Kromatografski seminar "The LC Seminar - UHPLC Performance on ANY LC instrument"
Vabimo Vas na kromatografski seminar z naslovom The LC Seminar – UHPLC Performance on ANY LC instrument kjer Vam bo eden vodilnih strokovnjakov v podjetju Phenomenex dr. Tivadar Farkas predstavil teoretični in praktični pregled tekočinske kromatografije zelo visoke učinkovitosti ter predstavil novo revolucionarno tehnologijo silikagel delcev, ki omogoča bistveno hitrejše čase analiz, višjo občutljivost in boljšo ločljivost na kateremkoli HPLC ali UHPLC aparatu.
Seminar bo v četrtek 17.9.2009 ob 9 uri v Austria Trend Hotelu v Ljubljani, Dunajska cesta 154. Trajanje seminarja je predvidoma do 13 ure. Seminar bo potekal v angleškem jeziku. Udeležba na seminarju je brezplačna. Vsak udeleženec prejme tudi tiskano gradivo. Za hrano in pijačo bo poskrbljeno.
Prosimo Vas da nam Vašo udeležbo potrdite na e-mail: a.vuga@kemomed.si, po faxu 04 2015 050 ali pisno na naš naslov.
Razpored seminarja:
1.del:A Theoretical and Practical Overview of Very High Efficiency LC
Overview of high efficiency
- Affect on chromatographic separation
- Positive impacts on laboratory
Theoretical review
- Van Deemter equation
- Physical, kinetic, and thermodynamic properties
Introduction of new, state-of-the-art LC particle technology
- New technology vs. traditional particles
- Harnessing high efficiency on any LC platform
Odmor za kavo
2.del: Practical Application of New LC Technology
Performance investigation
- vs. sub 2 μm particles
- vs. 3 μm and 5 μm particles
Optimization of essential LC separation parameters
- Selectivity and loadability
- Lifetime and reproducibility
Odmor za hladni prigrizek
3. del: System Optimization for Highest Efficiency Separations
UHPLC performance on current HPLC platform
- System configuration and detector considerations
- Column dimension and particle size impacts
- LC method conditions for best performance
Enhanced performance on UHPLC platforms
- Seamless transfer to new particle technology
Overview of optimal flow velocities across all platforms
- What is or is not possible based on pressure limits
