LabAdviser/Courses/TPT SEM: Difference between revisions

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'''Theoretical part'''
'''Theoretical part'''
* A 3-hour lecture. The next lectures will be held Monday the 18th of November and Monday the 16t of December 2019 from 9:00 to 12:00. Sign up here: https://danchip.doodle.com/poll/udmcihbbgudyynfy.  
* A 3-hour lecture. The next lectures will be held Thursday the 16th of January 2020 from 9:00 to 12:00. Sign up here: https://danchip.doodle.com/poll/udmcihbbgudyynfy.  
   
   



Revision as of 14:02, 28 November 2019

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The SEM TPT

DTU Nanolab offers a Tool Package Training in Scanning electron microscope (SEM); the course includes theory on SEM, as well as training in instrument operation.

The course is for all users who intend to perform any kind of SEM related process and is a prerequisite for training in any of the SEM at Nanolab.

SEM Tool Package Training
Schedule

Theoretical part


Practical part

  • A 2-hour training session, max. 3 persons per session will be planed after the lecture
  • A 2-hour one-on-one hands-on session which will request the participant to pass a “driving test” on the SEM. In this session, the participant will have the opportunity to study their own sample
Location

Theoretical part

  • The location of the lecture will be notified after you have signed up

Practical part

  • The training session takes place building 346 room 907(basement). The meeting point will be at the SEM Supra 1
Qualified Prerequisites
Preparations

Before the lecture

  • Read “Scanning Electron Microscopy Primer” by Bob Hafner and some notes that lists some differences between the SEMs described in the primer and the SEMs at Nanolab. You can find it on the cleanroom drive: U:\DCH\CleanroomDrive\_TPT\TPT SEM\Learning material, or the primer can be found here

Before the first group training session

Before the one-on-one hands-on

Course Responsible

The SEM Group at DTU Nanolab (SEM@nanolab.dtu.dk).

Sign up for the course by e-mailing to sem@nanolab.dtu.dk.

Learning Objectives
  • Prepare samples and safely operate SEM
  • Understand possibilities and limitations of SEM
  • Explain SEM electron optics and detectors
  • Optimize and analyse SEM images


Slides from the lecture