2014⵵ мȸ ͻ

2014 ǥ (28)

P1-1

  • ׳׽ ZrCl4 ȯ
  • 1, ֹ̼2, ̰2, 輱ȿ1
  • 1POSTECH żа. 2׻п.

P1-28

  • Low Si Alձ 򰡿
  • 1, 1, 1, 1, 1, 1
  • 1Ῥ(KIMS).

P1-48

  • ؾ ּ ӿ Ag, Sn и ȸ
  • 1, ̱1, ȫ1, 1, ȯ2,
  • 1آ. 2ѱ. 3б

P1-62

  • Effect of Oxide Flux and Reducing Agent on the Formation of Matte Phase from Fe-Ni-Cu-Co Alloy Using Waste Gypsum
  • EUI HYUK JEONG1, CHUL WOO NAM2, KYUNG HO PARK2, JOO HYUN PARK1
  • 1HANYANG UNIVERSITY. 2KIGAM

P2-17

  • Ȱ ӵ ȯ Ư
  • Ż1, ȣ2, ε1
  • 1б. 2 .

P2-22

  • Microstructure Evolution and Mechanical Properties of Low-carbon Steel Deformed by Differential Speed Rolling (DSR) Method
  • Kotiba Hamad1, Young Gun Ko1
  • 1Yeungnam University.

P3-24

  • Ti-Nb-xMo ձ ŵ ġ Ŭ ȿ
  • ȯ1, 1
  • 1б żհа.

P3-30

  • Fe-P-Si ձ ڼƯ Cr N Fe-PSi ձ ڼƯ Cr N
  • Ȳ1, ̽1
  • 1ϴб .

P4-18

  • Mg-Sn ձ ü νƯ
  • 1, â2, 2
  • 1бմпб. 2бմпб / ѱ迬 μ Ῥ.

P5-3

  • ٿ ձݰ (SA350 Gr. LF3) ݺ Ī-۸ ó ̼ Ư
  • 1, ں1, ȣ1, 1, 2, 2, 躴1, 1
  • 1ѱ. 2Ư.

P6-15

  • Structure Change on the Oxygen Partial Pressure of LAO films Deposited by RF sputtering
  • Dohyun Kim1, ChungWung Bark1
  • 1Department of Electrical Engineering Gachon University

P7-1

  • Correlation Between Osteoblast Cell Viability and Pore Size for an Titanium Implant Via Plasma Electrolytic Oxidation
  • Ki Ryong Shin1, Kang Min Lee1, Yeon Sung Kim1, Young Gun Ko2, Dong Hyuk Shin1
  • 1Hanyang University. 2Yeungnam University.

P9-9

  • ձ Inconel 718 ں Ŀó Ư ̿ ̼
  • Ǽ1, 1, 2, â2 ȫ1
  • 1âб żк. 2Ῥ Ῥ

P11-4

  • High pressure torsion ̿Ʈ ձ
  • 1, 1, Tsuchiya Koichi2, 1
  • 1б. 2NIMS

P13-4

  • ʹڸ ׷ 幰
  • ڼ1, Ƚ¹1, 迵õ1, ֿ1
  • 1бб(UNIST).

P13-26

  • Masking Nanoparticle Surfaces for Sensitive and Selective Colorimetric Detection of Proteins
  • 躴ȣ1, ȣ1, 1
  • 1бżа.

P14-25

  • Mg(OH)2 ̿ Fe-Al ձݺи
  • ֱ1, 2, 3, 쿵4, 3
  • 1б/ѱб. 2ûִб. 3ѱб. 4б.

P14-43

  • ǥó Nd-Fe-B Ұڼ ԰Ȯ ȭ
  • ֿ1, 1, ̼1, ȿ2, ̹ο3, ¼3
  • 1б żа. 2ȭ R&D . 3б ̺긮 а.

P15-3

  • NPs Decorated p-CuO Photocathodes in Double Photoelectrode Systems for Hydrogen Generation
  • Hyun Kim1, Bee Lyong Yang1
  • 1Kumoh National Institute of Technology.

P16-3

  • źҰ ǥ ö ǥó
  • ̰1, 迬1, ű1, 1, ŵ1
  • 1Ѿб ݼа.

P17-6

  • Rejuvenation of Bulk Metallic Glass Composites by High Pressure Torsion
  • 1, 1, 1, 2, Koichi Tsuchiya3
  • 1б к ż. 2ִб żк. 3NIMS

P18-22

  • Tempering µ 12Mn Ư ġ
  • 1, 1, Ż2, ̼1, 念1
  • 1װб. 2б.

P19-11

  • 3 Ű¡ Cu/Sn-Ag ̼ Ni Ȯ ġ¿ м
  • ڱ1, ̺1, ָ1, ȣ2, μ2, 賲2, ڿ1
  • 1ȵб. 2SK Hynix.

P20-14

  • La0.9Fe3CoSb12 Skutterudite ȭƯ
  • ŵ1, ſ1, ۱ǹ1, ȣ1, ̼2, 2
  • 1ѱб. 2ѱͱ.

P21-3

  • ܼܺ AZ31 Mg ձ ̽ ߴ޿ ġ ߹ µ
  • Ȳ1, ֿȯ1, Amit Pandey2, ֽ1
  • 1õб. 2Reliability Division Rolls Royce LG Fuel Cell Systems Inc. Nort.

P22-3

  • Quantitative Friction Mapping using Atomic Force Microscopy
  • Seong-Mo Park1, Kwang Ho Kim1, Doo-In Kim1
  • 1Pusan National University.

P23-5

  • Water Oxidation Mechanism for Co-containing Polyoxometalate
  • Ǽȣ1, ű1, 1, 1
  • 1ѱб(KAIST).

P24-11

  • Effect of Additional Elements on the Formation of Corrosion Products of the Low Alloy Steel
  • Kejian Li1, Yinsheng He1, Joongcheul Park2, Byungho Lee3, Jeongbong Yoon3, Keesam Shin1
  • 1Changwon National University. 2RIST. 3POSCO.