A study of polymer dynamics by solid-state NMR /John Nobleman, PhD, Professor, LaGuardia and City College University of New York, (CUNY), NY, USA.
Nobleman, John,
A study of polymer dynamics by solid-state NMR /John Nobleman, PhD, Professor, LaGuardia and City College University of New York, (CUNY), NY, USA. - 1 online resource. - Polymer Science and Technology Ser. .
Includes bibliographies and index.
"Research on the dynamic properties and related molecular reorientation processes in polymer chains has attracted special attention in recent years. The solid-state nuclear magnetic resonance (SSNMR) is one of the most important complementary techniques in the scientific testing of macromolecules. When polymer molecules make reorientation motions, a fluctuating local magnetic field is generated. Thus, the shape of the resonance line emerges as a function of temperature and reveals the activation energy of the polymer chain"--
9781536198034
2021029354
Polymers--Microscopy.
Polymers--Structure.
Nuclear magnetic resonance.
Molecular dynamics.
Electronic Books.
QD381 / .S783 2021
A study of polymer dynamics by solid-state NMR /John Nobleman, PhD, Professor, LaGuardia and City College University of New York, (CUNY), NY, USA. - 1 online resource. - Polymer Science and Technology Ser. .
Includes bibliographies and index.
"Research on the dynamic properties and related molecular reorientation processes in polymer chains has attracted special attention in recent years. The solid-state nuclear magnetic resonance (SSNMR) is one of the most important complementary techniques in the scientific testing of macromolecules. When polymer molecules make reorientation motions, a fluctuating local magnetic field is generated. Thus, the shape of the resonance line emerges as a function of temperature and reveals the activation energy of the polymer chain"--
9781536198034
2021029354
Polymers--Microscopy.
Polymers--Structure.
Nuclear magnetic resonance.
Molecular dynamics.
Electronic Books.
QD381 / .S783 2021