Temperature dependence of storage

Figure 10.5 Temperature dependence of storage modulus ( ) and mechanical...

Effect of frequency on temperature dependence of storage modulus. A is the low frequency, b is an intermediate frequency and c is a higher frequency. 

FIGURE 3.14 Temperature dependence of storage and loss moduli, G and G", and loss tangent, tan (5, for an HR sample measured at an oscillatory strain rate of 15 Hz. The temperature range extended from —40 to 60°C. The loss tangent peak appears in the vicinity of room temperature. 

Fig. 2.33 Temperature dependence of storage modulus G (o), loss modulus G"(n), and tan 6(A) for 10 wt% EOVE2oo- -HOVE4oo aqueous solution (frequency=l Hz) and photographs of aqueous block copolymer solutions when containers were tilted from the upright position.

Figure 8.10 Temperature dependence of storage and loss moduli for a polyvinyl chloride-nitrile bidadiere rubber film bonded in parallel to a polyvinyl chloride film. Takayanagi model type (a) gives better fit to experiment. (Reproduced with permission fi om Takayanagi, Mem. Fac. Eng. Kyushu Univ., 23, 41 (1963))...

Figure 12.4 Temperature dependence of storage modulus of 50/50 PVC/ENR blend...

FIGURE 19.2 Temperature dependence of storage modulus (G ) of neat PLA and various PLACNs prepared with organically modified synthetic fluorine mica. The number indicates amount of organoclay loading [27]. Reproduced from Ref. 27 with permission of American Chemical Society, USA. 

Figure 5.35 Temperature dependence of storage modulus (GPa), loss modulus (GPa), and their ratio, tan, for plain PLA and various PLACNs...

Figure 123 shows the temperature dependence of storage (Young s) modulus ( )> ioss modulus (E") and loss tangent (tan 6) of the amorphous Las5Al25Ni2o all[Pg.197]

Figure 7.6 Temperature dependence of storage modulus for PI-(sBPDA/PDA) and PI-(aBPDA/PDA).

---