
4. Glass Cell Method for High-Pressure, High-Resolution NMR Measurements. Applications to the Studies of Pressure Effects on Molecular Conformation and Structure;High Pressure NMR;1990
5. Effect of pressure on the internal rotation angle of biphenyl in carbon disulfide;The Journal of Chemical Physics;1988-11
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