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  1. IEEE Transactions on Applications and Industry
  2. Year : 1963 Volume : 82
  3. Issue 68
  4. Design Parameters for Thermoelectric Generators
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Year : 1964 Volume : 83
Year : 1963 Volume : 82
Issue 69
Issue 68
A Model Referenced Parameter Tracking Technique for Adaptive Control Systems I-The Principle of Adaptation
A Model Referenced Parameter Tracking Technique for Adaptive Control Systems II-Stability Analysis by the Second Method of Lyapunov
Feedback Compensation Using Derivative Signals I - Routh's Criterion; Root Loci
Feedback Compensation Using Derivative Signals II - Mitrovic's Method
A 440/762-Volt Oil-Field Combination Starter
Multivariable Adaptive Computer Control by Identification Feedback
Rapid Methods for the Solution of Automatic Control Equations
Design Parameters for Thermoelectric Generators
Automatic Control Conference Papers
Issue 67
Issue 66
Issue 65

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Design Parameters for Thermoelectric Generators

Content Provider IEEE Xplore Digital Library
Author McCabria, J. L. Schuh, N. F.
Copyright Year 1963
Abstract This paper presents a method for evaluating the performance capabilities of a thermoelectric generator. The fundamental equations given by Ioffe and others have been modified to include the effective figure-of-merit of an array of thermocouples in place of the figure-of-merit of the thermoelectric materials. Practical factors such as electrode and contact resistance have been considered. Performance calculations for a typical generator show that these factors have a significant influence on the performance of a lightweight generator.
Starting Page 296
Ending Page 303
Page Count 8
File Size 1296429
File Format PDF
ISSN 05361524
Volume Number 82
Issue Number 68
Language English
Publisher Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Publisher Date 1963-09-01
Access Restriction Subscribed
Rights Holder Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subject Keyword Thermoelectricity Power generation Heat transfer Waste heat Contact resistance Equations Solar heating Electrodes Satellites Oceans
Content Type Text
Resource Type Article
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