摘要
Inthispaper,adetailedtheoreticalstudyonthecharacteristicsofcone-shapedinwallcapillary-basedmicrosphereresonatorsisdescribedanddemonstratedforsensingapplications.Themaximum,minimum,slope,contrast,andwidthoftheFanoresonanceareanalyzed.Asthetransmissioncoefficientofthecapillaryresonatorincreases,theabsolutevalueoftheslopeofFanoresonancesincreasestoreachitsmaximum,whichisusefulforsensorswithanultra-highsensitivity.Thereoccursanotherphenomenonofelectromagneticallyinducedtransparencywhenthereflectivityatthecapillary–environmentinterfaceiscloseto100%.Wealsoexperimentallydemonstrateditscapabilityfortemperatureandrefractiveindexsensing,withasensitivityof10.9pm∕°Cand431dB∕RIUbasedontheFanoresonanceandtheLorentzianlineshape,respectively.
出版日期
2017年05月15日（中国期刊网平台首次上网日期，不代表论文的发表时间）
