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DOP, DBP, TCP 등이 사용
가소제의 조건
고분자와 잘 섞일것
비휘발성, 내한성
고분자로부터 빠져나가지 않을 것
생체에 대해 독성이 없을것 1. Poly(Vinyl Chloride)
2. 경질 PVC와 연질 PVC
3. PVC Copolymer
4. PVDC Copolymer
5. Fluoro plastic
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) http://blog.naver.com/durya12?Redirect=Log&logNo=100035144934
마) http://blog.naver.com/sg21c?Redirect=Log&logNo=20035162541 1. 5대 범용 고분자의 종류
2. High Density Poly ethylene
3. Low Density Poly ethylene
4. Poly Propylene
5. Poly Styrene
6. Poly Vinyl Chloride
7. 참고
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temperature is not regular. And it might be asked whether heat it or keep warm it. So we use thermostat to heat solution with no problem.
And we exactly use this calculation to calculate copolymer's weight.
8. Reference :
Eliassaf, J.(1972) Detection of small quantity of Poly(vinyl alcohol) in pol
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Poly(tetrafluoroethylene)
(TEFLON)
127
327
Poly(chlorotrifluoroethylene)
(KEL-F)
52
218
Poly (vinyl fluoride)
(TEDLAR)
200
Poly (vinylidene fluoride)
(KYNAR)
13
171
Poly (ethylene oxide)
-67
66
Poly (methylene oxide)
(DELRIN)
-30
182
Common Polymers: Structure and Properties
Poly (vinyl chloride)
(V
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temperature is not regular. And it might be asked whether heat it or keep warm it. So we use thermostat to heat solution with no problem.
And we exactly use this calculation to calculate copolymer's weight.
8. Reference :
Eliassaf, J.(1972) Detection of small quantity of Poly(vinyl alcohol) in pol
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Poly Vinyl Phenol)을 이용하여 좀 더 플렉시블 하면서 고성능의 TFT를 만들어 보았다. 그 결과 이동도는 370.83cm2/Vs로 유기물 소자에 비해 뛰어난 성능을 보였으나 SS(subthreshold slope) 값과 ON/OFF ratio 각각 372 mV/decade, 5×103 로 유기물 소자에 비해 성능이
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