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
중년의 남성과 젊은 여성이 현대적인 사무실 환경에서 태블릿으로 데이터를 분석하며 테이블에서 협업하고 있습니다.

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두 명의 실험실 기술자가 컴퓨터 화면에서 열 분석 데이터를 분석하며 실험실 환경에서 NETZSCH 소프트웨어를 선보이고 있습니다.

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