Auger Surface Analysis of a Mylar thin film formation PowerPoint Presentation.

1. Analyst: Beth Anne K. Smith Mylar Film Investigation

3. As Received Site A

4. AC table for Site A As Received FileName Area C1 N1 O1 F1 Al2 Si2 Ti2 31369.101.spe 1 81.11 2.72 7.93 - 3.22 5.02 - 31369.101.spe 2 85.92 2.82 5.93 - - 5.33 - 31369.101.spe 3 37.29 - 27.90 0.78 12.18 19.66 2.20 31369.101.spe 4 73.83 2.16 8.41 0.45 7.73 7.42 - 31369.101.spe 5 47.78 - 21.29 0.77 10.64 17.38 2.14 31369.101.spe 6 10.92 3.13 42.49 - - 43.46 - Pt 1 Film on Hinge Reference Pt 3 Hinge Pt 2 Film space between Hinge and M3 Pt 4 Film on M3 Reference Pt 5 Me Pt 6 M2 Reference

5. Sputtered 0.3 min Site A

6. AC table for Site A 0.3 min Sputter Pt 1 Film on Hinge Reference Pt 3 Hinge Pt 2 Film space between Hinge and M3 Pt 4 Film on M3 Reference Pt 5 Me Pt 6 M2 Reference FileName Area C1 N1 O1 Al2 Si2 S1 Ti2 31369.103.spe 1 86.59 2.52 6.39 - 4.50 - - 31369.103.spe 2 95.88 - 4.12 - - - - 31369.103.spe 3 18.58 - 33.64 20.25 22.30 - 5.23 31369.103.spe 4 81.43 - 11.32 - 7.25 - - 31369.103.spe 5 27.75 - 29.95 23.11 12.70 0.57 5.92 31369.103.spe 6 - - 46.77 - 53.23 - -

7. 1 2 Copper Carbon Nickel Oxygen Sulfur Chlorine Nitrogen Oxygen Silicon F S C composite N Ti Si Al O composite Site A

8. 1 2 Copper Carbon Nickel Oxygen Sulfur Chlorine Nitrogen Oxygen Silicon F S C composite N Ti Al O composite Site B Al C composite F S N Si Ti O composite