X-Git-Url: https://git.ucc.asn.au/?a=blobdiff_plain;ds=sidebyside;f=research%2FTCS%2F2012-09-13%2Freadme;h=e9e79984b62747bb5638259e1eca8c813c3218e2;hb=4e99fb6758f056a338cb499f22c7827b2d14e2b8;hp=57d3756f14d16b19591106e9178c4fd86376028f;hpb=26c125054f99b0616b710ff89eee4dced688a5d0;p=matches%2Fhonours.git

diff --git a/research/TCS/2012-09-13/readme b/research/TCS/2012-09-13/readme
index 57d3756f..e9e79984 100644
--- a/research/TCS/2012-09-13/readme
+++ b/research/TCS/2012-09-13/readme
@@ -45,3 +45,22 @@ Au on Si:
 - Take a few more sweeps, then prepare Black Au.
   - Hopefully will actually get it done this time.
 
+  - Had to go to tutorial at 11:00, then had lunch... then QFT Tutorial... didn't get back until 14:08
+    - Sweeps all appear similar, slight downward drift in maximum current
+      - I really hope the filament doesn't die.
+
+  - Prepare Black Au !
+     - pressure monitored in 1408.pressure.dat every 5s
+	- Evaporate at 3.1A - entire ball melts after 18mins
+	
+  - Decrease pressure; turn turbo pump back on. Pressure still in 1408.pressure.dat (pump turned on after t = ~2580s)
+  - Turn on filament (2980s) monitor sample current with max initial energy, wait for stabilise, then take TCS
+    - Or don't wait
+      - Note shift in work function from ~500 to ~800 counts
+
+  - Plan: 
+     - Take TCS of Black Au 
+     - Evaporate shiny Au on top
+     - See if TCS returns to original form
+     - Then vent chamber, turn off everything for electricians on Friday    
+