Our recent efforts in manipulating electromagnetic (EM) waves using metamaterials (MTMs) are reviewed with em- phasis on 1) manipulating wave polarization and transporting properties using homogeneous MTMs, 2) m...Our recent efforts in manipulating electromagnetic (EM) waves using metamaterials (MTMs) are reviewed with em- phasis on 1) manipulating wave polarization and transporting properties using homogeneous MTMs, 2) manipulating surface-wave properties using plasmonic MTMs, and 3) bridging propagating and surface waves using inhomogeneous meta-surfaces. For all these topics, we first illustrate the physical concepts and then present several typical practical real- izations and applications in the microwave regime.展开更多
基金Project supported by the National Natural Science Foundation of China(Grant Nos.60990321,11174055,and 11204040)the Program of Shanghai Subject Chief Scientist,China(Grant No.12XD1400700)+1 种基金the Ministry of Education of China(Grant No.B06011)the China Postdoctoral Science Foundation(Grant Nos.2012M520039,2013T60412)
文摘Our recent efforts in manipulating electromagnetic (EM) waves using metamaterials (MTMs) are reviewed with em- phasis on 1) manipulating wave polarization and transporting properties using homogeneous MTMs, 2) manipulating surface-wave properties using plasmonic MTMs, and 3) bridging propagating and surface waves using inhomogeneous meta-surfaces. For all these topics, we first illustrate the physical concepts and then present several typical practical real- izations and applications in the microwave regime.