|
Introduction(abstract)
- page 1
2. LC-MS
- page 1
3. NMR
- page 3
4. NMR과 LC-MS를 통한 화학식의 추측
- page 6
5. NMR을 통한 분자구조의 추측
- page 10
6. GC-MS
- page 15
7. HPLC
- page 19
8. Summary& Discussion
- page 23
9. Reference
- page 25
|
|
|
Introduction(abstract)
- page 1
2. LC-MS
- page 1
3. NMR
- page 3
4. NMR과 LC-MS를 통한 화학식의 추측
- page 6
5. NMR을 통한 분자구조의 추측
- page 10
6. GC-MS
- page 15
7. HPLC
- page 19
8. Summary& Discussion
- page 23
9. Reference
- page 25
|
|
|
by GC
● LC better suited than GC for separating compounds that may be thermally labile
● Most LC detectors are non-destructive ● What is LC?
● Column Chromatography
● What is HPLC?
● Components of HPLC
- Degasser
- Pump
- Injector
- Column
·Affinity, Partition, SEC, IEX
-
|
|
|
Chromatography / UV-visible spectrophotometer를 이용한
Beverage samples과 Urine속의 Caffeine 분석
HPLC/UV-VisibleChromatogram
(Calibration Curve, Sample Analysis)
Determination of Caffeine by
High Performance Liquid Chromatography / UV-visible spectrophotometer
보고서 작성자 : 김경철 (화학과 4
|
|
|
by flowing steam) ․․․․․․․․․․ 5
1-3-4. 고압증기멸균법(sterilization by high perssure steam) ․․․․․․․ 6
1-4. 배지 ․․․․․․․․․R
|
|
 |
of Han kuk
-B.A: degree of economics
Qualification
Good at writing & speaking
Good at operate MS OFFICE Package and Hangul
Good at using the internet
Certificate
Aug '89 Hangul Typing(2nd grade) & English Typing (3rd grade)
by the Chamber of Commerce
Oct' 94 Driver's licenceType 1
Reference Avai
|
|
메뉴펼치기
