Curriculum | Class Size | Collaboration | Career Options |
|| Home || Overview ||

 
Evergreen has an impressive array of science equipment including powerful, modern instrumentation.



Students analyzing for plasticizers leached from plastic soda bottles using the single-ion peak method to look for dibutylthaloide
Environmental Analysis Program - 1997

If there's a need for a program to use an instrument in an experiment then the entire class, even if they are first year students, will be given access to that instrument.

If they demonstrate sufficient proficiency on that instrument, they may use it on their own.
Students learning to use an instrument

Students studying yeasts
on scanning electron microscope
Screen shot of SEM output

This is one of our new toys for the astronomy program at Evergreen. It's a fancy one; it'll go where you tell it to.
Dr. E. J. Zita with Meade LX200
computer-driven telescope.

Huh? What've we got? We've got one peak.
Peak search....
Peak search! Ohhh, we've got more than one..
We have two!
But we've got a great big one here - OK. Let's print it

Mass spectrometerYou can see the mass spectrum of air.
14, 16, 18, 30, no ... 28, 32, 40 ...

Student conducting individual research

HP 36" wide-bed color plotter producing large scale maps for students using Arc-View GIS software in the science computer applications laboratory.


Faculty chemist Darshi Bopegederra
demonstrating Evergreen's FTIR spectrometer

What you see here is a spectrum of Geh4 or Germane, they call it, with this FTIR spectrometer. What I'm going to do is I'm going to blow up on one of these features, or zoom in on one of these features, and if I do that... you will see that each of the lines that you saw earlier is now split into several lines.

And if I zoom in even further... you will be able to see that the single line you saw before really is a collection of five lines, and this is really neat because germanium has five isotopes, and what you see here, as if they are five fingers, are those five germanium isotopes in its natural abundance.

Curriculum | Class Size | Collaboration | Career Options |
|| Home || Overview ||

 

Produced by: Thad Curtz
Member of the Faculty
Lab 2, Room 3274
curtzt@evergreen.edu
Updated: Sunday, May 14, 2000