CHAPTER 22 – INVERSE RADIATIVE HEAT TRANSFER

By Michael F. Modest. 2003

334 citations recorded by the source corpus.

Subfields: Computational Mechanics, Mathematical Physics, Media Technology

View Paper: https://www.semanticscholar.org/paper/3a70162f3654ce7b57a1029500e1a8e9f8951571

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In Computational Mechanics

1. Robert J. Riazzi
2. Jiang Fuhua
3. Lianzhou Wang
4. Qingshan Huang
5. Chao Yang
6. Michael F. Modest

In Mathematical Physics

1. Robert J. Riazzi
2. Qingshan Huang
3. Jiang Fuhua
4. Lianzhou Wang
5. Chao Yang

In Media Technology

1. Robert J. Riazzi
2. Qingshan Huang
3. Jiang Fuhua
4. Lianzhou Wang
5. Chao Yang

Citations in the corpus

• Assembly of full-spectrum k-distributions from a narrow-band database; effects of mixing gases, gases and nongray absorbing particles, and mixtures with nongray scatterers in nongray enclosures (2004, methodology): “The soot’s absorption coe1cient was determined using the small particle limit of Rayleigh scattering for a cloud of non-uniform particles sizes [7] given by $ = 36 nk (n2 − k2 + 2)2 + 4n2k2 fv $ : (44) Full-spectrum k-distributions for this test case obtained directly from HITEMP, as well as from ou”
• Design of photobioreactors for mass cultivation of photosynthetic organisms (2017, methodology): “The spectral quantities of the radiation are approximated by using a series of boxes [122,123], where the area under the spectrum is defined as equivalent to the quantity of area under the box [121].”