LFA 717 Hyperflash instrument for thermal conductivity analysis, featuring a user-friendly interface and E-Learning course badge.
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Basic Course
LFA 717 HyperFlash® 

Language: English - Duration: 86 Min.

This Online course explains the

  • theory of thermal conductivity,
  • your LFA 717 HyperFlash® instrument itself,
  • the theory of LFA,
  • which factors have an influence on your LFA Measurement,
  • how to prepare your samples and sample holders
  • how to start a measurement and
  • how to evaluate thermal conductivity and diffusivity,
  • and finally how to export the date

Course Information

  • Language: English
  • Total Course Duration: 86 Min.
  • Duration of use: unlimited
  • Price: free of charge

Syllabus

  • Introduction of the speaker and the agenda
  • Introduction
  • What is Thermal Conductivity?
  • Methods for Determination the Thermal Conductivity
  • Application Examples
  • Summary
  • Introduction on the Product Guide of the NETZSCH LFA 717 HyperFlash®
  • Instrument Overview and Connections
  • Detector and Zoom Optics
  • Front Panel
  • Opening and Closing the Furnace
  • Opening the Device: Internal Elements
  • Standard Sample Holders
  • Additional Tools
  • Summary
  • Introduction
  • Introduction to the Flash Method
  • Pulse Execution and Signal Determination
  • Results Obtained from Signal Analysis
  • Parker Model: Adiabatic Conditions
  • Standard Model (Improved Cape-Lehman Model)
  • Additional Models
  • Pulse Correction
  • Baseline Types
  • Summary
  • Introduction on influential factors
  • Influence of the Graphite Spray
  • Influence of the Sample Geometry
  • Influence of the Atmosphere
  • Influence of the Specific Heat Capacity Determination
  • Summary
  • Introduction on Sample Preparation
  • Sample Geometry
  • How to Determine the Sample Thickness
  • How to Determine the Sample Density
  • Optimizing the Radiative Properties of the Surface
  • Summary
  • Introduction
  • How to Fill the Detector
  • Checking and Cleaning the Furnace Windows
  • Placing the Sample and the Sample Holder into the Furnace
  • Proteus® LFA Measurement Software: Before Measurement
  • Proteus® LFA Measurement Software: Starting a Measurement
  • Summary
  • Introduction on evaluating a measurement
  • Open the Database and the Measurement in the NETZSCH Proteus® LFA Analysis
  • Thermal Diffusivity Analysis
  • Specific Heat Capacity Determination
  • Thermal Conductivity Determination
  • Export of the Analysis Results
  • Summary
  • Course Summary
Um homem de meia-idade e uma jovem colaboram em uma mesa, analisando dados em um tablet em um ambiente de escritório moderno.

Consultoria e vendas

Você tem mais perguntas sobre o instrumento ou o método? Gostaria de falar com um representante de vendas?

Serviço e suporte

Você já tem um instrumento NETZSCH e precisa de suporte técnico ou peças de reposição?

Representante de suporte ao cliente sorridente em um escritório moderno, conversando enquanto trabalha em um computador.
Dois técnicos de laboratório analisam dados de análise térmica em uma tela de computador, mostrando o software NETZSCH em um ambiente de laboratório.

Academia e treinamento

Gostaria que oferecêssemos treinamento on-line ao vivo ou no local, no laboratório, para atender às suas necessidades específicas?

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