radar cross sectionmeander line antennafrequency selective surfacespassive radiatorsIn this paper, we propose a radar cross section analysis for frequency selective surfaces using a meander line antenna as a unit cell. The periodic structure consists of a passive copper antenna backed by a dielectric ...
Radar Cross Section (RCS) refers to the equivalent area of a target that is visible to a radar system, determining the amount of power scattered back to the radar. It is influenced by the target's geometry, aspect angle, frequency, and polarization, rather than its physical size. AI genera...
The slots are spaced from each other. The slots are connected by a cover element (11). The cover elements and the legs (12) of the U-shaped slots are crimped in the longitudinal direction of the rail.
River meander-inspired cross-section3D-printed microfluidicsInertial focusing and enrichmentCIRCULATING TUMOR-CELLSLABEL-FREE ISOLATIONULTRA-FASTSEPARATIONFLOWMICROFLUIDICSDEVICESTraditional microfluidic cross-sections are limited to several common geometries, which seriously imposes restrictions on the studies of ...
First, a single rectangular coil is taken as an example, and its impedance expressions are deduced with the surface integral method. Then, a vertex description method for impedance calculation regarding meander coils is put forward by defining the position factor and angle factor. Finally, impedance...
The panel elements in cross section are at least partially in meander-form, or may be in corrugated, crenellated, or trapezoidal form. The panel elements are sheet piling boards (3a,3b). The panel elements in the region of the wall and/or ceiling junctions have end plates with a mitered...
The generator (1) has a heating surface pipe (2) arranged in meander form. A free cross section of the heating surface pipe is increased in flow direction of a medium to be evaporated i.e. thermal oil. The free cross-section of the heating surface pipe is changed due to reduction of ...
!!reduced cross-sectionMEMS based vector hydrophone is being one of the key device in the underwater communications. In this paper, we presented a bio-inspired MEMS vector hydrophone. The hydrophone structure consists of a proof mass suspended by four meander type beams with reduced cross-section...
First, a single rectangular coil is taken as an example, and its impedance expressions are deduced with the surface integral method. Then, a vertex description method for impedance calculation regarding meander coils is put forward by defining the position factor and angle factor. Finally, impedance...
doi:10.1016/j.snb.2020.128488Zezhou Chen aLei Zhao aLujie Wei aZiyu Huang bPengju Yin aXiaowen Huang bHongyan Shi a dBo Hu aJie Tian a cSensors and Actuators B: Chemical