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SHEAR CREEP AND CREEP RECOVERY OF FIBRIN BLOOD CLOTS
Stress and strain time profile for the Boltzmann super
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10°C for SBR a-1igation a-chain behavior Boltzmann superposition chain chemical clot age clot rigidity clot structure clot types clotting process CM CM cn cn coarse clots coarse unligated clots compatibility concentration creep and creep creep curve creep recovery crosslinked network Degree of polymerization dynes/cm elastic elastic modulus equilibrium experimental factor fibrin clots fibrinogen formation Fractional recovery free volume i i i i i initial modulus J.D. Ferry ligated clots linear viscoelasticity listed in Table measurements mechanical properties mg/ml molecules monomer network synthesis networks PB-9 observed obtained oligomers phase separation plasmin plasmin digestion plateau polybutadiene polymer networks prepolymer presented pure network purified reduced to 20°C reptating networks reptating polymer reptating species SBR molecules SBR samples shear solution Stress relaxation Stress relaxation curves studied styrene superposition principle syneresis temperature thrombin trapped entanglements Trasylol Values of log viscoelastic volume fraction y-1igation