|
1. Acrylonitrile Butadiene Styrene
2. Poly Amide
3. Poly Acetal
4. Poly Carbonate
5. Modified Poly Phenylene Oxide
6. Poly Butylene Terephthalate
Poly Ethylene Terephthalate
7. Poly Imide
8. Poly Methyl Methacrylate
9. 참고문헌
|
|
|
Polystyrene)가 가공성이나 투명성 등의 장점이 있는 반면, 쉽게 깨어지는 결점이 있어 이를 보완하고자 rubber성분을 보강, HIPS(High Impact Poly-styrene)를 개발하게 되었으며, 또한 강성이 강한 AN과 SM을 공중합하여, PS수지의 내약품성을 개선, 충격강
|
|
|
Ef = activation energy for viscosity change with temperature, Joules
f = efficiency of initiator, dimensionless
f(μ) = viscosity correction factor, dimensionless
hi,ho = inside and outside heat transfer coefficient, Joules/(cm2sK)
-ΔHp = heat of polymerization, Joules/gmole
I = concentration of init
|
|
|
) 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
|
|
|
poly styrene
cross sectional area: 0.09m
1st material(k1)
0.11990
0.01971
0.09496
0.09272
2st material(k2)
0.07117
0.05634
0.05662
0.05708
3st material(k3)
0.16718
0.11806
0.12143
0.15154
1st material(R1)절대값
1.16513
0.86219
0.20178
2st material(R2)
1.53317
1.16355
1.55795
3st material(R3)
1.3947
|
|
메뉴펼치기
