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Cyanine 色素 및 그 電荷移動錯體의 光電效果

원문정보

Photoelectric Effects of Cyanine Dye and Charge Transfer Complex

Cyanine 색소 및 그 전하이동착체의 광전효과

권태선, 손세모, 林 善夫, 廣橋 亮

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

As inverstigating the influence of monomers and photoinitiator in the polymerization rate of photopolymerization by using IR spectroscopy, photopolymerizations initiated by ultraviolet radiation are characterized by the presence of an autoacceleration in the polymerization rate as the reaction proceeds. The conversion for the end of the autoacceleration varies considerably depending on the monomer and reaction condition which determines coil size and viscosity. In UV curable systems, the autoacceleration begins at only a few percent conversion and continues to 40% in HEA solution and 60% conversion in EHA solution. The polymerization ate in HEA solution increased as follow; DMHA > HCPK > DMPA and could be explained by the interaction between the initiating radical and HEA monomer and the size of the photodissociated radical of initiator. But the tendency of autoacceleration in EHA solution is almost independent on initiator.

목차

Abstract
 I. 序論
 2. 實驗
  2.1 合性
  2.2 測定用 Cell
  2.3 測定
 3. 結果 및 檢討
  3.1 紫外 및 可視吸收 spectrum
  3.2 Cyanine 색소 및 그 TCNQ Salt의 광전특성에 미치는 분위기 효과
  3.3 CT-Complex의 光電特性
 4. 結論
 參考文獻

저자정보

  • 권태선 Tae-Sun Guon. (주)한터기술연구소
  • 손세모 Son se-mo. 부산공업대학교 인쇄공학과
  • 林 善夫 Y.Hayashi. 旭化成技硏
  • 廣橋 亮 R.Hirohashi. 千葉大學 畵像工學科

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