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Created page with '*This page is for the use of Dr. Richard T. Jones to display the progress made with the laser ablation optics system. {| cellpadding="3" style="text-align:center; margin: 1em au…'
*This page is for the use of Dr. Richard T. Jones to display the progress made with the laser ablation optics system.
{| cellpadding="3" style="text-align:center; margin: 1em auto 1em auto"
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| [[File:long_view_rail.jpg|right|thumb]] || || [[File:Brendan-optics.jpg|left|thumb]][[File:Stage_lens_sensor.jpg|right|thumb]] || || [[File:Longview_optics.jpg|left|thumb]] || || [[File:optics-laser.jpg|left|thumb]] || || [[File:optics_laser_scope.jpg|left|thumb]] || || [[File:Longview_oscilloscope.jpg|left|thumb]]
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*These photos are taken from a TurboCAD rendering of the optics rail that I completed this week. I have also added the 0.5cm x 0.5cm x 100 micron thick diamond at the optimum focal length ([http://zeus.phys.uconn.edu/wiki/index.php/Diamond_Radiator_Thinning_Using_an_Excimer_Laser 17cm]) and tilted at a 45<math>degree</math> angle from the beam axis. The blue cone represents the ablation plume and its dimensions are taken from plume characteristics observed in local thin film ablation laboratories.
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| [[File:opticsB.jpg|right|thumb]] || || [[File:opticsC.jpg|left|thumb]][[File:opticsD.jpg|right|thumb]] || || [[File:opticsE.jpg|left|thumb]] || || [[File:optics.BlastTCW.jpg|left|thumb]] || || [[File:rail.jpg|left|thumb]] || || [[File:blastII.jpg|left|thumb]] || || [[File:diamond_blast.jpg|left|thumb]]
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|}
{| cellpadding="3" style="text-align:center; margin: 1em auto 1em auto"
|-
| [[File:long_view_rail.jpg|right|thumb]] || || [[File:Brendan-optics.jpg|left|thumb]][[File:Stage_lens_sensor.jpg|right|thumb]] || || [[File:Longview_optics.jpg|left|thumb]] || || [[File:optics-laser.jpg|left|thumb]] || || [[File:optics_laser_scope.jpg|left|thumb]] || || [[File:Longview_oscilloscope.jpg|left|thumb]]
|-
|}
*These photos are taken from a TurboCAD rendering of the optics rail that I completed this week. I have also added the 0.5cm x 0.5cm x 100 micron thick diamond at the optimum focal length ([http://zeus.phys.uconn.edu/wiki/index.php/Diamond_Radiator_Thinning_Using_an_Excimer_Laser 17cm]) and tilted at a 45<math>degree</math> angle from the beam axis. The blue cone represents the ablation plume and its dimensions are taken from plume characteristics observed in local thin film ablation laboratories.
|-
| [[File:opticsB.jpg|right|thumb]] || || [[File:opticsC.jpg|left|thumb]][[File:opticsD.jpg|right|thumb]] || || [[File:opticsE.jpg|left|thumb]] || || [[File:optics.BlastTCW.jpg|left|thumb]] || || [[File:rail.jpg|left|thumb]] || || [[File:blastII.jpg|left|thumb]] || || [[File:diamond_blast.jpg|left|thumb]]
|-
|}