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Diamond Radiator Thinning Using an Excimer Laser (view source)
Revision as of 18:55, 7 January 2010
, 18:55, 7 January 2010→Updates
* After having a conversation with Jeff Edberg from Coherent Inc. it was recommended that we check a circulating fan inside the laser head. If the fan doesn't turn then it may lead to the end of the project as parts are extremely hard to find. Fortunately, after removing the laser head cover, the fan spun freely without restriction.
* After having a conversation with Jeff Edberg from Coherent Inc. it was recommended that we check a circulating fan inside the laser head. If the fan doesn't turn then it may lead to the end of the project as parts are extremely hard to find. Fortunately, after removing the laser head cover, the fan spun freely without restriction.
* The following photos are of the inside of the Lambda Physik EMG 101 MSC Excimer Laser.
* The following photos are of the inside of the Lambda Physik EMG 101 MSC Excimer Laser.
[[Image:excimer_laser_inside.jpg|300px]] [[Image:excimer_laser_insideB.jpg|300px]] [[Image:excimer_laser_insideC.jpg|300px]]
[[Image:excimer_laser_inside.jpg|200px]] [[Image:excimer_laser_insideB.jpg|200px]] [[Image:excimer_laser_insideC.jpg|200px]]
* The next step is to transfer the laser down to Dr. Barry Wells' laboratory.
* The next step is to transfer the laser down to Dr. Barry Wells' laboratory.
* Once the power supply, main exhaust, water supply, and gases are installed properly, we will pressurize the system with helium and check for leaks as well as test the HV power supply.
* Once the power supply, main exhaust, water supply, and gases are installed properly, we will pressurize the system with helium and check for leaks as well as test the HV power supply.