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... andhis team (2013, 2016) successfully noted that desire response of low frequency electronic circuits based on liquid medium can be achieved with proper instrumentation [16][17] . Fig 2 depicts the layout of resistor transistor logic circuit using synthetic plasma as liquid medium. Here two big beakers are filled with liquid plasma where three copper wires are inserted in it. ...
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... Dielectric Resonator antennas, however, without major fabrication stress can provide high gain and wide bandwidth. DRAs offer the benefits of high radiation proficiency, simplicity of excitation, little size, and wide data transmission [22,23]. Optimum designing of an antenna plays a major role in its application for wireless ...
Wireless communication plays a vital role in transmitting information from one point to another. Wireless devices have to be smart, intelligent, compact in size, and cost effective to meet the demand of wireless communication. A multi-layered, Split Ring Resonator (SRR), negative permeability material inspired antenna has been designed, analyzed, fabricated, and measured. The developed antenna resonates at 1.19 GHz, 2.31 GHz, 2.68 GHz, 4.75 GHz and 5.60 GHz frequencies with bandwidth of 2.10%, 2.81%, 3.05%, 4.16% and 2.09% respectively. The structure utilizes FR4 material as a substrate. The engineered model has applications in navigation, WiFi, mobile and satellite communication applications.
... Kosta and his team (2013, 2016) successfully noted that desire response of low frequency electronic circuits based on liquid medium can be achieved with proper instrumentation [16][17] . Killol Pandya(2017) has also claimed that even copper wires could be replaced by very thin diameter plasma liquid filled silicon tubes [19] .Ethically it is not possible to use actual human blood for experimental purpose so artificial blood like synthetic plasma has been made in applied science. Different density plasma liquid has been produced and analyzed to check the stability of plasma liquid. ...
... Kosta and his team (2013, 2016) successfully noted that desire response of low frequency electronic circuits based on liquid medium can be achieved with proper instrumentation [16][17] . Killol Pandya(2017) has also claimed that even copper wires could be replaced by very thin diameter plasma liquid filled silicon tubes [19] .Ethically it is not possible to use actual human blood for experimental purpose so artificial blood like synthetic plasma has been made in applied science. Different density plasma liquid has been produced and analyzed to check the stability of plasma liquid. ...
