Results 171 to 180 of about 12,610 (199)
Electrodeposition of Rubber [PDF]
Transactions of the IMF, 1934 Rubber latex consists normally of a suspension of minute negatively charged rubber globules in an aqueous serum. Under electrolytic stress, therefore, the globules tend to migrate towards the anode. By using anodes of suitable metal, e.g. zinc, or a porous diaphragm round the anode, it is possible to effect electro-depostion of the rubber.
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Rubber–Rubber Adhesion with Connector Molecules
The Journal of Physical Chemistry, 1992We consider two rubber blocks A and B in close contact, with some extra A chains (connectors) bound to the surface of the B block and entering freely in the A block. The connectors are assumed not to break, but to slip out by a viscous process when the two blocks are separated.
Elie Raphaël, P. G. de Gennes
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Nature, 1950
The Physics of Rubber Elasticity By L. R. G. Treloar. (Monographs on the Physics and Chemistry of Materials.) Pp. vii + 256. (Oxford: Clarendon Press; London: Oxford University Press, 1949.) 21s. net.
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The Physics of Rubber Elasticity By L. R. G. Treloar. (Monographs on the Physics and Chemistry of Materials.) Pp. vii + 256. (Oxford: Clarendon Press; London: Oxford University Press, 1949.) 21s. net.
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Rubber and rubber elasticity: A review
Journal of Polymer Science: Polymer Symposia, 1974AbstractThe physical basis of rubber elasticity is reviewed, particular attention being given to the dependence of elastic stresses upon the imposed strains and upon the molecular constitution of the rubber. Applications of this fundamental understanding to a variety of other phenomena, including thixotropic effects shown by rubbers containing ...
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1985
Blending of two or more rubbers is carried out for three main reasons: Improvement in Technical Properties Better Processing Lower Compound Cost.
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Blending of two or more rubbers is carried out for three main reasons: Improvement in Technical Properties Better Processing Lower Compound Cost.
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2012
This chapter focuses on elastomers and rubbers. Chemical structures of monomer and polymers, manufacturers and trade names along with typical enduses of the plastics are included besides extensive tabular and graphical permeation properties. The many classes of thermoplastic elastomers are discussed in this chapter.
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This chapter focuses on elastomers and rubbers. Chemical structures of monomer and polymers, manufacturers and trade names along with typical enduses of the plastics are included besides extensive tabular and graphical permeation properties. The many classes of thermoplastic elastomers are discussed in this chapter.
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Science, 1954
The problem of how rubber is synthesized in the plant has been divided into two portions:(i) the nature of the monomer used and how this monomer is synthesized, and (ii) the nature of the polymerization reaction by which the monomer is transformed to rubber.
Juan C. Montermoso +2 more
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The problem of how rubber is synthesized in the plant has been divided into two portions:(i) the nature of the monomer used and how this monomer is synthesized, and (ii) the nature of the polymerization reaction by which the monomer is transformed to rubber.
Juan C. Montermoso +2 more
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Rubber Friction and Contact Mechanics of Rubber [PDF]
, 2010 The nature of friction between rubber and a hard substrate is very important for many technical applications. Rubber friction is significantly different from friction between “hard” substances such as metals or ceramics. It was made evident, most notably through the works of Grosch (1962), that rubber friction is very closely related to internal ...
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Self-Crosslinking Rubber/Rubber and Rubber/Thermoplastic Blends: A Review
Rubber Chemistry and Technology, 2001Abstract Blends of two or more polymers having appropriate reactive groups can be crosslinked through condensation or substitution reactions in the absence of crosslinking chemicals when molded at high temperatures for prolonged times.
Martin van Duin +2 more
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Rubber–rubber blends: A critical review
Progress in Rubber, Plastics and Recycling Technology, 2019The blending of different rubbers is one of the effective methods to achieve required performance properties in their final products. This article reviews the thermodynamic considerations of rubber–rubber blends and their filled systems. Factors affecting the rubber blend morphology (i.e.
Abitha Vayyaprontavida Kaliyathan +3 more
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