In-situ measurement of the crystallization process of polycarbonate/epoxy resin by a photoresistor

Near Infrared Light‐Sensing Organic Light‐Dependent Resistors Based on Dialkoxybenzothiadiazole‐Containing Conjugated Polymer

“…[26][27][28][29] Accordingly, as shown in Figure 2b (bottom panel), the electrical resistance (R H ) of devices was restricted to 4-6 TΩ even at 60 V, which complies with the low resistance requirement of LDRs. [30][31][32][33] In more detail, as displayed in Figure 2c (top panel), the specific electrical resistance (R HS,D ) of devices in the dark condition reached %20-40 EΩ cm À2 in the presence of slight deviations according to the film thickness and applied voltage. This high resistance level resulted in very low power consumption (P H < 1 nW) for the present devices in the idle state before light sensing (see Figure 2c (bottom panel)).…”

Miscibility and rheological properties of epoxy resin blends with aromatic polyethers

“…Composites based on epoxy oligomers modified with elastomers and thermosetting plastics were stud ied for the most part via IR spectroscopy, inverse gas chromatography, relaxation spectroscopy, the cloud point method, light scattering analysis, neutron scat tering analysis, DSC, scanning and transmission elec tron microscopy, and optical interferometry [12][13][14][15][16][17][18][19][20][21]. As was shown via interferometry [22], the system DGEBA-PSF is fully miscible for epoxy oligomers with M < 1000, while an increase in molecular mass entails the appearance of an UCST higher than the degradation temperature of the DGEBA.…”