SEPERATING TECHNIQUES
 
Taught in 2nd year ChemistrySection biochemistry
Theory [A] 26.0
Exercises [B] 39.0
Training and projects [C] 0.0
Studytime [D] 150.0
Studypoints [E] 5
Level  
Credit contract?
Examination contract?
Credit contract mandatory if Exam contract?
Retake possible? Not applicable: periodic evaluation
Language of instruction Dutch
Lecturer John DAVID
Reference TGCHCB02A13756
 
Key words


Objectives
Using the basic chemistry and fundamental principles of organic chemistry of the first year, the student must get acquinted with the more specialised organic separation-techniques, as wel practical as theoretical, knowledge which is indispensable for every lab-chemist. The most important objective of the practical part is to obtain the necessary skill to work with the more advanced lab- machinary, current in nowerdays organic laboratory and to develope the necasary handiness to controll well known org. techniques.Great attention is given to accuracy & safety.


Topics
- Extraction and basic separationparameters
- Adsorption-chromatography
- Partition-chromatography
- Exclusion-chromatography
- Ion-exchange-chromatography
- Ion-pair-chromatography
- Affinity-chromatography
- HPLC and relationship to Thin-Layer-Chromatography,
- Gas-chromatography
- Electrophoresis, PAGE and interphases (ion-beam)


Prerequisites


Final Objectives


Materials used
- teacher's course

- school library materials ...


Study costs
44.5 euro

Study guidance


Teaching Methods
- lectures
- demonstrations

- individual reports
- group reports


Assessment
- Scoring system :
oral examination
permanent evaluation


Lecturer(s)
John David