The proposed technology employed gold nanoparticles (AuNPs) to enhance the sensitivity to achieve PCT rapid detection. The fabricated sensors comprise of suspended glass planar waveguides on glass substratesare integrated with microfluidic channels without vacuum-less processes. The results show good performance with a LOD of 0.871 fg/ml for PCT detection modified. The fabricated sensors show very promising results with a high throughput, enabling mass production for rapidsensitive bio-detectionalso fulfils POCT requirements.

An equivalent LC model is developed to emulate the filter performanceto accelerate the design procedure. The source-load coupling renders this filter a cross-coupling effect which creates two transmission zeros by the passband edges for the signal selectivity enhancement.

A novel balanced BPF using the folded half-mode substrate integrated waveguide has a central frequency of 4.65 GHz with 0.55 GHz BWin-band insertion loss of 2.2 dB. The size of an FHMSIW is about 1/4 of the substrate integrated waveguide (SIW). The common-mode rejection levels are greater than 40 dB over a wide frequency range.

We grew p-GaN HEMT on a low-resistance SiC substrateadded a AlGaN cap layer above the p-GaN layer. We use the wide band gap material AlGaN as the cap layer, which can effectively suppress the holes injectionachieve the purpose of improving the gate reliability. In addition, we chose a zero-degree anglelow-resistance SiC substrate, which not only greatly reduces the lattice dislocation defects caused by the heterogeneous junction, but also greatly reduces the overall cost.

To solve the low transmission ratedisruption caused by the non-line of sightmulti-path transmission in indooroutdoor environment, a special electromagnetic surface is designed to guide the beam to the desired area with multiple reflections.

A special electromagnetic surface is designed to guide the beam to the desired area with multiple reflections to solve the low transmission ratedisruption caused by the non-line of sightmulti-path transmission in indooroutdoor environments. Reduce the cost of the overall communication network,make the deployment of mobile communication base stations more economical.