Problem on heat transfer on multilayer

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SUMMARY

The discussion focuses on determining the emissivity of materials such as silicon, silicon dioxide, nickel, and tungsten in the context of heat transfer in multilayers. Participants shared valuable resources, including online databases and a key reference paper by M. A. Ordal et al. from 1985, which details the optical properties of various metals. The provided links include databases from Astro SPBU, Omega Engineering, and infrared thermography resources, all of which are essential for obtaining accurate emissivity values.

PREREQUISITES
  • Understanding of heat transfer principles
  • Familiarity with emissivity and its significance in thermal analysis
  • Knowledge of materials science, particularly regarding silicon and metals
  • Access to scientific literature and databases for research
NEXT STEPS
  • Research the emissivity values of silicon and silicon dioxide using the provided online resources
  • Study the paper by M. A. Ordal et al. for detailed insights on metal emissivity
  • Explore additional databases for thermal properties of materials
  • Investigate the impact of multilayer structures on heat transfer efficiency
USEFUL FOR

Researchers, engineers, and students involved in thermal analysis, materials science, and heat transfer applications will benefit from this discussion.

rr00053
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Hi everyone...

I am doing a problem on heat transfer on multilayers... want to find out the emmisivity of some materials like silicon, silicon dioxide, Nickel, Tungten... Can anyone suggest me some papers or links or good books to get the emmisivty of these materials...

Thanks in advance
 
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Hi andy resnik,
thankyou very much for the links and references..
 

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