S. Park

发表

Recent advances in microcavity plasma devices and arrays: a versatile photonic platform

Kuo-Feng Chen, N. Ostrom, J. Eden, 2005 .

Microcavity-enhanced electron emission from lead zirconate-titanate cathodes

J. Eden, C. Marsh, S. Park, 2009 .

Cs-Ar optical amplifier with a saturation intensity of 10 kW-cm-2 and single-pass extraction efficiency of 28% at 852.2 nm.

J. Eden, S. Park, A. Mironov, 2020, Optics express.

Transport properties of phosphorus-doped ZnO thin films

David P. Norton, Stephen J. Pearton, Young-Woo Heo, 2003 .

Interchannel optical coupling within arrays of linear microplasmas generated in 25–200μm wide glass channels

J. Eden, S. Park, S. Sung, 2010 .

Pulsed microplasmas generated in truncated paraboloidal microcavities: simulations of particle densities and energy flow

Ho‐Jun Lee, J. Eden, S. Park, 2012, ICOPS 2012.

Lighting from thin (<1 mm) sheets of microcavity plasma arrays fabricated in Al/Al2O3/glass structures: planar, mercury-free lamps with radiating areas beyond 200 cm2

J. Eden, J. Readle, S. Park, 2007 .

Ultraviolet emission intensity, visible luminance, and electrical characteristics of small arrays of Al/Al2O3 microcavity plasma devices operating in Ar/N2 or ne at high-power loadings

J. Eden, S. Park, Kyung-Suk Kim, 2006 .

Arrays of nonequilibrium plasmas confined to microcavities: an emerging frontier in plasma science and its applications

J. Eden, S. Park, S. Park, 2006 .

Silicon microdischarge devices having inverted pyramidal cathodes: Fabrication and performance of arrays

Jack Chen, C. Liu, J. Eden, 2001 .

Carbon nanotube-enhanced performance of microplasma devices

J. Eden, S. Park, K. H. Park, 2004 .

Direct evidence of the charge ordered phase transition of indium nanowires on Si111.

D. Park, S. Park, S. Min, 2004, Physical review letters.

Distribution of free carriers near heavily-doped epitaxial surfaces of n-type Ge(100) upon HF and HCl treatments

T. Tada, S. Park, N. Uchida, 2015 .

Photodetection in the visible, ultraviolet, and near-infrared with silicon microdischarge devices

J. Eden, J. Ewing, S. Park, 2002 .

Narrowband attenuation at 157 GHz by a plasma photonic crystal

J. Eden, S. Park, S. Park, 2017 .

13–30 micron diameter microdischarge devices: Atomic ion and molecular emission at above atmospheric pressures

J. Eden, S. Park, 2002 .

Microdischarge array-assisted ignition of a high-pressure discharge: Application to arc lamps

Sung-Jin Park, N. Ostrom, J. Eden, 2001 .

Novel electronic structure of inhomogeneous quantum wires on a Si surface.

C. Whang, S. Park, I. Lyo, 2004, Physical review letters.

Integration of carbon nanotubes with microplasma device cathodes: reduction in operating and ignition voltages

J. Eden, S. Park, K. H. Park, 2004 .

Nanoporous alumina as a dielectric for microcavity plasma devices: Multilayer Al/ Al2O3 structures

J. Eden, S. Park, K. Kim, 2005 .

Quantum confinement in amorphous silicon quantum dots embedded in silicon nitride.

T. Seong, N. Park, C. Choi, 2001, Physical review letters.

ROTATIONAL MAGNETIC MEASUREMENTS OF VORTEX PINNING IN POLYCRYSTALLINE TYPE-II SUPERCONDUCTORS

S. Park, J. Kouvel, M. K. Hasan, 1995 .

Simple frictional model for interacting vortices in an isotropic type-II superconductor

S. Park, J. Kouvel, 1995 .

Fabrication of RF-Sputtered Y-Ba-Cu-O-Ag Composite Thin Films

Sang Young Lee, Y. H. Kim, S. Park, 1990 .

Temperature dependence of the vortex pinning enhancement by γ irradiation of Bi1.6Pb0.4Sr2Ca2Cu3O10 polycrystals

I. Obaidat, B. Albiss, S. Park, 2000 .

Spatial dynamics of the light emission from a microplasma array

J. Eden, V. S. Gathen, J. Winter, 2008 .

Microplasma devices fabricated in silicon, ceramic, and metal/polymer structures: Arrays, emitters and photodetectors

Jack Chen, B. Vojak, C. Liu, 2003 .

One quarter million (500×500)pixel arrays of silicon microcavity plasma devices: Luminous efficacy above 6lumens∕watt with Ne/50% Xe mixtures and a green phosphor

N. Ostrom, J. Eden, S. Park, 2006 .

Arrays of AC-excited, silicon microdischarge devices as large as 40 000 (200×200) pixels: electrical and optical characteristics for operation in neon

N. Ostrom, J. Eden, S. Park, 2005 .

40000pixel arrays of ac-excited silicon microcavity plasma devices

N. Ostrom, S. Park, J. G. Eden, 2005 .

Microdischarge devices with 10 or 30 μm square silicon cathode cavities: pd scaling and production of the XeO excimer

J. Chen, C. Liu, J. Eden, 2004 .

Reduction in the breakdown voltage of a high-pressure discharge with an array of 200-400-/spl mu/m-diameter microdischarges: application to arc lamp ignition

N. Ostrom, J. Eden, S. Park, 2002 .

Arrays of silicon microdischarge devices with multicomponent dielectrics.

J. Chen, C. Liu, J. Eden, 2001, Optics letters.

Independently addressable subarrays of silicon microdischarge devices: Electrical characteristics of large (30×30) arrays and excitation of a phosphor

Jack Chen, C. Liu, J. Eden, 2001 .

Excitation of a microdischarge with a reverse-biased pn junction

J. Eden, S. Park, C. Wagner, 2001 .

Arrays of microdischarge devices having 50-100 μm square pyramidal Si anodes and screen cathodes

J. Eden, S. Park, Ji Chen, 2001 .

Flexible microdischarge arrays: Metal/polymer devices

J. Eden, S. Park, C. Wagner, 2000 .

Propagation and decay of low temperature plasma packets in arrays of dielectric microchannels

J. Eden, J. Cho, S. Park, 2012 .

25 W of average power at 172 nm in the vacuum ultraviolet from flat, efficient lamps driven by interlaced arrays of microcavity plasmas

J. Eden, J. Cho, S. Park, 2017 .

Statistical mechanical description of supercritical fluid extraction and retrograde condensation

T. Y. Kwak, G. Mansoori, S. Park, 1987 .

Shallow donor formation in phosphorus-doped ZnO thin films

David P. Norton, Stephen J. Pearton, Young-Woo Heo, 2004 .

Enhanced Hole Concentration of p-GaN by Sb Surfactant

Y. Moon, M. Kwon, S. Park, 2011 .

Modular and efficient ozone systems based on massively parallel chemical processing in microchannel plasma arrays: performance and commercialization

J. Cho, S. Park, J. G. Eden, 2017 .

Self-pulsing 104 A cm−2 current density discharges in dielectric barrier Al/Al2O3 microplasma devices

J. Eden, D. Yarmolich, Y. Krasik, 2009 .

Confinement of nonequilibrium plasmas in microcavities with diamond or circular cross sections: Sealed arrays of Al∕Al2O3/glass microplasma devices with radiating areas above 20cm2

A. Chang, J. Eden, T. Spinka, 2006 .

Linear arrays of ceramic microcavity plasma devices (127–180μm diameter) driven by buried coplanar electrodes: Shaping the intracavity electric field and emission profile

J. Eden, T. Spinka, S. Park, 2006 .

Electronic and geometric structure of Si(111)-5×2-Au

S. Park, I. Lyo, H. Yoon, 2005 .

Atomic-scale phase coexistence and fluctuation at the quasi-one-dimensional metal-insulator transition.

S. Park, I. Lyo, H. Yeom, 2005, Physical review letters.

Formation of biaxial texture in metal films by selective ion beam etching

V. Selvamanickam, D. Norton, S. Park, 2006 .

Ion-beam texturing of uniaxially textured Ni films

V. Selvamanickam, D. Norton, S. Park, 2005 .

Electronic properties of W-encapsulated Si cluster film on Si (100) substrates

T. Tada, T. Kanayama, S. Park, 2012 .

Vortex behavior in a rotated YBa2Cu3O7−δ polycrystal

I. Obaidat, S. Park, J. Kouvel, 1998 .

Various vortex properties of YBCO and BSCCO polycrystals and their departure from critical-state model predictions

S. Park, J. Kouvel, M. Hasan, 1999 .

Uniaxial textured (001) metal film formation via YBa2Cu3O7/SrTiO3/metal trilayers

D. Norton, S. Park, 2006 .

Enhancement in superconducting properties of Y-Ba-Cu-O thin films by post-annealing in an inert atmosphere

Y. Kim, S. Park, T. Hahn, 1992 .

New opportunities for plasma science in nonequilibrium low-temperature plasmas confined to microcavities: There's plenty of room at the bottom

J. Eden, S. Park, 2006 .

Vortex cross-flux effects and directional flux scaling in YBCO crystals

S. Park, J. Kouvel, M. K. Hasan, 1995 .

Low temperature plasma channels generated in microcavity trenches with widths of 20–150μm and aspect ratios as large as 104:1

B. Cunningham, J. Eden, Meng Lu, 2008 .