机译:在电磁耦合Au纳米粒子超快熔化中,间带式转变比等离子体激发更有效
Univ Genoa OptMatLab Dipartimento Fis Via Dodecaneso 33 I-16146 Genoa Italy;
Chinese Acad Sci Ningbo Inst Mat Technol &
Engn Cixi Inst Biomed Engn Ningbo 315201 Zhejiang Peoples R China;
CNR ISM Div Ultrafast Proc Mat FLASHit Area Ric Roma Tor Vergata Via Fosso del Cavaliere 100 I-00133 Rome Italy;
CNR ISM Div Ultrafast Proc Mat FLASHit Area Ric Roma 1 I-00015 Monterotondo Italy;
CNR ISM Div Ultrafast Proc Mat FLASHit Area Ric Roma 1 I-00015 Monterotondo Italy;
CNR ISM Div Ultrafast Proc Mat FLASHit Area Ric Roma 1 I-00015 Monterotondo Italy;
Rice Univ Dept Elect &
Comp Engn Houston TX 77005 USA;
Univ Genoa OptMatLab Dipartimento Fis Via Dodecaneso 33 I-16146 Genoa Italy;
CNR SPIN Cso Perrone 24 I-16152 Genoa Italy;
机译:在电磁耦合Au纳米粒子超快熔化中,间带式转变比等离子体激发更有效
机译:Au-55中表面等离激元激发的慢弛豫:Au / TiO2中有效等离子加热的关键
机译:低功率,超快,动态全光可调谐等离激元模拟物,通过电磁耦合在与波导系统侧耦合的两个谐振器中产生透明性
机译:飞秒时间分辨超快速激励下超薄金箔带间跃迁的测量
机译:单个机载微粒物质的中红外等离激元,腔耦合激发和红外光谱
机译:金的光催化活性比较等离子和带间激发后的纳米粒子及其策略利用带间热载体进行溶液相光催化
机译:在电磁耦合Au纳米粒子超快熔化中,间带式转变比等离子体激发更有效