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Creating a Calorimeter: Using Mathematica to Measure Dielectric Loss

At the Electrical Engineering Lab of Grenoble, Frederic Aitken studies discharge in insulating liquids in order to understand the defects associated with high-voltage transformers. For Aitken, Mathematica is a powerful tool capable of carrying out analytical calculations and numerical computations with minimal code. Using Mathematica, his team has even developed a calorimetric device to measure dielectric loss. In French.

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93 videos match your search.
Bruce Colletti
This video features Bruce Colletti, who explains how he used Mathematica to develop a geo-positioning application for precision defense targeting.
David DeBrota
This video features David DeBrota, a senior clinical research physician, who explains how he uses Mathematica to save time and money in drug trials. Includes Japanese audio.
David DeBrota
This video features David DeBrota, a senior clinical research physician, who explains how he uses Mathematica to save time and money in drug trials.
John Kiehl
This video features John Kiehl, co-owner of Soundtrack Recording Studio, who shares an example of Mathematica using powerful set theory and pattern-matching capabilities to make and produce music.
John Kiehl
This video features John Kiehl, co-owner of Soundtrack Recording Studio, who shares an example of Mathematica using powerful set theory and pattern-matching capabilities to make and produce music. Includes Japanese ...
Markus van Almsick
In this video, Markus van Almsick explains why he chose Mathematica for a project to design safe children's playground equipment.
Markus van Almsick
In this video, Markus van Almsick explains why he chose Mathematica for a project to design safe children's playground equipment. Includes Japanese audio.
Richard Scott
This video, featuring Richard Scott of CDx Laboratories, gives an example of how Mathematica is used to prevent cancer with precision diagnosis. Includes Japanese audio.
Richard Scott
This video, featuring Richard Scott of CDx Laboratories, gives an example of how Mathematica is used to prevent cancer with precision diagnosis.
William Meyer
William Meyer, the vice president of technology at Scattering Solutions, LLC, describes an example of using Mathematica's data-analysis capabilities to save time and money on drug screening.
William Meyer
William Meyer, the vice president of technology at Scattering Solutions, LLC, describes an example of using Mathematica's data-analysis capabilities to save time and money on drug screening. Includes Japanese audio.
Yves Papegay
In this video, Yves Papegay of INRIA describes how he uses Mathematica to apply symbolic computation coding methods to flight modeling and simulation applications. Includes Japanese audio.
Yves Papegay
In this video, Yves Papegay of INRIA describes how he uses Mathematica to apply symbolic computation coding methods to flight modeling and simulation applications.