Abstract

Keywords
Get full access to this article
View all access options for this article.
References
1.
Feughelman
M.
, Creep of Wool Fibres in Water , J. Textile Inst.
45 , T630 –T641 (1954 ).
2.
Feughelman
M.
, The Mechanical Properties of Set Wool Fibres and the Structure of Keratin , J. Textile Inst.
51 , T589 –T602 (1960 ).
3.
Feughelman
M.
Haly
A. R.
, Mechanical Properties of Wool Keratin and its Molecular Configuration , Kolloid Z.
168 , 107 –115 (1960 ).
4.
Haly
A. R.
Feughelman
M.
, Stress Changes at Constant Strain and Hydrogen Bonding in Keratin Fibres , J. Textile Inst.
51 , T575 –T588 (1960 ).
5.
Haly
A. R.
, Unpublished data.
6.
Hock
C. W.
Ramsay
R. C.
Harris
M.
Microscopic Structure of the Wool Fibers , J. Res. Nat. Bur. Std.
27 , 181 –190 (1941 ).
7.
Hodgdon
F. B.
Stuart
D. A.
Bjorklund
F. E.
, The Application of Rate-Process Theory to Glass. I. Breaking Strength , J. Appl. Phys.
21 , 1156 –1159 (1950 ).
8.
Kropschot
R. H.
Mikesell
R. P.
, Strength and Fatigue of Glass at very low Temperatures , J. Appl. Phys.
28 , 610 –614 (1957 ).
9.
Mitchell
T.
Feughelman
M.
, Mechanical Properties of Wool Fibers in Water at Temperatures Above 100° , Textile Res. J.
37 , 660 –666 (1967 ).
10.
Mitchell
T.
Feughelman
M.
, Kolloid Z.
229 , 2 , 124 –131 (1969 ).
11.
Zahn
H.
, Thermally Shortened Keratin Fibres , Nature
31 , 137 –139 (1943 ).
