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您的检索式：作者名="D.Cunningham"
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| 1 | Potassium Recycling Pathways in the Human Cochlea显示文摘 | Peter C.Weber Calhoun D.Cunningham Bradley A.Schulte | 2009 | The Laryngoscope2009，，7： | 1 |
| 2 | The stratigraphic and structural evolution of the Dzereg Basin, western Mongolia: clastic sedimentation, transpressional faulting and basin destruction in an intraplate, intracontinental setting显示文摘 | J. P.Howard W. D.Cunningham S. J.Davies A. H.Dijkstra G.Badarch | 2003 | Basin Research2003，，1： | 1 |
| 3 | Multimode vibrational strong coupling in direct laser written mid-IR plasmonic MIM nano-patch antennas显示文摘Strong coupling of mid-infrared(mid-IR)vibrational transitions to optical cavities provides a means to modify and control a material’s chemical reactivity and offers a foundation for novel chemical detection technology.Currently,the relatively large volumes of the mid-IR photonic cavities and weak oscillator strengths of vibrational transitions restrict vibrational strong coupling(VSC)studies and devices to large ensembles of molecules,thus representing a potential limitation of this nascent field.Here,we experimentally and theoretically investigate the mid-IR optical properties of 3D-printed multimode metal-insulator-metal(MIM)plasmonic nanoscale cavities for enabling strong light-matter interactions at a deep subwavelength regime.We observe strong vibration-plasmon coupling between the two dipolar modes of the L-shaped cavity and the carbonyl stretch vibrational transition of the polymer dielectric.The cavity mode volume is half the size of a typical square-shaped MIM geometry,thus enabling a reduction in the number of vibrational oscillators to achieve strong coupling.The resulting three polariton modes are well described by a fully coupled multimode oscillator model where all coupling potentials are non-zero.The 3D printing technique of the cavities is a highly accessible and versatile means of printing arbitrarily shaped submicron-sized mid-IR plasmonic cavities capable of producing strong light–matter interactions for a variety of photonic or photochemical applications.Specifically,similar MIM structures fabricated with nanoscopic voids within the insulator region could constitute a promising microfluidic plasmonic cavity device platform for applications in chemical sensing or photochemistry. | NICHOLAS V.PROSCIA MICHAEL A.MEEKER NICHOLAS SHARAC FRANK K.PERKINS CHASE T.ELLIS PAUL D.CUNNINGHAM JOSEPH G.TISCHLER | 2023 | Photonics Research2023，11，12： | 0 |
| 4 | 2008年汶川地震滑坡密度分布规律及其与峰值地动加速度的关系显示文摘本文采用Meunier等(2007)的方法对2008年汶川MW7.9地震引发的滑坡密度分布特征进行了分析,以进一步确定其与峰值地动加速度(PGA)之间的关系。分析表明:地震滑坡的密度与峰值地动加速度之间具有很好的定量关系。滑坡失稳时的临界峰值地动加速度值(PGAcr)分别为:平均水平峰值地动加速度的临界值为0.21g,平均垂直峰值地动加速度的临界值为0.12g。与其他地震类似,汶川地震滑坡的分布特征同样可以由基于滑坡面密度和点密度的两个方程来进行描述。在这两个方程中,类似的衰减因子(约为20)表明:地震滑坡的两种密度分布特征(点密度和面密度)都可以反映地震能量的衰减规律。基于这样的滑坡密度分布定量描述模型,以汶川地震断层的上盘区域为例,提出了基于滑坡分布特征来反演地震峰值地动加速度的方法,并通过反演得到了汶川地震断层上盘区域的峰值地动加速度分布方程。本文的研究结果表明:在没有或极少地震仪器监测数据的地区、但却有大量地震滑坡分布的情况下,通过地震滑坡的分布规律来反演构建地震动分布图是一种可能的途径。 | R.M.Yuan Q.H.Deng D.Cunningham C.XuX.W.Xu C.P.Chang 王盈(译) 袁仁茂(校) | 2018 | 世界地震译丛2018，49，3： | 0 |
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