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| 1 | Generation and modulation of non-classical light in a strongly coupled photon-emitter system显示文摘Non-classical light, especially its single photon and squeezing properties, plays a fundamental role in on-chip quantum networks. The single photon property has been widely studied in photonic cavities including photonic crystals(PhCs), micropillar cavities, nanowires, and plasmonic cavities. However, the generation and modulation of squeezing light in nanophotonic cavities remain to be explored. Here, we theoretically demonstrate a strongly coupled PhC–plasmonic-emitter system enabling non-classical light generation and modulation. The hybridization of a PhC waveguide and an Ag nanoparticle forms a band-edge mode with a narrow linewidth and a strong confined field, which enables strong light–emitter interaction, further resulting in simultaneous generation of squeezing and single photon properties for on-chip applications. Non-classical light emission can be modulated with the detuning between the band-edge mode and the emitter. The emission is efficiently channeled by the PhC waveguide with a high coupling efficiency, accompanying unidirectional transmission under excitation by a circularly polarized emitter. The system provides a candidate for tunable and bifunctional on-chip non-classical light sources at the nanoscale and may offer more possibilities to build versatile quantum networks. | Lingxiao Shan Juanjuan Ren Qi Zhang Qi Liu Yun Ma Qihuang Gong Ying Gu | 2022 | Photonics Research2022，10，4： | 2 |
| 2 | An adsorption study of^99Tc using nanoscale zero-valent iron supported on D001 resin显示文摘Nanoscale zero-valent iron(nZVI)supported on D001 resin(D001-nZVI)was synthesized for adsorption of high solubility and mobility radionuclide^99Tc.Re(VII),a chemical substitute for^99Tc,was utilized in batch experiments to investigate the feasibility and adsorption mechanism toward Tc(VII).Factors(pH,resin dose)affecting Re(VII)adsorption were studied.The high adsorption efficiency of Re(VII)at pH=3 and the solid-liquid ratio of 20 g/L.X-ray diffraction patterns revealed the reduction of ReO^?4 into ReO2 immobilized in D001-nZVI.Based on the optimum conditions of Re(VII)adsorption,the removal experiments of Tc(VII)were conducted where the adsorption efficiency of Tc(VII)can reach 94%.Column experiments showed that the Thomas model gave a good fit to the adsorption process of Re(VII)and the maximum dynamic adsorption capacity was 0.2910 mg/g. | Lingxiao FU Jianhua ZU Linfeng HE Enxi GU Huan WANG | 2020 | Frontiers in Energy2020，14，1： | 1 |
| 3 | The Influence Of The Oxidation Degree Of Poly(3-Hexylthiophene) On The Photocatalytic Activity Of Poly(3-Hexylthiophene)/TiO2 Composites显示文摘 | Xu Shoubing Gu Lingxiao Wu Kaihua | 2012 | Solar Energy Materials And Solar Cells2012，96，： | 1 |
| 4 | Fabrication of uniform magnetic nanocomposite spheres with a magnetic core/mesoporous silica shell structure显示文摘 | ZHAO Wenru GU Jinlou ZHANG Lingxiao | 2005 | Journal of the American Chemical Society2005，127，： | 1 |
| 5 | Neural network based polynomial correlation of single and variable speed compressor performance显示文摘 | Zhao Lingxiao Zhang Chunlu Gu Bo | 2009 | HVAC&R Research2009，15，2： | 1 |
| 6 | Preparation and reducing-responsive property of a novel functional polyurethane nanoemulsion显示文摘As a kind of stimuli-responsive materials,the disulfide-containing material has received a tremendous amount of interest.A novel functional disulfide-containing waterborne polyurethane(DS-WPU)nanoemulsion was prepared via a one-step in situ phase inverse emulsification technique and its reducing-responsive prope rty was investigated using dithiothreitol as the reductant.Results showed that the DS-WPU nanoemulsion had a uniform particle size in nanoscale and a good film-forming characteristic,and the DS-WPU latex film exhibited great responsiveness along with a self-assembled behavior in the reducing environment to form WPU emulsion again,including a long-to-short process of the polymer chains. | He Qin Hong Zhang Xiaoteng Zhou Danfei Gu Lingxiao Li Chengyou Kan | 2020 | Chinese Chemical Letters2020，31，1： | 0 |
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