Filled versus Unfilled Epoxy

RESULTS AND DISCUSSION 3.1. Filled versus Unfilled Epoxy [Pg.398]

FIGURE 2. EE plotted for both filled and unfilled (7 xm alumina particles) Epon 828 epoxy. Several orders of magnitude difference in intensities are observed the larger and longer-lasting emissions occur when interfaces fail. [Pg.398]

FIGURE 3. The response of the EE from particulate-filled Epon 828 epoxy to thermal stimulation following fracture. The bottom arrow indicates when the temperature increase began. This supports the concept of a thermally stimulated process. [Pg.399]

FIGURE 4. (a) The phE during fracture of unfilled Epon 828 epoxy. The data was acquired at 100 ns/channel. (b) A voltage vs. time curve indicating when small grid wires deposited on the side of the sample were broken, indicating the position of the crack tip vs. time. [Pg.399]

Chaotic/Fractal Nature of phE and Fracture Surface of Epoxy [Pg.400]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...