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  • 08:56, 9 March 2012 Kpark75 (Talk | contribs) uploaded "File:Phenomenaa.jpg" ‎ (Transmittance and absorptance of a free-standing Ag grating at normal incidence for (a) TE waves and (b) TM waves.)
  • 08:35, 9 March 2012 Kpark75 (Talk | contribs) uploaded "File:Polariton2.jpg" ‎ (Effect of magnetic polaritons (MPs) on the radiative properties of a single grating (slit array): (a) Schematic of a deep grating; (b) the equivalent LC circuit model; (c) Contour plots of the sum of absorptance and transmittance (i.e., 1–R) for a Ag gr)
  • 08:24, 9 March 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:Polariton1.jpg" ‎
  • 08:21, 9 March 2012 Kpark75 (Talk | contribs) uploaded "File:Polariton1.jpg" ‎ (Common structures that serve as “magnetic atoms”. (a) The split-ring resonator, (b) single split-ring resonator, (c) U-shape resonator, (d) short-wire, short-rod, or short-strip pairs, (e) fishnet structure.)
  • 08:03, 9 March 2012 Kpark75 (Talk | contribs) uploaded "File:Periodic2.jpg" ‎ (Polarization-dependent transmittance of a subwavelength grating: (upper) SEM images of the Au grating on a Si substrate; Measured transmittance of a grating sample and comparison with RCWA model considering all diffraction orders or only the zeroth order )
  • 07:49, 9 March 2012 Kpark75 (Talk | contribs) uploaded "File:Periodic1.jpg" ‎ (Schematic of a one-dimensional (1D) binary grating with a period , width w, and height h for arbitrary plane wave incidence.)
  • 11:27, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Uppereq1.jpg" ‎
  • 11:05, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphereimg.jpg" ‎ (Mean spectral power radiated from the SiC particle (of radius R = 25 nm and held at 1000K) to the gold surface right below the particle. )
  • 10:12, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere8.jpg" ‎
  • 09:55, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere7.jpg" ‎
  • 08:28, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere6.jpg" ‎
  • 08:26, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere5.jpg" ‎
  • 08:18, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere4.jpg" ‎
  • 08:07, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphereuc.jpg" ‎
  • 08:00, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphere2.jpg" ‎
  • 07:49, 3 March 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:Sphereee.jpg" ‎
  • 07:46, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Sphereee.jpg" ‎
  • 07:35, 3 March 2012 Kpark75 (Talk | contribs) uploaded "File:Spherebir.jpg" ‎
  • 09:11, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:Vacuumgap.jpg" ‎ (Plot of radiative heat flux versus gap width for different dielectric functions . The temperatures of the two media are set to be 300 K and 0 K. The dielectric function is assumed to be frequency independent, except that for SiC for which the Lorentz mode)
  • 06:40, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:Contour.jpg" ‎ (Contour plot of s(ω,)/2 for (a) SiC and (b) doped Si for doping concentration of 1020 cm-3. Note that the parallel wavevector component is normalized to the frequency. The dashed curves represent the two branches of the surface-polariton dispersion)
  • 06:11, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:2semiinf.jpg" ‎ ((a) Net energy flux between medium 1 (at 400 K) and medium 2 (at 300 K) versus the gap width for Si at different doping levels. The dash-dotted line refers to the net energy transfer between two blackbodies maintained at 400 and 300 K, respectively; and ()
  • 04:57, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:Enstrii.jpg" ‎ (ESLs for combined TE and TM waves at the SPhP frequency for SiC with d = 10 nm at different beta* values: (a) propagating waves; (b) evanescent waves. )
  • 04:26, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:Enstr1.jpg" ‎ (Energy streamlines for TM waves in SiC-vacuum-SiC for d = 100 nm. The magnitude of the magnetic field is denoted by colored contours and plotted along with the ESLs.)
  • 01:16, 1 March 2012 Kpark75 (Talk | contribs) uploaded "File:Penet1.jpg" ‎ (The distributions of the spectral and total Poynting vector (z component) near the surfaces of the emitter and receiver, both made of SiC, normalized to that in the vacuum.)
  • 23:57, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Fabry2.jpg" ‎ ((a) Normal reflectance of a fabricated specimen; (b) TE-wave reflectance at incidence angles of 30° and 45°; from [2].)
  • 23:49, 29 February 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:Fabry1.jpg" ‎ (res)
  • 23:41, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Fabry1.jpg" ‎ (Schematic of the asymmetric Fabry-Perot structure for coherent thermal emission and the reflection and transmission coefficients.)
  • 23:27, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:1dphototwo.jpg" ‎ ((a) Cross-sectional view by FIB image of the PC-on-Ag structure; (b) Polar plot of the directional emissivity demonstrates spatial coherence.)
  • 23:21, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:1dphoto1.jpg" ‎ (Surface wave dispersion relations: (a) TE waves; (b) TM waves. The shaded regions represent pass bands of the PC, and the unshaded regions correspond to stop bands. The resonance conditions obtained from the spectrometer measurements and from the scattero)
  • 12:00, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Pvol3c.jpg" ‎ (The effect of vacuum gap width d on the conversion efficiency. The conversion efficiency for η<sub>q</sub> = 100% is also plotted for comparison [12].)
  • 11:53, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Pvol3bb.jpg" ‎ (The effect of vacuum gap width d on the absorbed radiative power and electrical power generation.)
  • 11:49, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Pvol3a.jpg" ‎ (The effect of vacuum gap width d on the local current generation)
  • 11:29, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:Pvltctwo.jpg" ‎
  • 09:55, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:PhotovoltaicI.jpg" ‎ (Schematic of a near-field TPV system, where In0.18Ga0.82Sb is used as the TPV cell material and plain tungsten is used as the emitter. Both the emitter and the cell material are modeled as semi-infinite media. The minority carrier diffusion lengths and)
  • 09:17, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:DyadicII.jpg" ‎ (Schematic of a multilayered thin-film structure for Green’s function analysis. Each of the films may be at a different temperature.)
  • 08:52, 29 February 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:DyadicI.jpg" ‎ (Schematic of near-field radiative heat transfer between two closely spaced semi-infinite plates, at temperatures T1 and T2, separated by a vacuum gap d.)
  • 08:46, 29 February 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:DyadicI.jpg" ‎ ((Schematic of near-field radiative heat transfer between two closely spaced semi-infinite plates, at temperatures T1 and T2, separated by a vacuum gap d.))
  • 08:43, 29 February 2012 Kpark75 (Talk | contribs) uploaded a new version of "File:DyadicI.jpg" ‎
  • 08:33, 29 February 2012 Kpark75 (Talk | contribs) uploaded "File:DyadicI.jpg" ‎ (Schematic of near-field radiative heat transfer between two closely spaced semi-infinite plates, at temperatures T1 and T2, separated by a vacuum gap d.)
  • 05:20, 10 February 2012 Kpark75 (Talk | contribs) uploaded "File:Dispersionrelation.jpg" ‎ (Dispersion relation of SPP as manifested by an Ag grating. Note that <math>k_{x} =(\omega /c)\sin \theta </math>.)
  • 05:10, 10 February 2012 Kpark75 (Talk | contribs) uploaded "File:Surfacepolaritoncouplers.jpg" ‎ (Schematic diagrams of surface polariton couplers and dispersion curves. (a) A metal-coated prism coupler can excite surface polartions (b) by making use of the total internal reflection on the prism-metal interface. (c) A metallic grating structures can a)
  • 17:18, 28 January 2012 Kpark75 (Talk | contribs) New user account ‎
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