… route of stretchable microstrip patch antennas, which are … Being different from the traditional
design route, the … the achievements of stretchable antennas are focused on elastic materials, …

… of conductive yarns of the antenna (FD) was more compacted than that of the antenna (FU).
Therefore, more energy loss in the back direction caused the lower radiation properties of …

… antenna array constrains beamforming in a limited space which is rarely mentioned in networking
routing … , reliability, flexibility, and elasticity for the cooperation between different swarm …

… and elastic modulus on loss factor at 1st mode 215 Figure 3-91 Effect of spacer height and
elastic modulus on loss factor at 2nd mode215 Figure 3-92 Effect of spacer height and elastic …

… This 3D routing of elastic conductors, which has previously been available only by using
underlying supports, broadens the design diversity of soft electronics and provides a framework …

… In fact, the helix structure of the DNA inspires the antenna related field to increase the … more
than the linear range of the elastic force. That is, the elastic force is reduced every time under …

… antenna array constrains beamforming in a limited space which is rarely mentioned in networking
routing … , reliability, flexibility, and elasticity for the cooperation between different swarm …

… presence of any amount of elastic scattering and reflection by … As a result, the creation of
acoustic and elastic wave devices … wave transport in acoustic and elastic media is, therefore, of …

… of topologically protected edge waves in elastic media is how to tune the topological interface
propagation route as needed. This paper proposes a tunable elastic valley Hall insulator, …

… Ceramic-Reinforced Polymers Ceramic-reinforced elastic … to create ceramic-reinforced
elastic polymers is shown in Figure … to 40% to maintain the elastic behavior of the polymers [37]. …