Brill E-Books

 Low-Temperature Behaviour of Elastomers

Contents

• • Preliminary Material (i-2)   (100K)
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    • Contents
    • Foreword
  • Introduction (3-10)   (64K)
  • Glass Transition Of Elastomers (11-42)   (223K)
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    • 1.1 Methods Of Glass-Transition Temperature Determination
    • 1.2 Modern Views Of Glass Transition
    • 1.3 Effect Of The Molecular Parameters Of Rubbers And The Composition Of Rubber Compounds On Glass-Transition Temperature
    • 1.4 Effect Of A Mechanical Action On Glass-Transition Temperature
  • Mechanical Properties Of Elastomers Near The Glass Transition Temperature (43-58)   (168K)
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    • 2.1 Mechanical Properties In The Region Of Transition From The Rubberlike To The Glassy State
    • 2.2 Mechanical Properties At Temperatures Below Glass-Transition Temperature
  • Crystallization Of Elastomers At Low Temperatures (59-96)   (306K)
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    • 3.1 Methods Of Crystallization Studies
    • 3.2 Modern Views Of Crystallization
    • 3.3 Effect Of Mechanical Action And Other Factors On Crystallization
    • 3.4 Effect Of The Molecular Parameters Of Rubbers And The Composition Of Rubber Compounds On Crystallization
    • 3.5 Microcrystallization
    • 3.6 Prediction Of The Crystallization Rate
  • Stress-Induced Crystallization Of Elastomers (97-114)   (183K)
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    • 4.1 Kinetics Of Stress-Induced Crystallization
    • 4.2 Morphology In Stress-Induced Crystallization
    • 4.3 Melting Of Oriented Elastomers
    • 4.4 Effect Of The Molecular Parameters Of Rubbers And The Composition Of Rubber Compounds On Stress-Induced Crystallization
  • Strength Properties Of Elastomers At Low Temperatures (115-124)   (130K)
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    • 5.1 Strength Of Amorphous Elastomers At Low Temperatures
    • 5.2 Strength Of Crystallizable Elastomers
  • Contribution Of Crystallization And Glass Transition To Low-Temperature Resistance Of Elastomers (125-136)   (127K)
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    • 6.1 Mutual Interaction Of Crystallization And Glass Transition
    • 6.2 The Ratio Of The Contributions By Crystallization And Glass Transition To The Low-Temperature Resistance Of Elastomers
    • 6.3 Low-Temperature Resistance Of Rubber Articles
    • 6.4 Effect Of Repeated Exposure To Low Temperatures On The Performance Of Rubber Articles
  • Low-Temperature Resistance Specifics Of Particular Elastomers (137-156)   (159K)
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    • 7.1 Styrene-Butadiene Rubbers
    • 7.2 Butadiene Acrylonitrile Rubbers
    • 7.3 Isoprene Rubbers
    • 7.4 Butadiene Rubbers
    • 7.5 Chloroprene Rubbers
    • 7.6 Butyl Rubber
    • 7.7 Silicon Rubbers
    • 7.8 Urethane Rubbers
    • 7.9 Thiocol Rubbers
    • 7.10 Fluoroelastomers
    • 7.11 Acrylate Rubbers
    • 7.12 Ethylene-Propylene Rubbers
    • 7.13 Epoxide Rubbers
    • 7.14 Polypentenomers
    • 7.15 Alternating Rubbers
  • References (157-182)   (202K)
  • Subject Index (183-188)   (65K)