Research on high power inter-channel crosstalk attack in optical networks

Effects of polyphosphoric acid (PPA), styrene‐butadiene‐styrene (SBS), or rock asphalt on the performance of desulfurized rubber modified asphalt

“…According to the research results of our previous study, 7,17 the flow chart of the preparation of DRMA is shown in Figure 1, and the preparation process are described as follows:…”

“…The studies of Huang et al 16 revealed that the penetration and low-temperature viscosity of DRMA were better than CRMA. Zhang et al 7,17 conducted on a comprehensive test on the physical properties, viscosity-temperature characteristics, rheological properties, storage stability, aging resistance, and environmental performance of DRMA, and found that compared with CRMA, DRMA performs better in low-temperature performance, construction workability and storage stability, but its elastic recovery, aging resistance and high-temperature performance were poor. He et al 18 also reported that the hightemperature stability and short-term aging resistance of DRMA were inferior to CRMA.…”

The Influence of Rayleigh and Brillouin Backscattering on the Performance of a 10 Gb EPON System

“…The experimental error rate value is 9 * 10e-26. Normal communication bit error rate requirements below 10-9 [5]. It can be found from the experimental results that the quality of the received signal of the OLT is good and the bit error rate is very low, which can completely meet the requirement of normal communications, no matter before or after splitting.…”

Effects of epoxy resin on the high‐temperature performance of desulfurized rubber modified asphalt

“…Desulfurized rubber exhibits a much easier adhesive bind to asphalt, according to investigations by Ma et al, 18 Li et al, 19 and Huang et al 20 This leads to significantly reduced viscosity, improved ductility, low‐temperature rheological properties, and better storage stability for DRMA compared to RMA. The research conducted by Zhang et al 21 and He et al 22 revealed that while DRMA exhibits superior performance at low temperatures, ease of fabrication, and storage stability, its elastic recovery, aging resistance, and high‐temperature performance are subpar. Similarly, Wang et al's work 23 revealed that DRMA's inadequate high‐temperature performance is a significant drawback that restricts its use.…”