Popis elektroforetických separačních systémů, využití systémových píků k charakterizaci vlastností surfaktantů a optimalizace složitějších systémů pomocí modelu LFER
Characterization of electrophoretic separation systems,utilization of system peaks for determination of surfactant properties and optimalization of complex separation systems by the LFER model
dissertation thesis (DEFENDED)

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Permanent link
http://hdl.handle.net/20.500.11956/94241Collections
- Kvalifikační práce [15831]
Author
Advisor
Referee
Coufal, Pavel
Ševčík, Juraj
Faculty / Institute
Faculty of Science
Discipline
-
Department
Department of Physical and Macromolecular Chemistry
Date of defense
16. 9. 2008
Publisher
Univerzita Karlova, Přírodovědecká fakultaLanguage
Czech
Grade
Pass
Keywords (Czech)
HPLC, HPCE, separační mechanismy
Keywords (English)
HPLC, HPCE, separation mechanisms
Conclusions o We have developď new method for CMC determination that is based on the measurementsof sysrem peaks eigenmobilities in capiiluy "t*o"oo"r*tr. The proposed method is moreprecise and eliminates specific systematic errors .o.*'n* when using some s*ndaťdmethods. The proposed method has U".n opti*i""a "o^ia,sysrcm peaks. ..Ý9 .r4. uE'tl UP.lmzeo considering intensities (amplitudes) of o The implementation of mice description ", ",".o".#'ÍÍ.',11Tffi :: jlTl.Ti#'ff ffiTr,"JT::,l:systems. Simulation prognrms curÍently allow user. to cď"ulate system eigenmobilities andeven to optimize the micellar separation systen. We h;\ *:ffi J:ffi.;: oÍ extended simulation o.o,*,",.u".il.;:T"T1'ffi ' ffill: We have clarified the mobi strength, which "uu,", .pri..ll,l?.jln.fi.r::ř""".J:"# peak due to the BGES ionic additional peak has "oo.a,.o in the electrophe.oror, ,oo**"r' As a consequence an :::::::::'*":u.'*..in.*oo.". identifi cation ", i"*,,.,"'ť"i:TT. *i:ajff:oeen possible using rhe set of different derecrion waveilil:" capirrary zone electrophoresis has been used to revear a structure and charge of nanoparticresin the recentry synthesized bulky porymer micelres ,n-'ltt".*, pH regions and to t3 characterize the effect of the PvP fraction added to PS.PMA on the final structure. ouÍ results have confirmed that...