Military 5G Mobile Networking as Driver of UAVs in Detecting RAM for Stealth Operation

摘要

This paper puts forward the forthcoming technology in military impact especially in the stealth operation. Synthetized ferrite phase $B_{a}F_{e}(M_{n}C_{o})_{1}.{}_{5}T_{i_{1.5}}O_{19}$ using sol-gel method as RAM (Radar Absorber Material) is analyzed to avoid detection from radar by coating it on military vehicle and weaponry. FTIR (Fourier Transform Infrared) is an analytical technique applied to identify organic and some cases of inorganic materials. The measurement technique of infrared absorption radiation is applied upon the sample material versus wavelength, because each molecule absorbs infrared radiation at its characteristic frequencies. When $B_{a}F_{e}(M_{n}C_{o})_{1}.{}_{5}T_{i_{1.5}}O_{19}$ as Irradiated infrared Radar Absorber Material, the absorbed radiation process normally stimulates each molecule into a higher vibrational state. The absorbed light wavelength by one particular molecule is the energy gap function between the at-rest and excited vibrational states. Proposed issues of embedded FTIR sensor for detecting $B_{a}F_{e}(M_{n}C_{o})_{1}.{}_{5}T_{i_{1.5}}O_{19}$ as RAM in UAVs with 5G network architecture by means of high frequency spectrum would be the next frontier of military impact as it enables significantly faster speeds to process a large amount of data with lower latency and greater device connectivity.