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    <slide url="gallery/Johann-Fig-1-for-web.jpg" type="image" effect="" autoplay="5000" thumb="gallery/Johann-Fig-1-for-web_thumb.png">
      <description><![CDATA[ Johann Swanepoel (bending next to his friend Ron Edge) built these two 20” scopes. Photo by Julian Shellard ]]></description>
    </slide>
    <slide url="gallery/Johann-Fig-2-for-web.jpg" type="image" effect="" autoplay="5000" thumb="gallery/Johann-Fig-2-for-web_thumb.png">
      <description><![CDATA[ Johann Swanepoel flanked by the twin 20” Dobsonians at ScopeX 2011 at the Military Museum in Johannesburg. Photo by Pierre Lourens ]]></description>
    </slide>
    <slide url="gallery/Johann-Fig-3-for-web.jpg" type="image" effect="" autoplay="5000" thumb="gallery/Johann-Fig-3-for-web_thumb.png">
      <description><![CDATA[ The trunnion-mounted 4 ½ inch Newtonian can be used as a super finder for low-power wide-field views, or by kids and the disabled who cannot reach the main scope's eyepiece. Note the altitude motor/gearbox assembly and the controller and 12 volt battery mounted in removable aluminium holders.  Photo by Allen Versveld ]]></description>
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    <slide url="gallery/Johann-Fig-4-for-web.jpg" type="image" effect="" autoplay="5000" thumb="gallery/Johann-Fig-4-for-web_thumb.png">
      <description><![CDATA[ Machine being used in Zeiss mode – note adapted crocodile frame holding mirror (MOT) ]]></description>
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    <slide url="gallery/Johann-Fig-5-for-web.jpg" type="image" effect="" autoplay="5000" thumb="gallery/Johann-Fig-5-for-web_thumb.png">
      <description><![CDATA[ Machine in Zeiss mode with sub-diameter tool  (TOT) held in place by a special wooden frame. Note computer power supply being used to obtain various voltages for the three motors ]]></description>
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      <description><![CDATA[ Machine with Draper type arm (using wood and drawer slides). With arm in a fixed position and table and mirror turning at higher speed, a Mirror-O-Matic type hypocycloidal motion is achieved ]]></description>
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</gallery>