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![[화공생명공학 요소실험] LLE & VLE-2](http://images.happyhaksul.com/thumb/446/445765-0002.gif)
![[화공생명공학 요소실험] LLE & VLE-3](http://images.happyhaksul.com/thumb/446/445765-0003.gif)
![[화공생명공학 요소실험] LLE & VLE-4](http://images.happyhaksul.com/thumb/446/445765-0004.gif)
![[화공생명공학 요소실험] LLE & VLE-5](http://images.happyhaksul.com/thumb/446/445765-0005.gif)
![[화공생명공학 요소실험] LLE & VLE-6](http://images.happyhaksul.com/thumb/446/445765-0006.gif)
![[화공생명공학 요소실험] LLE & VLE-7](http://images.happyhaksul.com/thumb/446/445765-0007.gif)
![[화공생명공학 요소실험] LLE & VLE-8](http://images.happyhaksul.com/thumb/446/445765-0008.gif)
![[화공생명공학 요소실험] LLE & VLE-9](http://images.happyhaksul.com/thumb/446/445765-0009.gif)
![[화공생명공학 요소실험] LLE & VLE-10](http://images.happyhaksul.com/thumb/446/445765-0010.gif)
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![[화공생명공학 요소실험] LLE & VLE-13](http://images.happyhaksul.com/thumb/446/445765-0013.gif)
![[화공생명공학 요소실험] LLE & VLE-14](http://images.happyhaksul.com/thumb/446/445765-0014.gif)
![[화공생명공학 요소실험] LLE & VLE-15](http://images.happyhaksul.com/thumb/446/445765-0015.gif)
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![[화공생명공학 요소실험] LLE & VLE-19](http://images.happyhaksul.com/thumb/446/445765-0019.gif)
![[화공생명공학 요소실험] LLE & VLE-20](http://images.happyhaksul.com/thumb/446/445765-0020.gif)
분야
ppt실험 목적
관련 이론 (LLE & VLE)
2 . 결과분석
LLE
VLE
3. 오차원인
오차 원인분석 (LLE & VLE)
4. application
RT Area 부피(1차-5차)㎕
Acetone 2.646 51982276 1차 3.207
2차 3.198
3차 1.632
4차 허근
5차 허근
MIBK 7.387 14075716 1차 1.536
2차 1.699
3차 음의근
4차 허근
5차 허근
Water 11.213 13758618 1차 1.194
2차 1.292
3차 허근
4차 허근
5차 허근
오차율
(추출상) Acetone : 14.8% MIBK : 1% Water : -
(추잔상) Acetone : 16.1% MIBK : 340% Water : 14%
- 물의 경우: 매끄러운 곡선이 나타나지 않음
오차원인 (VLE)
1.반응기 내부진공상태의 정확도
2. Mixer 작동의 정확성
3. 컬럼과 주입 방법에의 문제점
4. 평형상태의 판단(가정) 문제
