원문정보
초록
영어
In this work, appearance part of dot gain, and relationship between ton jump and dot gain was studied using the round dot, the square dot, the line dot and the elliptical dot. Each dot pattern were different that was the conners of the round dot touch at 78%, the corners of the square dot and the line dot touch at 100% and the corners of the elliptical dot touch at approximately 40~60%. The result of this work, when the corners join between dots take place tone scale jump and dot gain, and different position of dot gain in each dot patterns.
목차
Abstract
1. 序論
2. 實驗
2.1 Squaraine 안료 합성
2.2 적층형 유기감광체 제작
2.3 Photoinduced Discharge Curve(PIDC)에 의한 감광체 특성의 측정
2.4 Xerographic gain
3. 結果 및 考察
3.1 합성한 squaraine 유도체의 CGM으로서의 평가
3.2 Squaraine 유도체의 CTM의 의존성
3.3 Polymer matrix에 따른 분광감도 특성 의존성
3.4 Squaraine 적층형 감광체의 xerographic gain
4. 結論
參考文獻
1. 序論
2. 實驗
2.1 Squaraine 안료 합성
2.2 적층형 유기감광체 제작
2.3 Photoinduced Discharge Curve(PIDC)에 의한 감광체 특성의 측정
2.4 Xerographic gain
3. 結果 및 考察
3.1 합성한 squaraine 유도체의 CGM으로서의 평가
3.2 Squaraine 유도체의 CTM의 의존성
3.3 Polymer matrix에 따른 분광감도 특성 의존성
3.4 Squaraine 적층형 감광체의 xerographic gain
4. 結論
參考文獻
저자정보
참고문헌
자료제공 : 네이버학술정보