OPTICAL COMPONENT PARAMETERS
M1Paraboloidf1 = 0.260 m
M2Paraboloidf1 = 0.201 m
M3Hyperboloidf1 = 3.107 m, f2 = -19.39 m
M4Paraboloidf1 = 7.000 m
M5Paraboloidf1 = 0.490 m
M6Hyperboloidf1 = 0.3475 m, f2 = -0.4127 m
M7Hyperboloidf1 = 0.3475 m, f2 = -0.4127 m
M8Hyperboloidf1 = 0.100 m, f2 = -0.386 m
M9Ellipsoidf1 = 0.377 m, f2 = 11.46 m
M10Ellipsoidf1 = 0.736 m, f2 = 10.22 m
M11Special(cavity dump collimation)
M12Special(cavity dump collimation)
M13Paraboloidf1 = 0.380 m
M14Paraboloid(diagnostic station)
M15Special(cavity dump collimation)
M16Special(cavity dump collimation)
M17Ellipsoidf1 = 15.0 m, f2 = 15.0 m
L1TPX plano-convex lensf = 2.00 m, R = 0.924 m
L2TPX plano-convex lensf = 1.70 m, R = 0.785 m
L3TPX plano-convex lensf = 2.50 m, R = 1.155 m
L4TPX plano-convex lensf = 1.40 m, R = 0.647 m
L5TPX plano-convex lensf = 1.50 m, R = 0.693 m
L6TPX plano-convex lensf = 2.50 m, R = 1.155 m
L7TPX plano-convex lensf = 1.70 m, R = 0.785 m
L8TPX plano-convex lensf = 1.70 m, R = 0.785 m
L9TPX plano-convex lensf = 1.70 m, R = 0.785 m

NOTES:
Mirrors are 90o off-axis reflectors and are cut as figures of revolution on a numerical milling machine then hand polished. Material is brass or OFHC copper with 1 µm gold plating.
TPX lenses are cut on a template guided lathe then hand polished