// automatically generated by cnf5_adm_photo.taf, do not edit
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i[1] = new Image();
i[1].src = "image/ra0506%2D11180Fuchs06Fig1%2Epng";
i[1].alt = "CoFeB Spin Valve Nanopillars for Spin Transfer Studies";
i[1].width = 166;
iCaption[1] = "CoFeB Spin Valve Nanopillars for Spin Transfer Studies, CNF Project # 111-80\r\n";
iLinkURL[1] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[1] = "Full report in PDF";
i[2] = new Image();
i[2].src = "image/ra0506%2D117703Stroock06Fig1%2Epng";
i[2].alt = "Self-Assembly of Non-Spherical Colloids";
i[2].width = 166;
iCaption[2] = "Self-Assembly of Non-Spherical Colloids, CNF Project # 1177-03";
iLinkURL[2] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[2] = "Full report in PDF";
i[3] = new Image();
i[3].src = "image/ra0506%2D120204Simelgor06Fig3%2Epng";
i[3].alt = "High Sensitivity Uncooled Microcantilever Infrared Imaging Arrays";
i[3].width = 166;
iCaption[3] = "High Sensitivity Uncooled Microcantilever Infrared Imaging Arrays, CNF Project # 1202-04";
iLinkURL[3] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[3] = "Full report in PDF";
i[4] = new Image();
i[4].src = "image/ra0506%2D122504Glassmaker06Fig1%2Epng";
i[4].alt = "Mimicry of Biological Adhesion Through Fabrication of Fibrillar Surfaces";
i[4].width = 166;
iCaption[4] = "Mimicry of Biological Adhesion Through Fabrication of Fibrillar Surfaces, CNF Project # 1225-04";
iLinkURL[4] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[4] = "Full report in PDF";
i[5] = new Image();
i[5].src = "image/ra0506%2D131405PlourdeOne06Fig3%2Epng";
i[5].alt = "Fabrication of Nanoscale Josephson Junctions for Quantum Coherent Superconducting Circuits";
i[5].width = 166;
iCaption[5] = "Fabrication of Nanoscale Josephson Junctions for Quantum Coherent Superconducting Circuits, CNF Project # 1314-05";
iLinkURL[5] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[5] = "Full report in PDF";
i[6] = new Image();
i[6].src = "image/ra0506%2D137505Leong06Fig3%2Epng";
i[6].alt = "Nano-Scale Topography and its Effect on Cellular Behavior";
i[6].width = 166;
iCaption[6] = "Nano-Scale Topography and its Effect on Cellular Behavior, CNF Project # 1375-05";
iLinkURL[6] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[6] = "Full report in PDF";
i[7] = new Image();
i[7].src = "image/ra0506%2D55195RecciusFig2%2Epng";
i[7].alt = "Compression and Free Expansion of Single DNA Molecules in Nanochannels";
i[7].width = 166;
iCaption[7] = "Compression and Free Expansion of Single DNA Molecules in Nanochannels, CNF Project # 551-95";
iLinkURL[7] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[7] = "Full report in PDF";
i[8] = new Image();
i[8].src = "image/ra0506%2D59896Kuemmeth06Fig1%2Epng";
i[8].alt = "Single Electron Transistors made using Chemically Synthesized Metal Nanoparticles";
i[8].width = 166;
iCaption[8] = "Single Electron Transistors made using Chemically Synthesized Metal Nanoparticles, CNF Project # 598-96";
iLinkURL[8] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[8] = "Full report in PDF";
i[9] = new Image();
i[9].src = "image/ra0506%2D59996Verbridge06Fig1%2Epng";
i[9].alt = "High Quality Factor Nanostring Resonators";
i[9].width = 166;
iCaption[9] = "High Quality Factor Nanostring Resonators, CNF Project # 599-96";
iLinkURL[9] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[9] = "Full report in PDF";
i[10] = new Image();
i[10].src = "image/ra0506%2D65997BoremanFig1%2Epng";
i[10].alt = "Infrared Systems Progress at CNF: Tunable and Static Infrared Frequency Selective Surfaces";
i[10].width = 166;
iCaption[10] = "Infrared Systems Progress at CNF: Tunable and Static Infrared Frequency Selective Surfaces, CNF Project # 659-97";
iLinkURL[10] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[10] = "Full report in PDF";
i[11] = new Image();
i[11].src = "image/ra0506%2D69298PollackFig1%2Epng";
i[11].alt = "Improving the Mixing Uniformity of Microfluidic Mixers";
i[11].width = 166;
iCaption[11] = "Improving the Mixing Uniformity of Microfluidic Mixers, CNF Project # 692-98";
iLinkURL[11] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[11] = "Full report in PDF";
i[12] = new Image();
i[12].src = "image/ra0506%2D80499Gokirmak06Fig1%2Epng";
i[12].alt = "Accumulated Body MOSFET: A Side-Gated Approach for Extreme Electrostatic Threshold Voltage Tuning";
i[12].width = 166;
iCaption[12] = "Accumulated Body MOSFET: A Side-Gated Approach for Extreme Electrostatic Threshold Voltage Tuning, CNF Project # 804-99";
iLinkURL[12] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[12] = "Full report in PDF";
i[13] = new Image();
i[13].src = "image/ra0506%2D81099Fauchet06Fig2%2Epng";
i[13].alt = "Preparation of Silicon Based Photonic Materials";
i[13].width = 166;
iCaption[13] = "Preparation of Silicon Based Photonic Materials, CNF Project # 810-99";
iLinkURL[13] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[13] = "Full report in PDF";
i[14] = new Image();
i[14].src = "image/ra0506%2D88300Beyder06FigA%2Epng";
i[14].alt = "Highly Compliant Gimbaled AFM Probes";
i[14].width = 166;
iCaption[14] = "Highly Compliant Gimbaled AFM Probes, CNF Project # 883-00";
iLinkURL[14] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[14] = "Full report in PDF";
i[15] = new Image();
i[15].src = "image/ra0506%2D90000Donev06Fig1%2Epng";
i[15].alt = "Capacitance Measurements of Individual Carbon Nanotubes";
i[15].width = 166;
iCaption[15] = "Capacitance Measurements of Individual Carbon Nanotubes, CNF Project # 900-00";
iLinkURL[15] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[15] = "Full report in PDF";
i[16] = new Image();
i[16].src = "image/ra0506%2D98001Gondarenko06Fig2%2Epng";
i[16].alt = "Evolutionary Photonics";
i[16].width = 166;
iCaption[16] = "Evolutionary Photonics, CNF Project # 980-01";
iLinkURL[16] = "http://www.cnf.cornell.edu/doc/200506CNFra.pdf";
iLinkText[16] = "Full report in PDF";
i[17] = new Image();
i[17].src = "image/ra0506-131405PlourdeOne06Fig3.png";
i[17].alt = "";
i[17].width = 166;
iCaption[17] = "";
iLinkURL[17] = "";
iLinkText[17] = "";

var r = Math.floor(1+Math.random()*17);