Thermal Analysis Training - 메틀러 토레도
세미나

Thermal Analysis Training

세미나

Harness the Full Potential of Your Thermal Analysis System

METTLER TOLEDO's series of one-day training courses provides the knowledge and insights you need to optimize your thermal analysis experiments and workflows. Choose from basic instrument operation to advanced and hyphenated instrument and software operation. Each course can be booked individually allowing you to select one or more topics that best suit your interests and needs.

Our courses cover the following techniques and topics:

  • Differential scanning Calorimetry (DSC)
  • Thermogravimetric analysis (TGA)
  • Thermomechanical analysis (TMA)
  • Dynamic mechanical analysis (DMA)
  • Hyphenated techniques for evolved gas analysis
  • Thermal analysis STARe software
  • Temperature modulated DSC and kinetics software option

Choose your desired course below and click the "Register" button:

STARe Software Basic
November 15, 8:30 to 17:00, CET
Online
Course: STARe Software Basic
Course language: English
Online: Course fee: 450.- CHF

Learn all about the basic functionalities in STARe software.
Topics covered:
- Introduction to thermal analysis
- The STARe database concept
- The five main programs (windows)
- Basics of calibration
STARe Software Advanced
November 19, 8:30 to 17:00, CET
Online
Course: STARe Software Advanced
Course language: English
Online: Course fee: 450.- CHF

This course provides a rundown of the key functionalities displayed on the main menu bar.
Topics covered:
- Database backup and archiving
- Special functions in the 5 main programs (windows)
- Tips and hints to create accurate and professional-looking evaluations
Software Administration
November 16, 8:30 to 17:00, CET
Online
Course: Software Administration
Course language: English
Online: Course fee: 450.- CHF

Learn about the STARe software architecture and system configuration.
Topics covered:
- STARe software architecture
- Software installation and updates
- Data backup, migration and archiving
- User Account Management
- Electronic signatures and audit trails
DSC Basic
November 17, 8:30 to 17:00, CET
Online
Course: DSC Basic
Course language: English
Online: Course fee: 450.- CHF

Learn the basic principles of DSC, including tips for experimental design and result interpretation.
Topics covered:
- DSC measurement principle
- DSC method development
- Tips for good experiments
- Adjustment and calibration
- DSC curve evaluation
DSC Advanced
November 18, 8:30 to 17:00, CET
Online
Course: DSC Advanced
Course language: English
Online: Course fee: 450.- CHF

This course is ideal for users already familiar with DSC.
Topics covered:
- Advanced DSC adjustment and calibration
- Discussion of DSC curve effects
- Possibilities using fast heating and cooling rates
- Curve interpretation
- Temperature modulated DSC and Kinetics
Kinetics and TMDSC
November 19, 8:30 to 17:00, CET
Online
Course: Kinetics and TMDSC
Course language: English
Online: Course fee: 450.- CHF

Learn about the three different TMDSC techniques and the use of Kinetics.
Topics covered:
TMDSC techniques (ADSC, IsoStep and TOPEM):
- Tips for the method design
- Curve interpretation

Kinetics:
- Nth-order versus model-free kinetics
- Kinetic predictions and practical examples
TGA Basic
November 16, 8:30 to 17:00, CET
Online
Course: TGA Basic
Course language: English
Online: Course fee: 450.- CHF

Learn all about the basic functionalities in STARe software.
Topics covered:
- Introduction to thermal analysis
- The STARe database concept
- The five main programs (windows)
- Basics of calibration
TGA Advanced
November 17, 8:30 to 17:00, CET
Online
Course: TGA Advanced
Course language: English
Online: Course fee: 450.- CHF

This course is ideal for users already familiar with TGA.
Topics covered:
- Advanced kinetics
- TGA curve interpretation
- Cp determination at higher temperatures
- TGA-sorption and TGA-vacuum
- Adjustment and calibration
TGA-MS
November 19, 8:30 to 17:00, CET
Online
Course: TGA-MS
Course language: English
Online: Course fee: 450.- CHF

Learn about TGA-MS, which is used for evolved gas analysis.
Topics covered:
- Mass spectrometry basics
- Tips and hints for TGA-MS experiments
- Result presentation
- Spectra interpretation
TGA-FTIR
November 18, 8:30 to 17:00, CET
Online
Course: TGA-FTIR
Course language: English
Online: Course fee: 450.- CHF

Learn about TGA-FTIR, which is used for evolved gas analysis.
Topics covered:
- FTIR basics
- Tips and hints for TGA-FTIR experiments
- Result presentation
- Spectra interpretation
TGA-GC/MS
November 18, 8:30 to 17:00, CET
Online
Course: TGA-GC/MS
Course language: English
Online: Course fee: 450.- CHF

Learn about TGA-GC/MS, which is used for evolved gas analysis.
Topics covered:
- GC/MS basics
- Tips and hints for TGA-GC/MS experiments
- Result presentation
- Spectra interpretation
TGA-Micro GC/MS
November 19, 8:30 to 17:00, CET
Online
Course: TGA-Micro GC/MS
Course language: English
Online: Course fee: 450.- CHF

Learn about TGA-Micro GC/MS, which is used for evolved gas analysis.
Topics covered:
- Micro GC/MS basics
- Tips and hints for TGA-Micro GC/MS experiments
- Result presentation
- Spectra interpretation
TMA
November 15, 8:30 to 17:00, CET
Online
Course: TMA
Course language: English
Online: Course fee: 450.- CHF

Learn about the properties and effects that can be measured by TMA.
Topics covered:
- TMA measurement principle and modes
- Length and temperature adjustment and calibration
- Tips for TMA experiments
- TMA curve interpretation
- DLTMA and other special modes
DMA Basic
November 15, 8:30 to 17:00, CET
Online
Course: DMA Basic
Course language: English
Online: Course fee: 450.- CHF

Learn about the four main deformation modes (bending, shear, tension and compression) and result interpretation.
Topics covered:
- DMA basics
- The 4 main deformation modes
- Tips for DMA methods and experiments
- DMA curve interpretation
DMA Advanced
November 16, 8:30 to 17:00, CET
Online
Course: DMA Advanced
Course language: English
Online: Course fee: 450.- CHF

This course is ideal for users already familiar with DMA.
Topics covered:
- Adjustment and calibration of force and displacement
- Temperature adjustment and calibration
- Switching deformation modes
- Time-temperature super-positioning (Master curve construction)
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