| 11 | 9 | Here we take the beam from the [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/IonSource Ion source] and [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#Einzel focus] it, [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#Steerer steer] it, [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#Slits shape] it, determine its [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#BPM profile], and then either [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#Bender deflect] it or guide it into a [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/FirstLeg#Cup Faraday cup]. Here's the current setup in the Lab (right to left: source, first Einzel lens, [http://en.wikipedia.org/wiki/Mass_spectrometry#Mass_analyzer ExB filter], second Einzel lens, steerers, alignment bellows, beam defining slits, beam profile monitor, retractable Faraday-cup, chamber for spherical deflector, another beam profile monitor, and a static Faraday-cup.) Below the image, there's a more detailed view on the single elements (and for our reference, here's a link to the [https://docs.astro.columbia.edu/wiki/SavinGroup/MergedBeams/PartsLists parts lists] in case we want to make some more). |
