These devices contain surrounding periodic surface corrugation that allow for enhanced optical throughput.Ajay NahataRichard A. LinkeT. IshiK. OhashiConference on nonlinear optics
In this submission, we describe a geometry that has resulted in the largest enhancement of optical throughput in a single sub-wavelength aperture to date.doi:10.1109/qels.2002.1031056Nahata, A.Thio, T.Linke, R.A.Ishi, T.Ohashi, K.Quantum Electronics and Laser Science Conference...
U LinkeU StimmingElsevier BVSurface ScienceW. Akemann,K. A. Friedrich,U. Linke,U. Stimming.The catalytic oxidation of carbon monoxide at the platinum/electrolyte interface investigated by optical second harmonic generation (SHG):comparison of Pt(111) and Pt(997) electrode surfaces. Surface ...
Richard LinkeAjay NahataTineke ThioT. IshiK. OhashiIntegrated photonics research: Conference on integrated photonics research, July 17-19, 2002
We consider a metal film with a single sub-wavelength diameter hole surrounded by corrugations on one surface. This structure exhibits a resonance with peak optical transmission 125 times greater than that of a simple hole without corrugations. We present measurements and calculations which lead us ...
Werner F. FrankAlexander SchoesserStefan BrunnerFrank LinkeTorsten K. StrempelManfred EichNonconducting photopolymers and applications: Conference on nonconducting photopolymers and applications, 20-21 July 1992, San Diego, CaliforniaW.F.X. Frank, A. Schoesser, S. Brunne, F. Linke, T.K. ...
out since 1986 at the Meteorological Observatory in Lindenberg (MOL) and at the Institute of Physics of the Atmosphere (IPA) in Mainz can be used to study long term trends of concentration changes for atmospheric trace compounds over central Europe.Both locations are representative for moderately ...
We found that, in a certain power range, the trapping strength of polystyrene particles is linearly decreasing with increasing laser power.Regina K SchmittLiselotte JauffredS. Mohammad-Reza TaheriHeiner LinkeLene B. OddershedeConference on optical trapping and optical micromanipulation...