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| 1 | The relationships between stocking density and welfare in farmed rainbow trout显示文摘 | T.Ellis B.North A. P.Scott N.R.Bromage M.Porter D.Gadd | 2005 | Journal of Fish Biology2005，，3： | 1 |
| 2 | 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 |
| 3 | 托德的新朋友显示文摘从前有一个叫托德的男孩,他有一颗完美的心脏,几乎可以正常工作。这个几乎可以正常工作的部分就是问题所在。这个几乎可以正常工作的部分阻止了他和朋友们外出,阻止了他跑步、蹦跳、滑旱冰、玩雪橇、游泳和打篮球,以及……嗯,你明白的。他被列在医院的一个名单上,等着解决这个问题,但这个名单的进展似乎并不快。 | Eric T.Ellis 陈佳(译) | 2021 | 中学生英语2021，，3： | 0 |
| 4 | Identifying marsh dieback events from Landsat image series (1998–2018) with an Autoencoder in the NIWB estuary, South Carolina显示文摘This study reports an inventory of marsh dieback events from spatial and temporal perspectives in the North Inlet-Winyah Bay(NIWB)estuary,South Carolina(SC).Past studies in the Gulf/Atlantic coast states have reported acute marsh dieback events in which marsh rapidly browned and thinned,leaving stubble of dead stems or mudflat with damaged ecosystem services.Reported marsh dieback in SC,however,have been limited.This study identified all marsh dieback events in the estuary since 1998.With 20 annually collected Landsat images,the Normalized Difference Vegetation Index(NDVI)series was extracted.A Stacked Denoising Autoencoder neural network was developed to identify the NDVI anomalies on the trajectories.All marsh dieback patches were extracted,and their inter-annual changes were examined.Results showed a continuous,spatially variable multi-year dieback event in 1998–2005,which aligned with the reported dieback in the early 2000s from other states.The identified patches mostly returned to normal within one year while the phenomenon reoccurred in other areas of the estuary during the prolonged dieback period.This study presents the first attempt to explore long-term dieback dynamics in an estuary using satellite time series.It provides valuable information in documenting marsh healthiness and environmental resilience on SC coasts. | Huixuan Li Cuizhen Wang Jean T.Ellis Yuxin Cui Gwen Miller James T.Morris | 2020 | International Journal of Digital Earth2020，13，12： | 0 |
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