Fiber Science / Edited by J. M Preston, and F. Scholefied
Publication details: Manchester The textile Institute c1949Description: 341 p. : ill. : 33 by 22 cmSubject(s): DDC classification:- 23 677.02832 FIB
| Item type | Current library | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
Book Open Access
|
Engineering Library | 677.02832 FIB 1 (Browse shelf(Opens below)) | 1 | Available | BUML23111970 | |
|
Book Open Access
|
Engineering Library | 677.02832 FIB 2 (Browse shelf(Opens below)) | 2 | Available | BUML23111965 |
Contents
Chapter 1
Introductory Survey
Fibres
Constitution of fibre-forming substance
Old micellar theory
Useful limits of Polymerization
Heterogeneity of chain length
The interaction of fiber structure and radiation
etc.
Chapter II
Macromolecular Structure
The diamond
Graphite
The electrovalent lattice
Covalent lattice
Linear macromolecules
etc.
Chapter III
The chemistry of cellulose, Amylose and chitin
Cellulose
Amylose
Chitin
Chapter IV
Chemistry of pectic acid and alginic acid
Pectic acid
Alginic acid
Applications and general properties of polyuronides
Chapter V
Protein fibers
Chapter VI
Synthetic Fibre-forming Polymers
Molecular weight
Linear symmetry
Orientation
Interchain attraction
etc.
Chapter VII
Swelling and Dispersion
Chapter VIII
The determination of Molecular weight and shape for high polymers in solutions
Analytical techniques
The colligative methods
Sedimentation
Asymmetric types of particles
Chapter IX
Wave mechanical considerations applicable to Fiber forming substances
Chapter X
The Optical properties of Fibres
Chapter XI
The study of Fibres by X-ray Diffraction methods
Interpretation of X-ray diffraction patterns
Texture of specimens
Synthetic fibres structure of
Cellulose fibres structure of
Protein fibres structure of
Chapter Xiii
Crystalline and Amorphous regions in Fibres
Moisture regain
Heat of absorption
Swelling
Moisture regain ,swelling and density relation between
Extensibility
Torsional rigidity
Crease resistance
Mechanical properties, effect of time on
Chapter XIV
The organization of the wall in plants in relation to the structure of fibres
The general morphology of a cell
Incrusting substances
The Organization of cellulose in cell walls
Chain orientation and physical properties
Swelling
Heat conductivity
Strength properties
Chapter XV
The fine structure of fiber in relation to dyeing and finishing
Physical characteristics as they affect dying of cellulose
Chemical characteristics as they affect the dyeing of cellulose
Attachment of direct dyes
Modification in dyes receptivity
Attempt to react dyes with the fibre
Attachment of dyes to acetate rayon
etc.
Chapter XVI
Survey of the chemistry of Keratin fibres
Variation in composition
Amino acid analysis
Reactivity Accessibility
Reactivity water
Reactivity Acids
Reactivity Alkalis
etc.
Chapter XVII
The chemistry of Synthetic Fibre-Forming Polymers
Condensation polymers
Polyamides
Polyesters
Polyureas
Addition Polymers
etc.
Includes: Index p. 335-341
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