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Numerical distortion removal method of Langmuir probe I-V curve in RF plasma |
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2020.10 |
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73rd Gaseous Electronics Conference (2020 GEC) |
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On the high frequency floating harmonic method in inductively coupled plasmas |
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2020.10 |
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73rd Gaseous Electronics Conference (2020 GEC) |
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Investigation of the driving frequency dependence in the inductively coupled plasma |
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2020.10 |
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73rd Gaseous Electronics Conference (2020 GEC) |
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RF distortion effect by the inductive load on the floating harmonic method |
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2020.08 |
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2D spatial distribution measurement of floating potential in inductively coupled plasma |
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290 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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A method to measure the negative ion density distribution using a planar Langmuir probe in low- pressure oxygen plasmas |
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289 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Effect of capacitor termination to antenna coil on electron density distribution in an inductively coupled plasma |
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288 |
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72th Gaseous Electronics Conference (2019 GEC) |
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A plasma diagnostic method by applying square voltages to a floating probe for deposition plasmas |
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287 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Improvement of plasma generation in a capacitively coupled plasma |
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286 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Electron energy probability function measurement in a 2 MHz and 13.56 MHz dual frequency capacitively argon discharge |
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285 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Modified floating harmonic method by analyzing the harmonic currents of a DC blocking capacitor in a floating probe |
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284 |
2019.11 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Characterization of an inductively coupled plasma (ICP) source for ion implantation process |
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283 |
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72th Gaseous Electronics Conference (2019 GEC) |
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Effect of electron attachment and detachment reactions on electron energy distribution function in an inductive oxygen discharge |
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282 |
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Capacitive load effect on sideband currents in a floating harmonic method with dual frequency probe bias |
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273 |
2019.02 |
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Comparison of pressure dependence on electron temperature in high density Ar/O2 inductively coupled plasma |
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272 |
2019.02 |
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Improving inductively coupled plasma(ICP) source for ion implantation using termination capacitor |
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271 |
2019.02 |
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Measurement of electron energy probability function in 2 MHz and 13.56 MHz dual frequency capacitively coupled argon plasma |
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270 |
2019.02 |
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Measurement of plasma parameters using harmonic voltage of capacitor in floating Langmuir probe |
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269 |
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The measurement of negative ion fraction considering the sheath expansion at oxygen inductively coupled plasmas using two-probe technique |
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268 |
2019.02 |
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KSTAR CONFERENCE |
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Measurement of the plasma parameters and ELM characteristics in the FAR-SOL region of KSTAR suing multi-channel probe |
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267 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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266 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Electrical characteristics and plasma parameters during E H mode transition in an inductively coupled plasma |
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265 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Study on plasma parameter in oxygen plasma using a hybrid plasma source |
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264 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Effect of rf bias frequency on plasma parameters in a remote inductively coupled plasma |
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263 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Nonlinear circuit analysis of intermodulation currents via plasma sheath in a floating Langmuir probe |
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262 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Electrical diagnostic method on electron temperature and ion density using the self-bias effect of square waveform voltage in a Langmuir probe |
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261 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Effect of RF bias frequency and gas pressure on discharge mode transition in an inductively coupled plasma |
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260 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Correlation between spatial distribution of wafer surface temperature and plasma parameters |
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259 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Experimental and theoretical results on effect of multi-step ionization on total energy loss in an argon inductive discharge |
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258 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Control of spatial distribution of plasma density by series inductence in a capacitively coupled plasma |
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257 |
2018.11 |
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71th Gaseous Electronics Conference (2018 GEC) |
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Effect of step ionizations on the high energy electron temperature in an argon inductively coupled plasma |
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256 |
2018.02 |
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2018 KSTAR CONFERENCE |
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Measurement of plasma parameters and ELM characteristics of KSTAR using multi-channel probe |
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255 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Measurement of ion energy distributions using a capillary plate with high-aspect ratio |
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254 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Electron energy distribution function measurement in a CO2 /Ar inductively coupled plasma |
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253 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Comparison of power transfer efficiency and plasma parameters of series and parallel antennas in inductively coupled plasmas |
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252 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Plasma diagnostic method by using charged capacitor voltage |
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251 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Experimental investigation of rf bias power on the plasma density and electron heating in an inductively coupled plasma |
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250 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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The effect of a remote plasma generator on a direct inductively coupled plasma |
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249 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Experimental investigation on the E to H transition in a dual frequency inductively coupled plasma |
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248 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Investigation of the flow rate effect on the plasma parameters by using miniaturized plasma diagnostic device in the remote plasma |
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247 |
2017.11 |
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70th Gaseous Electronics Conference (2017 GEC) |
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Noninvasive plasma monitoring via the reactor substrates in an inductively coupled plasma reactor |
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246 |
2017.08 |
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Measurement of KSTAR plasma parameters and ELM characteristics using multi-channel probe |
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245 |
2017.01 |
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2017KSTAR CONFERENCE |
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Measurement of the plasma parameters after edge localized mode crash using harmonic method |
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244 |
2016.10 |
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69th Gaseous Electronics Conference (2016 GEC) |
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High time-resolution spatial distribution measurement of the ion flux and the electron temperature in an inductively coupled plasma |
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243 |
2016.10 |
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69th Gaseous Electronics Conference (2016 GEC) |
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Measurement of dielectric-film thickness at low densityplasma |
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242 |
2016.10 |
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69th Gaseous Electronics Conference (2016 GEC) |
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Time-resolved probe measurement in pulsed plasma using advanced boxcar technique |
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241 |
2016.10 |
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69th Gaseous Electronics Conference (2016 GEC) |
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On the optimal chamber length and electron heating mechanism in low pressure inductive discharges |
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240 |
2016.10 |
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69th Gaseous Electronics Conference (2016 GEC) |
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Plasma characteristics in inductively abd capacitively coupled hybrid source using single RF power |
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239 |
2016.06 |
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2016 IEEE International Conference |
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A fast method for obtaining electron energy distribution function by using Savitzky Golay technique |
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238 |
2016.06 |
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IEEE ICOPS 2016 |
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A FAST METHOD FOR OBTAINING ELECTRON ENERGY DISTRIBUTION FUNCTION BY USING SAVITZKY GOLAY TECHNIQUE |
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237 |
2016.06 |
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236 |
2016.03 |
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Multi-Layer deposition process control using impedence feedback system for 3D device fabrication |
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235 |
2016.03 |
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ISPlasma2016/IC-PLANTS2016 |
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Spatial distribution of floating potential at wafer level in electronegative plasma |
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234 |
2016.03 |
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ISPlasma2016/IC-PLANTS2016 |
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Computer simulation of charging effects in high aspect ratio structure |
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233 |
2016.03 |
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ISPlasma2016/IC-PLANTS2016 |
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Study on CO2 decomposition in CO2 and Ar mixing gas inductively coupled plasma |
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232 |
2016.02 |
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KSTAR Conference 2016 |
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Measurements of the plasma parameters after edge localized mode crash using detachment probe |
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231 |
2015.10 |
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68th Annual Gaseous Electronics Conference (2015 GEC) |
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Improved tunable external filter for Langmuir probe measurement at low density plasmas |
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230 |
2015.10 |
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68th Annual Gaseous Electronics Conference (2015 GEC) |
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Experimental investigation on collisionless heating in a finite size inductively coupled plasma |
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229 |
2015.10 |
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68th Annual Gaseous Electronics Conference (2015 GEC) |
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Experimental investigation on collisionless electron heating mechanism through electron energy probability function measurement in a low pressure inductively coupled plasmas |
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228 |
2015.10 |
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68th Annual Gaseous Electronics Conference (2015 GEC) |
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Spatial distribution of floating potiential at wafer level in inductively coupled plasmas |
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227 |
2015.10 |
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14th International Union of Materials Research Societies-International Conference on Advanced Materials |
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Study of plasma parameters of low global warming potential gases and characteristics of silicon oxide etch in inductively coupled plasma |
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226 |
2015.10 |
±¹³» |
14th International Union of Materials Research Societies-International Conference on Advanced Materials |
Á¦ÁÖ |
Plasma diagnostic method for pulsed plasmas using sideband harmonic technique |
±èµ¿È¯ |
225 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
A study on the harmonie currents by plasma sheath using floating Langmuir probe with series connection of capacitor |
±è°æÇö |
224 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
Effect of cylindrical-type antenna turns on the plasma parameters in inductively coupled plasmas |
¹®ÁØÇö |
223 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
A study on plasma parameters in varions mixed Ar/SF 6 inductively coupled plasmas |
¿À½ÂÁÖ |
222 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
The geometrie effect in the ftoating harmonie method for RF inductive coupled plasma diagnostics |
ÀÌÀç¿ø |
221 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
Study of the numerical differentiation to obtain the electron distribution functions of the plasmas |
°ÇöÁÖ |
220 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
Effect of Complex Permeability of the Ferrite Material to the Plasma Discharge in a Large Size Ferrite Inductively Coupled Plasma |
±èÇöÁØ |
219 |
2015.03 |
±¹¿Ü |
7th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials |
ÀϺ» |
High-Speed RF/Plasma Diagnostic and Control Technology in Plasma Enhanced Atomic Layer Deposition (PEALD) Process |
ÀÌ·¡ÀÏ |
218 |
2015.02 |
±¹³» |
67th Annual Gaseous Electronics Conference(2014 GEC) |
´ëÀü |
Time-resolved measurements of Far-SOL plasma parameters after ELM crash using electrical probe |
¹ÚÀϼ |
217 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
In-situ measurement method of sheath capacitance in plasmas |
±èÁø¿ë |
216 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
The effect of RF plasma fluctuation on floating harmonic probes |
ÀÌÀç¿ø |
215 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Investigation of power dependence of electron density for various pressures |
±èÁØ¿ë |
214 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Measurement of the surface charge accumulation using anodic aluminum ox-ide(AAO) structure in an inductively coupled plasma |
¹ÚÁöȯ |
213 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Study on self-bias effect in floating probe using dual frequency |
¹ÚÀϼ |
212 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Experimental investigation of plasma parameter profiles on wafer level with dis-charge gap lengths in an inductively coupled plasma |
±èÁÖÈ£ |
211 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Tunable external RF choke filter design for single Langmuir probe in RF discharges |
Àü»ó¹ü |
210 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
On harmonic diagnostic method using two frequencies in a floating Langmuir probe |
±èµ¿È¯ |
209 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Analysis of the harmonic currents in floating probes with dielectric films |
±è°æÇö |
208 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
E-H transition and Hysteresis in Radio-Frequency Inductively Coupled Plasmas |
ÀÌȿâ |
207 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Transition of Plasma Electrons from Anisotropy to Isotropy at Beginning of the Pulsed Discharges |
ÀÌȿâ |
206 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Experimental observation of transit time resonance heating through electron energy distribution function measurement in a low pressure inductively coupled plasma |
°ÇöÁÖ |
205 |
2014.11 |
±¹¿Ü |
67th Annual Gaseous Electronics Conference(2014 GEC) |
¹Ì±¹ |
Hysteresis in Radio-Frequency Inductively Coupled Plasmas |
ÀÌȿâ |
204 |
2014.07 |
±¹³» |
5th International Conference Microelectronics and Plasma Technology |
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Enhanced plasma process by electron energy distribution control |
ÀÌȿâ |
203 |
2014.07 |
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5th International Conference Microelectronics and Plasma Technology |
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Plasma density dynamics during gas on/off |
ÀÌȿâ |
202 |
2014.05 |
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IEEE Wireless Power Transfer Conference 2014 |
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A New Design of Wireless Power Transfer System Using Helical Resonators Applicable to Multi-Channel Power Transmission |
±è¿µµµ |
201 |
2014.05 |
±¹¿Ü |
21st International Conference on Plasma Surface Interactions in Controlled Fusion Devices |
Á¦ÁÖ |
Study on plasma characteristics after ELM crash using electrical probe diagnostics at the Far-SOL region of Tokamak plasma |
¹ÚÀϼ |
200 |
2014.02 |
±¹³» |
Á¦21ȸ Çѱ¹¹ÝµµÃ¼Çмú´ëȸ |
¼¿ï |
Distribution of Plasma Parameters at Wafer Level Measured by 2D Plasma Parameter Diagnostic Method in Inductively Coupled Plasmas |
±è¿µÃ¶ |
199 |
2014.02 |
±¹³» |
Á¦21ȸ Çѱ¹¹ÝµµÃ¼Çмú´ëȸ |
¼¿ï |
A Study on the Enlargement of the Plasma Reactor using a Global Model |
±èµ¿È¯ |
198 |
2014.02 |
±¹³» |
Á¦21ȸ Çѱ¹¹ÝµµÃ¼Çмú´ëȸ |
¼¿ï |
Effects of Ferrite Core Loss and Permeability at 400 kHz Ferrite Inductively |
Á¶¼º¿ø |
197 |
2014.02 |
±¹³» |
KSTAR Conference 2014 |
¹«ÁÖ |
Observation of the ELM activity at Far-SOL region of KSTAR tokamak plasma using electrical probe |
¹ÚÀϼ |
196 |
2013.11 |
±¹¿Ü |
International Conference on Surface Engineering 2013 |
ºÎ»ê |
A comparative study on the floating harmonic method using dual frequency in an inductive discharge |
±èµ¿È¯ |
195 |
2013.11 |
±¹¿Ü |
International Conference on Surface Engineering 2013 |
ºÎ»ê |
Thermo-Compression Flipchip Interconnection using Plasma Enhanced Copper Organic Solderability Preservative Etched Substrate |
Á¶¼º¿ø |
194 |
2013.11 |
±¹¿Ü |
9th Asia Plasma and Fusion Association Conference/font> |
°æÁÖ |
A plasma diagnostic technique using intermodulation frequencies in a floating Langmuir probe |
±èµ¿È¯ |
193 |
2013.11 |
±¹¿Ü |
9th Asia Plasma and Fusion Association Conference |
°æÁÖ |
Time-resolved measurements of far-SOL plasma arameters in H-mode discharges during ELM crash using sideband technique |
±èÇöÁØ |
192 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
A new method for measuring pulsed plasma with hightime resolution based on floating harmonic method |
±èÀ¯½Å |
191 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
A study of increasing radical density and etch rate using remote plasma generator system |
ÀÌÀç¿ø |
190 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Real time monitoring of dielectric-film thickness on the surface of chamber wall for plasma processing |
±èÁø¿ë |
189 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Evolution of Electron Temperature and Coupling between Electron Temperature and Power Absorption |
ÀÌȿâ |
188 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
A study on measurement of the surface charge accumulation using anodic aluminum oxide template |
¿À½ÂÁÖ |
187 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Non-invasive electrical method for measurement of electron temperature in an atmospheric pressure plasma jet source |
±è¿µÃ¶ |
186 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Effect of Radio Frequency Bias on the Plasma Density and Electron Heating in Inductive Discharge |
ÀÌȿâ |
185 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Polymerizable Supramolecular Sensor for Plasma Diagnostics on Wafer Level |
ÀÌȿâ |
184 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
Measurement of electron energy distribution functions in a low pressure and low density inductively coupled plasma |
°ÇöÁÖ |
183 |
2013.09 |
±¹¿Ü |
66th Gaseous Electronics Conference(2013 GEC) |
¹Ì±¹ |
E to H Heating Mode Transition and Hysteresis in Inductively Coupled Plasma |
ÀÌȿâ |
182 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Effect of Flow Rate related to Pressure Gradient in Plasma Process Reactor |
ÀÌȿâ |
181 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Effect of Flow Rate on the Plasma Parameters in a Dual Type Inductively Coupled Plasma |
Á¶¼º¿ø |
180 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
E-H transition measurement in cylindrical ICP with external DC magnetic field |
±è°æÇö |
179 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Correlation between electrical characteristics of RF bias and plasma parameters in biased inductively coupled plasmas |
¿À½ÂÁÖ |
178 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Experimental verification of the characteristic of plasmas on the effect of antenna turns in inductively coupled plasmas |
¹®ÁØÇö |
177 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Photochromic Polymer Sensor for Plasma Diagnostic |
ÀÌȿâ |
176 |
2013.08 |
±¹¿Ü |
9th Asian-European International Conference On Plasma Surface Engineering |
Á¦ÁÖ |
Effect of Antenna Size on the E to H Heating Mode Transition in Inductively Coupled Plasma |
ÀÌȿâ |
175 |
2013.06 |
±¹¿Ü |
2013 International Forum on Functional Materials |
Á¦ÁÖ |
Gas temperature measurement in atmospheric pressure plasma sources |
±è¿µÃ¶ |
174 |
2013.06 |
±¹¿Ü |
Pulsed Power & Plasma Science Conference |
¹Ì±¹ |
OBSERVATION OF THE ELM ACTIVITY IN THE FAR SOL REGION OF KSTAR TOKAMAK PLASMA USING PROBE DIAGNOSTICS |
¹ÚÀϼ |
173 |
2013.06 |
±¹¿Ü |
Pulsed Power & Plasma Science Conference |
¹Ì±¹ |
ADVANCED ELECTROSTATIC PLASMA DIAGNOSTIC USING SIDEBAND FLOATING HARMONIC METHOD |
±èµ¿È¯ |
172 |
2013.02 |
±¹³» |
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SMP(Symmetric Multi-Power) ¾ÈÅ׳ª¿¡ ÀÇÇÑ ÇöóÁ ¹Ðµµ ºÐÆ÷ °³¼±¿¡ ´ëÇÑ ¿¬±¸ |
ÀÌÀç¿ø |
171 |
2013.02 |
±¹³» |
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170 |
2013.02 |
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169 |
2013.02 |
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168 |
2013.02 |
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167 |
2013.02 |
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166 |
2013.02 |
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165 |
2013.02 |
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¿À½ÂÁÖ |
164 |
2013.02 |
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ÇöóÁ¿¡¼ º¼Ã÷¸¸ °ü°è½ÄÀÇ ½ÇÇèÀû °ËÁõ |
ÀÌȿâ |
163 |
2013.02 |
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¹ÚÀϼ |
162 |
2012.10 |
±¹¿Ü |
65th Gaseous Electronics Conference(2012 GEC) |
¹Ì±¹ |
Spatial plasma potentials and electron energy distributions in inductively and capacitively coupled plasmas under a weakly collisional and nonlocal electron kinetic regime |
ÀÌȿâ |
161 |
2012.10 |
±¹¿Ü |
65th Gaseous Electronics Conference(2012 GEC) |
¹Ì±¹ |
Experimental measurement of plasma parameters and electron energy distribution in ferrite-core side type Ar/He inductively coupled plasma |
ÇÑ´ö¼± |
160 |
2012.10 |
±¹¿Ü |
65th Gaseous Electronics Conference(2012 GEC) |
¹Ì±¹ |
Transmission characteristics of the wave cut-off probe with parallel plates |
°ÇöÁÖ |
159 |
2012.10 |
±¹¿Ü |
65th Gaseous Electronics Conference(2012 GEC) |
¹Ì±¹ |
Spatial distributions measurement of negative ion density by using floating probe in the oxygen inductive coupled plasmas |
ȲÇýÁÖ |
158 |
2012.10 |
±¹¿Ü |
65th Gaseous Electronics Conference(2012 GEC) |
¹Ì±¹ |
Control of plasma density profile via wireless power transfer in an inductively coupled discharge |
ÀÌÈñÁø |
157 |
2012.08 |
±¹¿Ü |
The 2nd International Symposium on Plasma Biosciences |
¼¿ï |
GAS TEMPERATURE MEASUREMENT USING OPTICAL EMISSION SPECTROSCOPY FOR ATMOSPHERIC PLASMA DIAGNOSTICS |
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156 |
2012.08 |
±¹¿Ü |
The 2nd International Symposium on Plasma Biosciences |
¼¿ï |
electron temperature measurement in an atmospheric plasma using floating harmonics method |
±è¿µÃ¶ |
155 |
2012.07 |
±¹¿Ü |
International Conference on Plasma Science |
¿µ±¹ |
Plasma diagnostics with high-time resolution based on floating harmonic method in pulsed plasma |
±èÀ¯½Å |
154 |
2012.07 |
±¹¿Ü |
International Conference on Plasma Science |
¿µ±¹ |
Probe diagnostics in the edge of KSTAR tokamak plasma using fast floating harmonic method |
±èµ¿È¯ |
153 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
Interpolation for two-dimensional spatial distribution estimation of plasma densities in a cylindrical RF discharge reactor |
¿À¼¼Áø |
152 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
The Digital Matching System with Transformer type for 400 kHz Ferrite inductively Coupled Plasma |
Á¶¼º¿ø |
151 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
Mode transition of power dissipation in and plasma parameters in an asymmetric capacitive discharge |
À̼öÁø |
150 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
Collisionless electron heating and control of electron energy distribution by adding pulsed inductive fields in capacitively coupled plasma |
ÀÌȿâ |
149 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
Characteristics of electron cyclotron resonance in magnetized solenoid type inductively coupled plasmas |
ÀÌÀç¿ø |
148 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
A study on the correlations between external discharge parameters and plasma characteristics in an inductively coupled plasma using transformer circuit model |
±è¿µµµ |
147 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
A study on the scale up of plasma processing chamber by using global model |
±èµ¿È¯ |
146 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
Spatial characteristics of plasma parameters in a weak dc magnetic field in solenoidal inductive discharge |
±è¿µµµ |
145 |
2012.07 |
±¹¿Ü |
4th ICMAP |
Á¦ÁÖ |
A new method for measuring transferred power to plasma in inductive discharge |
ȲÇýÁÖ |
144 |
2012.06 |
±¹¿Ü |
IMWS-IWPT2012 |
ÀϺ» |
Electromagnetically Coupled Resonators Using Toroidal Ferrite Core for Wireless Power Transfer |
ÀÌÈñÁø |
143 |
2012.03 |
±¹³» |
ISPlasma2012 |
Japan(Aichi) |
Effect of balanced power on plasma parameters in inductively coupled plasma |
±èÇöÁØ |
142 |
2012.03 |
±¹³» |
ISPlasma2012 |
Japan(Aichi) |
electrical inspection system by using rf plasmas for printed circuit boards |
¿À¼¼Áø |
141 |
2012.03 |
±¹³» |
ISPlasma2012 |
Japan(Aichi) |
Floating method using a pulse signal for measurement of electron energy distribution function in plasmas |
ÃÖÀÍÁø |
140 |
2012.03 |
±¹³» |
ISPlasma2012 |
Japan(Aichi) |
A simple analysis method for the I-V curve of single Langmuir probe in non-Maxwellian plasmas |
ÃÖÀÍÁø |
139 |
2012.02 |
±¹³» |
KSTAR Conference |
¹«ÁÖ |
Plasma diagnostic in the SOL region of KSTAR using floating harmonic method |
±èµ¿È¯ |
138 |
2012.02 |
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137 |
2012.02 |
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136 |
2012.02 |
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135 |
2012.02 |
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±èµ¿È¯ |
134 |
2012.02 |
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Uniformity Control by Using Helium Gas in the Large Area Ferrite Side Type inductively Coupled Plasma |
ÇÑ´ö¼± |
133 |
2012.02 |
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ÀÌÀç¿ø |
132 |
2011.11 |
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°íÁÖÆļö ÃàÀü °áÇÕ ÇöóÁ¿¡¼ ÇöóÁ º¯¼öµéÀÌ Àü±âÀå ºÐÆ÷¿¡ ¹ÌÄ¡´Â ¿µÇâ¿¡ ´ëÇÑ ¿¬±¸ |
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131 |
2012.02 |
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ÀÌȿâ |
130 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Role of additional inductive power on the electron energy distribution in Ar/O2 capacitively coupled plasma |
ÀÌȿâ |
129 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
The effect of collision frequency on the electric field distribution in a high frequency capacitive discharge |
°ÇöÁÖ |
128 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Experimental observation of balanced power effect of antenna on plasma parameters in inductively coupled plasma |
±èÇöÁØ |
127 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Measurement of power transfer efficiency and ion density in various radio-frequency inductively couipled plasma |
ÀÌÀç¿ø |
126 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
A study on plasma parameters in various mixed Ar/SF6 inductively coupled plasma |
¿À½ÂÁÖ |
125 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
A simple analysis of inductively coupled discharge using transformer circuit model |
±è¿µµµ |
124 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Measurement of electron energy distribution in magnetized solenoidal inductively coupled plasma |
±èÁø¿ë |
123 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Electrical characteristics and mode transition of power dissipation in an asymmetric capacitively coupled plasma |
À̼öÁø |
122 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Experimental investigation of argon metastable density and electron temperature in low-pressure plasma by line ratio OES technique |
ÀÌ¿µ±¤ |
121 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Double probe using an ac bias signal for plasma parameters measurement |
¿À¼¼Áø |
120 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
A study on floating method in non-Maxwellian plasmas |
À¯°æ |
119 |
2011.11 |
±¹¿Ü |
64th Gaseous Electronics Conference |
U.S.A(Salt Lake city) |
Measurement of the plasma density and electron temperature uniformities in inductively coupled plasmas using 2D real time measurement method |
±è¿µÃ¶ |
118 |
2011.08 |
±¹³» |
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117 |
2011.08 |
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°ÇöÁÖ |
116 |
2008.01 |
±¹¿Ü |
The 3rd International Conference on Microelectronics and Plasma Technology |
China(Dalina) |
Real-time Dose Monitoring System by Sensing Implanter Current and Biased Pulse Voltage in Plasma Source Ion Implantation |
¿À¼¼Áø |
115 |
2011.07 |
±¹¿Ü |
The 3rd International Conference on Microelectronics and Plasma Technology |
China(Dalina) |
Studies on the spatial and Temporal Behaviors of the Electron Energy Distribution and Plasma Parameters in inductively and/or capacitively coupled plasma |
ÀÌȿâ |
114 |
2011.07 |
±¹¿Ü |
The 3rd International Conference on Microelectronics and Plasma Technology |
China(Dalina) |
Numerical Calculation of Spatial Electric Field by RF Bias in High Density Plasmas |
¿À½ÂÁÖ |
113 |
2011.07 |
±¹¿Ü |
The 3rd International Conference on Microelectronics and Plasma Technology |
China(Dalina) |
Study on plasma uniformity by using 2D real time measurement method in Ar/He inductively coupled plasmas |
±è¿µÃ¶ |
112 |
2011.07 |
±¹¿Ü |
The 3rd International Conference on Microelectronics and Plasma Technology |
China(Dalina) |
Spatial evolutions of the electron energy distributions in a weakly magnetized solenoidal-type inductively coupled plasma |
±è¿µµµ |
111 |
2011.02 |
±¹³» |
±¹°¡ÇÙÀ¶ÇÕ¿¬±¸¼Ò(NFRI) |
¹«ÁÖ |
Real-time observation of capacitance of surface material during plasma operation |
¹æÁø¿µ |
110 |
2011.02 |
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°øÁ¤ ÇöóÁ Áø´ÜÀ» À§ÇÑ °íÁ¶ÈÆÄ ºÐ¼®¹ý ¹× Áø´Ü °á°ú |
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109 |
2011.02 |
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108 |
2011.02 |
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107 |
2011.02 |
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106 |
2011.02 |
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105 |
2011.02 |
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104 |
2011.02 |
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ÃÖÀÍÁø |
103 |
2011.02 |
±¹³» |
Çѱ¹Áø°øÇÐȸ Á¦40ȸ µ¿°è Á¤±âÇмú´ëȸ |
Æòâ |
The influence of radiation trapping on the metastable population density and applications to low-pressure plasma |
ÀÌ¿µ±¤ |
102 |
2011.02 |
±¹³» |
Çѱ¹Áø°øÇÐȸ Á¦40ȸ µ¿°è Á¤±âÇмú´ëȸ |
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À¯°æ |
101 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris |
Measurement of the electron energy distribution function and E-H mode transition in inductively coupled plasma with various gases |
ÀÌÁ¤±Ô |
100 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
In situ feedback control of ion flux by using a floating harmonic method in processing plasmas |
±èÀ¯½Å |
99 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Developement of an embedded two-dimensional probe for diagnostic of the spatial uniformity in plasmas |
±èÁø¿ë |
98 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
RF-compensation method using Langmuir probe with auxiliary double probes |
¿À¼¼Áø |
97 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
xperimental measurement of the plasma parameters in Ar/SF6 inductively coupled plasma |
¿À½ÂÁÖ |
96 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Investigation of the negative ion temperature and ion flux in low-pressure SF6 plasma using the AC-superposition method |
ÀÌ¿µÈ£ |
95 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Analysis of current harmonics and application on the floating harmonics method with multiple voltane waveforms in a plasma |
±è¿µµµ |
94 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Experimental result of two dimensional spatial distribution of plasma parameters in CVD processing plasma |
±è¿µÃ¶ |
93 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Effect of flow rate on the plasma parameters and electron energy distribution in plasma pocess reactor |
ÀÌȿâ |
92 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
E-H heating mode transition in high-pressure helium inductively coupled plasma |
ÀÌȿâ |
91 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Strong modification of the electron energy distribution function in inductive discharge in SF6/Ar plasmas due to additional capacitive bias with small power input |
ÀÌȿâ |
90 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Measurement of metastable fractions and effect of stepwise ionizations in inductively coupled argon plasmas by optical emission spectroscopy |
ÀÌ¿µ±¤ |
89 |
2010.01 |
±¹¿Ü |
63rd Gaseous Electronics Conference & 7th International Conference on Reactive Plasmas |
France(Paris) |
Synergistic effect of dual power on plasma density by shift of power absorption region in inductively coupled plasma |
¹æÁø¿µ |
88 |
2010.08 |
±¹³» |
10th IEEE international Conference on Nanotechnology joint symposium with nano Korea 2010 |
ÀÏ»ê |
Inductively couples RF heating of nano-particle for non-invasive and selective cancer cell destruction |
ÀÌȿâ |
87 |
2010.07 |
±¹³» |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
A two-dimensional interpolation algorithm for spatial density profile evaluation in RF plasmas |
¿À¼¼Áø |
86 |
2010.07 |
±¹³» |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
Plasma non-uniformity by RF bias power in inductively coupled plasma |
ÀÌȿâ |
85 |
2010.07 |
±¹¿Ü |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
Effects fo flow rate on the plasma parameters in plasma process reactor |
ÀÌȿâ |
84 |
2010.07 |
±¹³» |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
Metastable number density and stepwise ionization in a low-pressure inductively coupled argon plasma |
ÀÌ¿µ±¤ |
83 |
2010.07 |
±¹³» |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
A self-consistent model of collisionless oscillating sheaths for ion energy simulation in various types of dual frequency capacitively coupled plasma |
¹æÁø¿µ |
82 |
2010.07 |
±¹³» |
The 10th Asia Pacific Conference on Plasma Science and Technology and the 23rd Symposium on Plasma Science for Materials |
Á¦ÁÖ |
New plasma diagnostic method using the harmonic analysis method and its application in processing plasmas |
Á¤Áø¿í |
81 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Effects of RF-bias power on plasma parameters in a low gas pressure inductively coupled plasma |
ÀÌȿâ |
80 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Additional Planar Antenna Effect on the Ferromagnetic Core Incudtively Coupled Plasma |
¹æÁø¿µ |
79 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Investigation of electron energy distribution function in a weak magnetic field in solenoidal inductive discharge |
ÀÌ¿µ±¤ |
78 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Experimental observation of the transition from nonlocal to local kineticsin inductively coupled plasma |
ÀÌȿâ |
77 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Measurement of total energy losses per electron-ion lost in various mixed gas inductively coupled plasmas |
±¸ÁÖȯ |
76 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Floating Harmonics Method for non-Maxwellian plasmas |
±è¾Æ¶÷ |
75 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Real time two-dimensional spatial distribution measurement method of electron temperature and plasma density |
±è¿µÃ¶ |
74 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Measurement of Sheath Thickness using a Cylindrical Probe at a Floating Potential |
ÇÑÇü½Ä |
73 |
2009.01 |
±¹¿Ü |
62th Gaseous Electronics Conference |
U.S.A(New York) |
Electron temperature measurement by using an optical emission spectroscopy in inductive Ar/O2 mixture discharge |
±èÀ¯½Å |
72 |
2008.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Langmuir probe perturbation in inductively coupled plasmas |
À强ȣ |
71 |
2009.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Low energy electron heating and evolution of the electron energy distribution by diluted O2 in a planar inductive Ar/O2 mixture discharge |
ÀÌȿâ |
70 |
2009.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Measurement of total energy losses per electron-ion lost in various mixed gas inductively coupled plasmas |
±¸ÁÖȯ |
69 |
2009.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Floating Harmonics Method for Non-Maxwellian plasmas |
±è¾Æ¶÷ |
68 |
2009.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Measurement of Sheath Thickness using a Cylindrical Probe at a Floating Potential |
ÇÑÇü½Ä |
67 |
2009.01 |
±¹³» |
2nd International Conference on Microelectronics and Technology |
ºÎ»ê |
Spectroscopic measurement of the electron temperature by using a simple collisional-radiative model in inductive Ar/O2 mixture discharge |
±èÀ¯½Å |
66 |
2008.01 |
±¹¿Ü |
AVS 55th international symposium & exhibitation |
U.S.A(Bosgton) |
Real time feedback control of plasma density by using a floating probe in inductively coupled plasmas |
À强ȣ |
65 |
2008.01 |
±¹¿Ü |
International Conference on Surface Engineering 2013 |
U.S.A(Dallas) |
Experimetal investigation on Edge-to-Center density ratio in an inductively coupled plasma |
±è°ÇÈ£ |
64 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
Real-time measurement of electron temperatures and ion densities using self-bias effect in argon inductively coupled plasma |
Ȳ±¤Å |
63 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
Electron series resonance in an inductive ion etching reactor |
ÀÌȿâ |
62 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
New method to measure the electron temperature in Ar/He mixture capacitive discharge |
ÀÌȿâ |
61 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
>U.S.A(Dallas) |
Experimental investigation on the Boltzmann relation for a bi-Maxwellian plasma |
¹æÁø¿µ |
60 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
Experimental Measurement of the total energy losses in a low pressure inductively coupled argon plasma |
ÀÌ¿µ±¤ |
59 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
Simple Analysis method of I-V Curve |
ÃÖÀÍÁø |
58 |
2008.01 |
±¹¿Ü |
61th Gaseous Electronics Conference |
U.S.A(Dallas) |
Real time feedback control of plasma density by using a floating probe in inductively coupled plasmas |
À强ȣ |
57 |
2008.8 |
±¹³» |
1st International conference on microelectronics and plasma technology |
Á¦ÁÖ |
Langmuir probe perturbation in inductively coupled plasmas |
À强ȣ |
56 |
2008.08 |
±¹³» |
Çѱ¹Áø°øÇÐȸ Á¦35ȸ ÇÏ°è Á¤±âÇмú´ëȸ |
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55 |
2008.06 |
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ÀÌȿâ |
54 |
2008.02 |
±¹³» |
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Á¤Áø¿í |
53 |
2008.01 |
±¹³» |
SEMI Technology Symposium 2008 |
¼¿ï |
New Plasma Processing Monitoring Technology |
Á¤Áø¿í |
52 |
2007.11 |
±¹³» |
PAM User Conference in Korea HnaPAM 2007 |
¼¿ï |
The study of the plasma characteristics According to Antennas position in inductively coupled plasma |
À强ȣ |
51 |
2007.11 |
±¹³» |
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±èÁø¼º |
50 |
2007.01 |
±¹¿Ü |
60th Gaseous Electronics Conference |
U.S.A(Arlington) |
Measurement of electron temerature and argon metastable density by measuring optical emission in the inductively coupled plasma |
ÀÌ¿µ±¤ |
49 |
2007.01 |
±¹¿Ü |
60th Gaseous Electronics Conference |
U.S.A(Arlington) |
Langmuir probe perturbation in plasma distribution measurement in an inductively coupled plasma |
À强ȣ |
48 |
2007.01 |
±¹¿Ü |
60th Gaseous Electronics Conference |
U.S.A(Arlington) |
Development of a novel Inductive coupled plasma source |
³²ÇüÈ£ |
47 |
2007.01 |
±¹¿Ü |
60th Gaseous Electronics Conference |
U.S.A(Arlington) |
The effect of a planar antenna on a ferromagnetic core ICP |
¹æÁø¿µ |
46 |
2007.08 |
±¹³» |
Çѱ¹Áø°øÇÐȸ Á¦33ȸ Á¤±âÇмú´ëȸ |
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ºñħÅõ½Ä ÀÌ¿Â ¼±¼Ó ÃøÁ¤ |
À±ÀÎâ |
45 |
2007.06 |
±¹¿Ü |
International Conference On Plasma Science 2007 |
U.S.A(Albuquerque) |
E to H transition mechanisms in inductively coupled plasma |
À̹ÎÇü |
44 |
2007.06 |
±¹¿Ü |
International Conference On Plasma Science 2007 |
U.S.A(Albuquerque) |
The digital matching network for a ferromagnetic ICP driven at 400 Khz |
Á¶¼º¿ø |
43 |
2007.06 |
±¹¿Ü |
Çѱ¹ ¹ÝµµÃ¼ ¹× µð½ºÇ÷¹ÀÌ Àåºñ ÇÐȸ 2007 Ãá°è Çмú´ëȸ |
¼¿ï |
°íÈ¿À² ȸÀü´ëĪ¼º Çâ»óÀ» À§ÇÑ À¯µµ°áÇÕ ÇöóÁ ¾ÈÅ׳ª |
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42 |
2007.06 |
±¹³» |
Çѱ¹ ¹ÝµµÃ¼ ¹× µð½ºÇ÷¹ÀÌ Àåºñ ÇÐȸ 2007 Ãá°è Çмú´ëȸ |
¼¿ï |
400kHz Æä¶óÀÌÆ® À¯µµ°áÇÕ ÇöóÁ¸¦ À§ÇÑ ÀÓÇÇ´ø½º ¸ÅĪ ³×Æ®¿öÅ© |
Á¶¼º¿ø |
41 |
2007.06 |
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Çѱ¹ ¹ÝµµÃ¼ ¹× µð½ºÇ÷¹ÀÌ Àåºñ ÇÐȸ 2007 Ãá°è Çмú´ëȸ |
¼¿ï |
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¹æÁø¿µ |
40 |
2007.06 |
±¹³» |
Çѱ¹ ¹ÝµµÃ¼ ¹× µð½ºÇ÷¹ÀÌ Àåºñ ÇÐȸ 2007 Ãá°è Çмú´ëȸ |
¼¿ï |
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ÀÌ¿µ±¤ |
39 |
2007.06 |
±¹³» |
Çѱ¹ ¹ÝµµÃ¼ ¹× µð½ºÇ÷¹ÀÌ Àåºñ ÇÐȸ 2007 Ãá°è Çмú´ëȸ |
¼¿ï |
Experiment and characteristics for size of a planar rf-antenna in ICP(inductively coupled plasma) |
ÀÌȿâ |
38 |
2006.01 |
±¹¿Ü |
59th Gaseous Electronics Conference |
U.S.A(Columbus) |
Electrical and plasma parameters of side type ferromagnetic ICP |
ÀÌ°æÈ¿ |
37 |
2006.01 |
±¹¿Ü |
59th Gaseous Electronics Conference |
U.S.A(Columbus) |
On the multistep ionizations in argon inductively coupled plamas |
À̹ÎÇü |
36 |
2006.01 |
±¹¿Ü |
59th Gaseous Electronics Conference |
U.S.A(Columbus) |
On the E to H and H to E transition mechanisms in inductively coupled plasmas |
À̹ÎÇü |
35 |
2006.01 |
±¹¿Ü |
59th Gaseous Electronics Conference |
U.S.A(Columbus) |
Measurement of ion density and electron temperature in Hanbit magnetic mirror device by using RF compensation triple probe |
ÃÖÀÍÁø |
34 |
2006.07 |
±¹¿Ü |
8th Asia-Pacific Conference on Plasma Science and Technology |
Australia(Queensland) |
Electrical and plasma parameters of ferromagnetic ICP as an alternative plasma processing tool |
ÀÌ°æÈ¿ |
33 |
2006.07 |
±¹¿Ü |
8th Asia-Pacific Conference on Plasma Science and Technology |
Australia(Queensland) |
The study of the multi-step ionizations in an argon inductively coupled plasma |
À强ȣ |
32 |
2006.06 |
±¹³» |
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¼¿ï |
RFº¸»ó »ïÁߎħÀ» ÀÌ¿ëÇÑ ÇѺûÀÚ±â°Å¿ïÇöóÁÀÇ Áø´Ü°ú Ư¼º¿¬±¸ |
ÃÖÀÍÁø |
31 |
2006.06 |
±¹¿Ü |
International Conference On Plasma Science 2006 |
U.S.A(Traverse) |
New probe method applicable to plasma processing |
À̹ÎÇü |
30 |
2006.05 |
±¹¿Ü |
11th Light Sources Workshop 2006 |
China(Shanghai) |
Investigation of Shielding Effects of Double Half Turn Antenna and deveopment of plasma diagnostic system applicable for light source |
ÃÖÀÍÁø |
29 |
2006.04 |
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Æòâ |
ºÎÀ¯Çü ´ÜÀÏŽħÀ» ÀÌ¿ëÇÑ ÇöóÁ Áø´Ü¹ý |
ÃÖÀÍÁø |
28 |
2006.04 |
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Æòâ |
RFTCÀÇ DHT ¾ÈÅ׳ªÀÇ ÄÚÆÿ¡ µû¸¥ ¹æÀüƯ¼º ÃøÁ¤ |
ÃÖÀÍÁø |
27 |
2005.01 |
±¹¿Ü |
58th Gases Electronics Conference |
U.S.A(San Jose) |
Measurements of the Sheath Capacitance using a Tunnel Diode Oscillator in Inductively Coupled Plasmas |
¿À¼¼Áø |
26 |
2005.01 |
±¹¿Ü |
58th Gases Electronics Conference |
U.S.A(San Jose) |
Noninvasive Measurement of Ion Energy Distributions in a Plasma Etching System |
¿À¼¼Áø |
25 |
2005.01 |
±¹¿Ü |
58th Gases Electronics Conference |
U.S.A(San Jose) |
Absolute electron density measurement using the cut-off method in magnetized plasmas |
ÃÖÀÍÁø |
24 |
2005.01 |
±¹¿Ü |
58th Gases Electronics Conference |
U.S.A(San Jose) |
On the floating type Langmuir probe using the harmonic technique in inductively coupled plasmas |
À强ȣ |
23 |
2005.01 |
±¹¿Ü |
58th Gases Electronics Conference |
U.S.A(San Jose) |
Electrical and Plasma Parameters of Distributed ICP Driven by Ferromagnetic Core Array |
ÀÌ¿ø±â |
22 |
2005.08 |
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Çѱ¹Áø°øÇÐȸ Á¦ 29ȸ Çмú¹ßǥȸ |
´ëÀü |
ºÎÀ¯Çü ´ÜÀÏŽħÀ» ÀÌ¿ëÇÑ ÇöóÁ Áø´Ü¹ý |
ÃÖÀÍÁø |
21 |
2005.08 |
±¹³» |
Çѱ¹Áø°øÇÐȸ Á¦ 29ȸ Çмú¹ßǥȸ |
´ëÀü |
Çϸð´ÐÅ×Å©´ÐÀ» ÀÌ¿ëÇÏ´Â Ç÷ÎÆÃÇü ·©¹Â¾î Žħ ÃøÁ¤¿¡ °üÇÑ ¿¬±¸ |
À强ȣ |
20 |
2005.07 |
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Æòâ |
RF º¸»ó »ïÁߎħÀ» ÅëÇÑ RF ÇöóÁ Áø´Ü |
ÃÖÀÍÁø |
19 |
2005.07 |
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Æòâ |
ÀüÀÚ ¿¡³ÊÁö ºÐÆ÷ ÇÔ¼ö ÃøÁ¤À» À§ÇÑ I V Ư¼º °î¼±ÀÇ È®·ü ¹ÐµµÇÔ¼ö¸¦ ÀÌ¿ëÇÑ smoothing method |
À强ȣ |
18 |
2005.06 |
±¹¿Ü |
International Conference On Plasma Science 2005 |
U.S.A(Monterey) |
Characterization of inductively coupled plasma driven with ferrite cores at 400kHz |
ÀÌ¿ø±â |
17 |
2005.06 |
±¹¿Ü |
International Conference On Plasma Science 2005 |
U.S.A(Monterey) |
Comparison of plasma density measurements using electrical probes and microwave probes in inductively coupled plasma |
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16 |
2005.05 |
±¹¿Ü |
´ëÇÑÀü±âÇÐȸ 2005 Ãá°è °íÀü¾Ð ¹× ¹æÀü ÀÀ¿ë±â¼ú¿¬±¸È¸ |
¼¿ï |
Double Half Turn ¾ÈÅ׳ª¿¡ ÀÇÇØ ¹ß»ýµÈ ÇöóÁ Ư¼º¿¬±¸ |
¹Ú³²¼® |
15 |
2005.04 |
±¹³» |
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¼¿ï |
EEDF ÃøÁ¤À» À§ÇÑ È®·ü ¹Ðµµ ÇÔ¼ö smoothing ¹æ¹ý |
À强ȣ |
14 |
2005.04 |
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¼¿ï |
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±è¿ø±â |
13 |
2005.04 |
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¼¿ï |
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12 |
2005.04 |
±¹³» |
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¼¿ï |
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À强ȣ |
11 |
2004.9 |
±¹¿Ü |
57th Gases Electronics Conference |
Ireland(Clare) |
Experimental Investigation on the difference between the plasma potential and the floating potential of the cylindrical probe in an inductively coupled plasmas |
ÀÌ¿ø±â |
10 |
2004.06 |
±¹¿Ü |
7th Asia Pacific Conference on Plasma Science and Technology |
Japan |
Experimental Investigation on the floating potential of cylindrical probe |
ÀÌ¿ø±â |
9 |
2004.01 |
±¹³» |
Çѱ¹¹°¸®ÇÐȸ 2004³âµµ ÀÓ½ÃÃÑȸ ¹× ¿¬±¸³í¹® ¹ßǥȸ |
Á¦ÁÖ |
¶óµðÄ® ¼Ò½º¿ë ferrite ICPÀÇ Àü±âÀû Ư¼º ¿¬±¸ |
ÀÌ¿ø±â |
8 |
2004.1 |
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Á¦ÁÖ |
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±è¿ø±â |
7 |
2004.1 |
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Á¦ÁÖ |
·®¹ÂÅÍ Å½Ä§ Áø´Ü°ú ÃÖ±Ù ¿¬±¸ °á°ú |
Á¤Áø¿í |
6 |
2003 |
±¹³» |
International Conference On Plasma Science 2003 |
Á¦ÁÖ |
On Electron Heating Mechanism in Low Pressure High Density Inductively Coupled Plasma |
Á¤Áø¿í |
5 |
2002 |
±¹¿Ü |
International Conference On Plasma Science 2002 |
Canada |
Heating mode transition in E mode of ICP and evolution of the EEDF during the E-H Transition |
Á¤Áø¿í |
4 |
2001 |
±¹¿Ü |
54th Gases Electronics Conference |
U.S.A |
Effect of pressure and gas species on Electron Cyclotron Resonance in a weakly magnetized Inductively Coupled Plasma |
Á¤Áø¿í |
3 |
2000 |
±¹¿Ü |
53th Gases Electronics Conference |
U.S.A |
The electron cyclotron resonance in RF inductive discharge |
Á¤Áø¿í |
2 |
2000 |
±¹¿Ü |
17th Symposium on Plasama Processing |
Japan |
Nonlocal electron kinetics in a planar inductive discharge |
Á¤Áø¿í |
1 |
1999 |
±¹¿Ü |
52th Gases Electronics Conference |
U.S.A |
The effect of electron bounce resonance on EEDF in a solenoidal ICP |
Á¤Áø¿í |