- Only Answer A F And G Rest Are Already On Chegg 1 (106.6 KiB) Viewed 17 times
ONLY ANSWER A F AND G. REST ARE ALREADY ON answers
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ONLY ANSWER A F AND G. REST ARE ALREADY ON answers
ONLY ANSWER A F AND G. REST ARE ALREADY ON answers
For a Gaussian laser beam with beam diameter 0.005" traveling at 150 in/sec across the surface of the Accura 25 resin (Ec= 10.5 mJ/cm², Dp=.0042") on a 3D systems ProX 950 machine. The laser power is 1000 mW. a. Plot (not sketch) the exposure curve at the surface of the resin at different values of y from the center of the beam b. What is the maximum cure depth (in mm) at this exposure What is the maximum exposure (in mJ/cm²) and where does it occur What is the exposure (in mJ/cm²) at the point y=0 and Z=cure depth ? What is the predicted line width (in mm) at the surface of the resin ? Plot the change in cure depth against Exposure, using a semi log graph. Plot the cross section of the resulting volume created by the scanning of the laser beam across the resin. C. d. e. f. g.
For a Gaussian laser beam with beam diameter 0.005" traveling at 150 in/sec across the surface of the Accura 25 resin (Ec= 10.5 mJ/cm², Dp=.0042") on a 3D systems ProX 950 machine. The laser power is 1000 mW. a. Plot (not sketch) the exposure curve at the surface of the resin at different values of y from the center of the beam b. What is the maximum cure depth (in mm) at this exposure What is the maximum exposure (in mJ/cm²) and where does it occur What is the exposure (in mJ/cm²) at the point y=0 and Z=cure depth ? What is the predicted line width (in mm) at the surface of the resin ? Plot the change in cure depth against Exposure, using a semi log graph. Plot the cross section of the resulting volume created by the scanning of the laser beam across the resin. C. d. e. f. g.