Dongming Guo's research while affiliated with Dalian University of Technology and other places
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Publications (3)
By revealing the transmission matrix of multi-layer thin films system, practical route is provided for preparing the photonic crystals in materials selection and structure optimization on the low infrared emissivity requirements of the specific bands. High infrared reflectivity states are derived based on the conventional materials of CdSe (high re...
Efficient thermal radiation in the mid-infrared (M-IR) region is of supreme importance for many applications including thermal imaging and sensing, thermal infrared light sources, infrared spectroscopy, emissivity coatings, and camouflage. The capability of controlling light makes metasurface an attractive platform for infrared applications. Recent...
Citations
... In recent years, metamaterials have attracted great attention in stealth technology [16][17][18], and THz modulators [19]. By designing specific unit structures artificially, perfect absorption [20], low scattering [21], electromagnetic stealth [22], etc. could be achieved. ...
![[object Object]](https://i1.rgstatic.net/ii/profile.image/1135956493111298-1647844541351_Q64/Xieyu-Chen.jpg)
... Since it may be used in a variety of applications, such as absorber [3], polarization converter [4], filter [5], imaging [6], antenna [7], invisible clock [8], sensor [9], waveguides [10], etc. The perfect metamaterial absorber was first developed by Landy [11], which started an innovative study area for its unique use in many applications, such as photodetecting [12], energy harvesting [13], thermal emitter [14], and solar cell [15], etc. Researchers are now pursuing research on the metamaterial perfect absorber design for microwave frequency, visible, infrared, and THz applications and developing low-loss devices by structural optimization [16]. ...
