Barh, Osmium Tetroxide and Ruthenium Tetroxide and their Reactions with Biologically Important Substances, Exp. Cell. Res. 7, 457 (1954).
2.
DolmetschH.BredereckK., The Influence of Reactions in the Interfibrillar Regions on the Crease Recovery of Cotton. Part I: Studies on Cotton with a Conventional Fluid to Produce Wet and Dry Crease Recovery, Melliand Textilber. 48, 561–570 (1967).
3.
FraserR. D. B.MacRaeT. R.RogersG. E., Structure of Alpha-Keratin, Nature183, 592–594 (1959).
4.
GrignardV., “Précis de chimique organique,”Paris, Masson et Cie, 1955.
5.
HerbertJ. J., Is the Spiral Angle of Cotton Constant?, Textile Res. J. 37, 57–58 (1967).
6.
KassenbeckP., In Press.
7.
KassenbeckP., Application of Histochemical Techniques in Electron Microscopy as Applied to High Polymers, J. Polymer Sci. C20, 49–57 (1967).
8.
KassenbeckP., Electron-Microscope Study of the Action of Sodium Sulfide on Wool, Fach. Textilveredlung9, 79 (1954).
9.
KassenbeckP., Application de l'ultramicrotomie à l'étude de la structure des fibres kératiniques, ITF, “Colloque Structure de la laine,” Paris, Juillet, 1962, pp. 51–67.
10.
KassenbeckP.HagegeR., Contribution to the Electron-Microscope Study of the Fine Structure of Cellulose Fibers by Means of Ultramicrotomy, Textile Res. J. 38, 196–204 (1968).
11.
KassenbeckP.JacquemartJ.MonrocqR., Methods for Characterizing Keratin Fibers by Optical Microscopy, 3ème CIRTEL, Paris, 1965, Section1, pp. 209–220.
12.
KatoK., Die Elektronenmikroskopischen Darstellung von ABS-Kunstoffen, Kolloid Z. 220, 24–31 (1967).
13.
KlingW.NemetschochL.Morphology of Cotton Fiber. V: Electron-Microscope Study of Ultrathin Sections, Melliand Textilber. 39, 879–882 (1958).
14.
KrassigH., Consideration of the Problem of the Relations Between Fiber Structure and Properties, Congres FIACTC, Paris, 24–27 Sept. 1968.
15.
KrassigH.SchrottE.The Influence of “Inclusion” on the Reactivity of Cross-Linked and Noncross-Linked Rayon-Viscose. Makromol. Chemie13, 179 (1954).
16.
ParisotA., “La Chimie Macromoleculaire des Textiles Artificiels et Synthetiques,”Session D'information des Cadres Sur Les Textiles Artificiels et Synthetiques, ITF, Paris, 2–4 May, 1963. pp. 15–60.
17.
ParisotA.MeimounD., Improved Resilience by Formation of Elastomers Inside Cotton Fibers. Part I: Working Hypothesis and Process of Polymer inclusion, Textile Res. J. 39, 560–567 (1969).
18.
RebenfeldL.VirgilW. P., Relation Between the X-Ray Angle of Cottons and Their Fiber Mechanical Properties, Textile Res. J. 27, 286–289 (1957).
19.
SebilleJ., Propriétés de Cellulose a Inclusion, These, Université de Paris, 1963.
20.
TrippV. V.MooreA. T.RollinsM. L., Studies on the Cross-Linking of Cotton Cellulose. Part II: Microscopical Observations, Textile Res. J. 31, 295–301 (1961).