A Selection of Heat Flux Sensor pdfs
This short article presents our selection of heat Flux Sensor pdfs, recommended by our team of experts for educational purposes!
Short teaser about Heat flux & Heat flux sensors
Heat Flux is the rate of heat energy that passes through a surface. Depending on its exact definition, its unit can be expressed as either W/m2 or W. Temperature gradient in a given environment results in the creation of a heat that flows from the hot to the cold side of the given system. The thermal transfer coefficient of the given system is also important. Heat flux can be estimated with two different methods:
- Directly with Heat Flux Sensors
- Indirectly using Temperature Sensors.
A Heat Flux Sensor is a Seebeck sensor: When heat passes through the sensor, the sensor generates a voltage signal. This voltage signal is proportional to the heat passing through the sensor.
Thus, they can be used for many industrial or research applications implying a temperature gradient throughout a surface.
What is greenTEG’s recommended literature about heat flux ?
For more R&D and building applications, the following pdfs are available on our website:
- The Science of Insulation: This document describes is a basic but complete Guide to the Science of Insulation. Available here.
- A quick guide to Heat Flux Sensing Applications: In the following quick guide, we are introducing various applications carefully selected to show how heat flux sensing works. Available here.
- A purchasing guide to heat flux sensors: How do I choose the right sensor for my experiment ? The answer is available here.
- For Battery Calorimetry Applications: several interesting documents available here.
For Wearable Technologies integration project, the following documents are available:
Workplace Health & Safety Use Case: available here.
To learn more about the full product line for OEM applications, click here. For any of those solutions, our team of experts will accompany you in your project through a package of consultancy hours.
