Micro- and macroconformation of macromolecules

Krüger, J. K. ; Albers, J. ; Möller, M. ; Cantow, H. -J.
Springer
Published 1981
ISSN:
1436-2449
Source:
Springer Online Journal Archives 1860-2000
Topics:
Chemistry and Pharmacology
Mechanical Engineering, Materials Science, Production Engineering, Mining and Metallurgy, Traffic Engineering, Precision Mechanics
Physics
Notes:
Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
Type of Medium:
Electronic Resource
URL:
_version_ 1798296232690450432
autor Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
autorsonst Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
book_url http://dx.doi.org/10.1007/BF00265156
datenlieferant nat_lic_papers
hauptsatz hsatz_simple
identnr NLM203091027
issn 1436-2449
journal_name Polymer bulletin
materialart 1
notes Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
package_name Springer
publikationsjahr_anzeige 1981
publikationsjahr_facette 1981
publikationsjahr_intervall 8019:1980-1984
publikationsjahr_sort 1981
publisher Springer
reference 5 (1981), S. 131-135
search_space articles
shingle_author_1 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
shingle_author_2 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
shingle_author_3 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
shingle_author_4 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
shingle_catch_all_1 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
Micro- and macroconformation of macromolecules
Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
1436-2449
14362449
Springer
shingle_catch_all_2 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
Micro- and macroconformation of macromolecules
Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
1436-2449
14362449
Springer
shingle_catch_all_3 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
Micro- and macroconformation of macromolecules
Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
1436-2449
14362449
Springer
shingle_catch_all_4 Krüger, J. K.
Albers, J.
Möller, M.
Cantow, H. -J.
Micro- and macroconformation of macromolecules
Summary Cyclotetracosane exhibits complex phase behaviour in the solid state as well as in the melt as evidenced by complementary methods, DSC, BRILLOUIN scattering, dielectric constant and PE-MAS 13c-NMR. Three solid phases have been verified, one of them — within the range from 299.5 to 312 K — exhibits extremely high molecular mobility. Between the start of melting, 312 K, and the first order transition at ∼ 321 K a mesomorphic type region develops. Two additional transitions have been detected in the melt. That occuring at 361 K (DSC), 356 K (BRILLOUIN data) resembles the Tu as observed in n-alkanes.
1436-2449
14362449
Springer
shingle_title_1 Micro- and macroconformation of macromolecules
shingle_title_2 Micro- and macroconformation of macromolecules
shingle_title_3 Micro- and macroconformation of macromolecules
shingle_title_4 Micro- and macroconformation of macromolecules
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titel Micro- and macroconformation of macromolecules
titel_suche Micro- and macroconformation of macromolecules
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