Difference between revisions of "8-8-18 notes"

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-==Presentation edits==
-*Recreate ion production rate (IPR) vs beam energy (T_e) graph for large beam energies, include units for IPR.
-*Switch scattering angle definition (small vs. large for the v_e&v_g comparisons)
-*Change v_i to v_g in 3rd case (should be v_e>>v_g, not v_e>>v_i)
-<math alt="Square root of pi">\sqrt{\pi}</math>
-==Ideas for the future==
-*Thinking about distance dependence on IPR -- perhaps convert rates to ions/(m*s) instead of ions/(m^3*s)
-*Try renormalizing IPR to beam current (i.e. express rates as ions/(m^3*s*A))
-*Thinking about how ideal the residual gas really is -- we're assuming currently that the residual gas is ideal
-*Calculate residual gas speed v_g for each gas
-*Research Mott scattering -- relates to polarization
-*Consider what happens to the electron leaving the ion (i.e. the electron that is knocked out of the residual gas molecule) -- does it leave the beam? How much energy is transferred to the ion by the electron? Does it depend on temperature, potential energy, etc.?
-*Research repelling anodes as a 4th option for ion clearing
-*Start researching ion trapping/neutralization - starting with beam gaps (as used in e+/e- beams)
-[[Presentations for Weekly Meetings | Return to Presentations]]
-[[Wiki Logbook | Go to Logbook]]
-[[Josh Yoskowitz | Return to Home Page]]

Latest revision as of 11:34, 16 August 2018