User:David J Weiss/Notebook/notes E/m Ratio: Difference between revisions
From OpenWetWare
Jump to navigationJump to search
| Line 3: | Line 3: | ||
==Equipment== | ==Equipment== | ||
Digital Voltmeter BK Precision Model 2831B | Digital Voltmeter BK Precision Model 2831B | ||
Deluxe Regulated Power Supply Gelman Interment CO. Model 38520 115V | Deluxe Regulated Power Supply Gelman Interment CO. Model 38520 115V | ||
DC Power Supply Soar Corporation 7400 Series 117V | DC Power Supply Soar Corporation 7400 Series 117V | ||
e/m Experimental Apparatus Model TG-13 Uchida Yoko | e/m Experimental Apparatus Model TG-13 Uchida Yoko | ||
==Safety== | ==Safety== | ||
The main safety concerns associated with this lab are: | The main safety concerns associated with this lab are: | ||
Revision as of 14:13, 12 October 2009
E/M Ratio Notes
In this lab we will be studying the effects of electric and magnetic fields on charged particles with mass, and studying the mass charge ratio of an electron (e/m).
Equipment
Digital Voltmeter BK Precision Model 2831B
Deluxe Regulated Power Supply Gelman Interment CO. Model 38520 115V
DC Power Supply Soar Corporation 7400 Series 117V
e/m Experimental Apparatus Model TG-13 Uchida Yoko
Safety
The main safety concerns associated with this lab are:
- 1)Electrical die to the fact the you will use a dc power supply that will be 150-300V at 2A
- 2)Equipment Safety do not drop the e/m apparatus due to the fact that it is glass and that it will break and that it is pressurized
- 3)Don't cut your self if you were dumb enough to break the e/m apparatus glass is sharp
Set Up
Notes
Day 1
- Went through a safety brief with Dr Koch.
{{#widget:Google Spreadsheet |key=0Ao8NF4FsZR3ydENnY1RrbEtQd1dxUGxOWEpxY1E0Umc |width=1050 |height=300 }}
