Organiser:
L.O.T.-Oriel GmbH & Co. KG, Woollam Co.
Location:
Im Tiefen See 58
64293 Darmstadt / Germany
Short course Announcement
L.O.T.-Oriel GmbH & Co. KG together with the J.A. Woollam Co., Inc. is happy to introduce a new course on Ellipsometry Data Analysis that targets intermediate to advanced users. Students should have at least some ellipsometry experience and a proficiency with WVASE32 software. The course will be divided into sessions that include thin and thick film analysis, transparent and absorbing layers, graded, Genosc Layers, anisotropy. To support the lectures, participants will work examples on individual computers (participants need to bring their own notebook).
Genosc Layer
Learn the intimate details of our most powerful layer. Session will begin with a review of the information for standard data analysis. However, it will quickly proceed to topics including advanced oscillator types: Gauss-Lorentz, Tauc- and Cody-Lorentz, GLAD, TOLO, PSEMI-Triangle…
The Genosc layer is both powerful and versatile and we examine advanced methods that unlock the full utility of this layer. We will also discuss how to control correlation and minimize the number of free parameters.
Grading
Ellipsometry measurements are often sensitive to optical gradients within a thin film. The WVASE32 software offers a variety of models to approach graded samples – starting with the Simple Graded layer and working toward the EMA-Based Graded layer and working toward the Function–based Graded layer.
Anisotropy
Anisotropic materials provide exciting new challenges during data acquisition and analysis. Building on the Advanced Data Acquisition Session, which will introduce students to Generalized Ellipsometry and Mueller-Matrix measurements, this session will cover the methods used to characterize anisotropic materials. Students will apply the BIAXAL layer within WVASE32 toward both uniaxial and biaxial materials. Examples have been selected to introduce practical methods for both substrates and thin films; eg. like PET substrates, non-symmetric crystals, organic thin films, and Liquid Crystal layers.
Day 1: Transparent Films through UV Absorption
Morning:
1) Theory and Overview of Modeling Process
*includes backside reflections, Cauchy
3) Transparent Films
*includes mouse roll-wheel, more Cauchy
Afternoon:
4) Transparent Films, cont.
*includes Sellmeier (first introduction to Genosc), Global Fit
5) EMA, Roughness
6) Simple Grading
7) Point-by-Point Fit for UV absorption
Day 2: Absorbing Films
Morning:
8) Overview of Absorbing Films Methods (from E-MRS talk, but with Examples)
*includes interference enhancement, SE+T, multi-sample analysis, and simple GENOSC (already created)
Afternoon:
9) GENOSC
*includes theory and application of Genosc for various samples
Day 3: Advanced Topics and Review
Morning:
10) Advanced Data Types
*Depolarization with examples
*generalized ellipsometry and MM (just show what can be done, but no examples)
Afternoon:
11) Simple Anisotropy with examples
12) Review
First-come first-serve policy
The number of participants for the seminar is limited to 15 persons.
After receiving your registration we will send a short confirmation. Final confirmation including program and description how to find L.O.T. will be sent together with the invoice.
The fee for the three days WVASE Trainings Course:
720,- € Brutto standard price,
500,- € Brutto student price (not for Phd. Students, on demand)
Price includes training course, coffee breaks and lunch buffet, plus joined seminar dinner on Wednesday evening, February 29th.
Cancellation policy: In case of cancelation until 29.01.2012 full refund, until 13. Feburary 2012 refund of 80%, after that no refund.
The seminar will start at 09:00 o’clock and will end at around 17:00 in the afternoon.
Travel and hotel expenses should be paid by the participants. We ask to look for hotel reservation by yourself. We have done a Pre-reservation for 20 businesssuites at the Contel Hotel in Darmstadt, Tel. +49-6151-8820.
Price per night is EUR 83,50 incl. breakfast.
When booking please use the code LOT290212.
Contact persons for questions:
Dr. Thomas Wagner (phone: +49-(0)6151-8806-68, wagner@lot-oriel.de) ,
Katharina Seehöfer (phone: +49-(0)6151-8806-571, seehoefer@lot-oriel.de)
Termine:
LOT-Oriel GmbH & Co. KG | info@lot-oriel.de | Im Tiefen See 58 | D-64293 Darmstadt | Tel.: +49 6151 88060 | Fax: +49 6151 896667 | HRB Amtsgericht Darmstadt 6538