OS-9102B Incandescent Light Source OS-9107 Component OS-9106A Angular Translator with component holder OS-9104B Linear Translator 0S-91710.5mW Helium Neon L OS-9172 Laser gnment Bench (wit Optical Component OS-9152B Stude S-8020 High Sensitivity optio probe er-opnc pre 03-9130P1ism OS-9109 Glass Dispersion Tank Incand ce Figure 1:Advanced Optics Equlpment The Optics Bench Optics Light Source component Bench holder The optics bench(see Figure 2)provides a alignment rail straight,rigid surface for aligning optics experiments.For best results,the bench should be placed on a reasonably flat and level surface,and the leveling screws mmmmmmmmmmm should be adjusted so the bench rests leveling screws and locknuts(4) evenly on all four screws.Once the bench metric scale is leveled,tighten the locknuts so there is Figure 2:Using the Optics Bench no slipping. The incandescent light source and the component holders attach magnetically to the bench as shown.For proper alignment,the edge of the light source and component holders should be mounted flush to the alignment rail,which is the raised edge that runs along one side of the bench.This will ensure that the optical axis of the light source and component holders are coincident,which makes it easier to align optical components.4 The Optics Bench The optics bench (see Figure 2) provides a straight, rigid surface for aligning optics experiments. For best results, the bench should be placed on a reasonably flat and level surface, and the leveling screws should be adjusted so the bench rests evenly on all four screws. Once the bench is leveled, tighten the locknuts so there is no slipping. The incandescent light source and the component holders attach magnetically to the bench as shown. For proper alignment, the edge of the light source and component holders should be mounted flush to the alignment rail, which is the raised edge that runs along one side of the bench. This will ensure that the optical axis of the light source and component holders are coincident, which makes it easier to align optical components