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Electron crystallography of linear polymers

Dorset, D. L.

Abstract As a tool for the qualitative description of morphology, the electron microscope has enjoyed a long use in polymer science, as can be appreciated by examination of a recent monograph [1]. Similarly, the selected area electron diffraction mode of the electron microscope has been frequently employed for the determination of unit cell constants and symmetry for thin lamellar crystals [2]. This exploits the enhanced scattering cross-section of matter for electrons which enables these thin lamellar plates to be examined as single crystals [3]. What is not generally appreciated is that the electron microscope can also be employed as an instrument for the quantitative determination of linear polymer crystal structures [4].

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Electron crystallography of linear polymers

Dorset, D. L.

Abstract As a tool for the qualitative description of morphology, the electron microscope has enjoyed a long use in polymer science, as can be appreciated by examination of a recent monograph [1]. Similarly, the selected area electron diffraction mode of the electron microscope has been frequently employed for the determination of unit cell constants and symmetry for thin lamellar crystals [2]. This exploits the enhanced scattering cross-section of matter for electrons which enables these thin lamellar plates to be examined as single crystals [3]. What is not generally appreciated is that the electron microscope can also be employed as an instrument for the quantitative determination of linear polymer crystal structures [4].

Electron crystallography of linear polymers

Dorset, D. L.

Abstract As a tool for the qualitative description of morphology, the electron microscope has enjoyed a long use in polymer science, as can be appreciated by examination of a recent monograph [1]. Similarly, the selected area electron diffraction mode of the electron microscope has been frequently employed for the determination of unit cell constants and symmetry for thin lamellar crystals [2]. This exploits the enhanced scattering cross-section of matter for electrons which enables these thin lamellar plates to be examined as single crystals [3]. What is not generally appreciated is that the electron microscope can also be employed as an instrument for the quantitative determination of linear polymer crystal structures [4].

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Title:

Electron crystallography of linear polymers

Contributors:

Dorset, D. L. (author)

Published in:

Characterization of Solid Polymers ; 1-16

Publication date:

1994-01-01

Size:

16 pages

ISBN:

978-94-010-4550-6 , 978-94-011-1262-8

DOI:

https://doi.org/10.1007/978-94-011-1262-8_1

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Electron Diffraction , Linear Polymer , Electron Diffraction Data , Trimethylene Terephthalate , Electron Crystallography Chemistry , Industrial Chemistry/Chemical Engineering , Characterization and Evaluation of Materials , Polymer Sciences

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