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  1. Optimization of a commercial epoxy curing cycle via DSC data …

  2. Comparison between cure kinetics by means of dynamic rheology …

  3. An alternative method to the curing study of polymeric die attach ...

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    DSC also allows one to characterize the degree of cure in a thermoset and to determine the kinetics of the cure4. DMA can characterize the rheology profile of the cure5 as well as the final modulus and Tg values after curing.
    However, for most resin materials, DSC does an excellent job of providing percent cure information and in making distinctions in resins, which are not fully cured. Figure 6 shows an example of the percent cure determined for an epoxy resin powder material.
    DSC results on an uncured epoxy resin. Figure 3. Increase in DSC Tg as a function of cure for a thermosetting resin. crosslinking and these changes can be readily observed by DSC. Displayed in the Figure 2 are the DSC results obtained by heating an uncured epoxy resin system at a rate of 20 C/min.
    While estimates of the relative sensitivity of DMA to DSC or DTA vary, it appears that DMA is 10–100 times more sensitive to the changes occurring at the T g. The T g in highly cross-linked materials can easily be seen long after the T g has become too flat and diffuse to be seen in the DSC (Fig. 9 ).
  5. Dynamic Mechanical Analysis (DMA) of epoxy carbon …

    WEBFeb 1, 2015 · Dynamic Mechanical Analysis (DMA) was used to characterise the curing behaviour and cure state of carbon-fibre prepreg Hexcel, type 6376 HTS. The main purpose was to investigate the effects …

  6. Comparison between cure kinetics by means of dynamic rheology …

  7. Thermal and rheological comparison of adhesives - Springer

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