Work Package 3:
00
Auger projectile spectroscopy - Design of experimental apparatus
Figure
1: Photo of spectrometer chamber on XYZ translation table
and gas cell 6-way cross with turbos installed.
Figure
2: 3-D schematic of new chamber support structure (SolidWorks
3D)
Figure
3: Double differentially pumped target gas cell, along with paracentric HDA with 4-element injection lens and 2-D PSD. Each color denotes a different electrode voltage. The length of the gas cell (in red) is 50mm and its distance (center) to the lens entry 286mm.
(SolidWorks
3D)
Description of work package
Work Package
3
Start:
Month 1
Finish:
Month 9
Cost:
Title:
WP3:
00
Auger projectile spectroscopy - Design of experimental apparatus
Description:
Research Teams:
RT1, RT2, RT3
3.1 Design of full experimental
setup inside collision chamber:Details of
electron optics, gas cell and spectrometer input lens geometries
will be reconsidered and partially redesigned to further
improve Kansas apparatus. TRANSPORT code used to
optimize ion beam transmission through the target gas cell.
3.2 Market research, ordering
and receiving all required components:
The apparatus from Kansas
came without electronics such as signal processing amps,
HV power supplies and data acquisition which have to be
bought. New spectrometer support will be designed and constructed
in the machine shop.
Deliverables:
2
Reports and part of BS, MS or PhD thesis
WP3: Table of Activities during THALIS funding
period (end 31/12/2015)
Completed
Activity
Target Date
Parametric design on 5-element
lens tested both experimentally and in SIMION simulation in
collaboration with Afyon Kocatepe University e-2e group (AKU),
Afyon, Turkey
