#CST MICROWAVE STUDIO WIKI PATCH#

Finally, the metamaterials were fabricated using tools available in the NPS microfabrication facility (Clean Room). Next, the geometric configuration of the metamaterial elements were designed using the COMSOL Multiphysics and CST Microwave studio. To develop this sensor, the properties of silicon nitride films were investigated using single square unit cells.

Metamaterials that have near 1 emissivity between 20 and 40 THz and near zero elsewhere were also designed. In this study, we designed and fabricated metamaterials that efficiently absorb 3.8 THz and 4.75 THz, the frequencies of the quantum cascade lasers available in the Naval Postgraduate School Physics Department. The operation principle is using an IR camera to image the heat pattern on the backside of the FPA, generated by the absorption of the THz scene, presented on the front side of the FPA. Among different possible configurations, THz-to-IR converters were selected to be studied and developed.

#CST MICROWAVE STUDIO WIKI PATCH#

The proposed patch has been made to investigate new microstrip antenna structure antenna resonates at 5.65 GHz frequency. One way to perform real-time THz imaging is through metamaterial-based MEMS focal plane arrays (FPA). In this paper, an attempt and simulated using CST Microwave Studio.

Terahertz (THz) real-time imaging technology can be used in various fields. Cst Microwave Studio Wiki Plus Optimize PР“В©rformance This interface allows CST MWS users to take advantage of the extensive data manipulation, signal processing, and graphics capability in MATLAB.

Cst microwave studio wiki