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   improved sensitivity of 2d photonic crystal mach–zehnder interferometer-based pressure sensor  
   
نویسنده sarra bendib ,ameur zegadi
منبع plasmonics - 2018 - دوره : 13 - شماره : 2 - صفحه:413 -418
چکیده    In this paper, we design and simulate a two-dimensional photonic crystal mzi for pressure sensing with a high sensitivity. the sensor is formed by silicon rods of a rectangular lattice distributed in air wafer; when the pressure is applied in an area of rods situated between the y branch waveguides of mzi, the sensitivity achieved a very high value which is 22.3667 nm/gpa compared to that obtained when the pressure was applied over the entire surface of the sensor structure in which the sensitivity reached 6.36 nm/gpa.
کلیدواژه mach–zehnder photonic crystal interferometer ,pressure sensor ,photonic band gap ,finite difference time domain method (fdtd)
آدرس université ferhat abbas, faculté de technologie, laboratory: croissance et caractérisation de nouveaux semiconducteurs (lccns), département d’electronique, algeria, université ferhat abbas, faculté de technologie, laboratory: croissance et caractérisation de nouveaux semiconducteurs (lccns), département d’electronique, algeria
 
     
   
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