Vs. transition temperature

Fig. 169. Average residual transition enthalpy vs transition temperature for collagens of different origin (1) cod skin (2) halibut (3) frog skin (4) pike skhg (5) carp swim tdadder (6) rat skii (7) sheep skin. Reproduced, with permission of the author and publishers, from [430]...

Molecular structure vs. transition temperature disc-like molecular shape... 

As appHed to hydrocarbon resins, dsc is mainly used for the determination of glass-transition temperatures (7p. Information can also be gained as to the physical state of a material, ie, amorphous vs crystalline. As a general rule of thumb, the T of a hydrocarbon resin is approximately 50°C below the softening point. Oxidative induction times, which are also deterrnined by dsc, are used to predict the relative oxidative stabiHty of a hydrocarbon resin. 

Fig. 4 Plot of the transition temperatures Ti/2 on heating (filled triangles) and cooling (filled upside down triangles) vs the anion radii for the series [Fe(hyetrz)3](anion)2...

Figure 1. (a) Equilibrium surface atom fractions of Bi and Ni, on the (111) surface, for a Pb-5at%Bi-0.04at%Ni alloy, as a function of temperature, after ref 14. The vertical line indicates the transition temperature, (b) Surface excess free energy ofthe (111) surface, vs. temperature, corresponding to (a), afterref 14. (c) Same as (a), comparing the surface excess free energies of 111, 100 and 110 afterref 17. 

Li et al. [107] also reported the change in residual radical concentration vs oxygen permeation time for a homopolymerization of EGDMA. At 110°C, the radical concentration decreased by approximately 12.5% in 90 min. While at 180 °C, the radical concentration dropped nearly 62.5% over the same time period. While these reactions occurred over a relatively short time period, the temperatures were quite high and certainly one would expect significantly reduced rates at lower temperatures below the glass transition temperature of... 

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