Dimitrov, Vasil Vangelov: Untersuchung der Polarisation und Elektroporation von Lipid-Vesikeln und biologischen Zellen mittels elektro-optischer und konduktometrischer Signalan [...]. 2013
Inhalt
- Zusammenfassung
- SREDA Disss
- KRAI Dissertation 11_03_13
- Part II
- Abstract
- 1. Introduction
- 2. Materials and methods
- 3. Experimental results
- 4. Theory and analysis
- 4.1 Polarization mechanisms
- 4.2 Dipole coefficient
- 4.3 Frequency dependence of the dipole coefficient
- 4.4 Surface-conductivity
- 4.5 Induced dipole moment
- 4.6 Simulation model
- 6. Results and discussion
- Conclusions
- Appendix
- Appendix 1: The dipole coefficient dispersion
- Appendix 2: The time-dependent dielectrophoretic forces
- Appendix 3: The repulsive force factors
- Appendix 4: The electrophoretic mobilities.
- Appendix 5: Three identical particles in uniform electric field.
- Notes and references
- Part III
- Abstract
- 1. Electroorientation of E. coli cells in the frequency range 0 – 2 kHz
- 1.1 Materials and methods
- 1.2. Results and discussion
- Conclusions
- Appendix: Dipole coefficient of prolate ellipsoidal particle
- Appendix 1: Prolate spheroid parallel to the applied field
- Appendix 2: Prolate spheroid perpendicular to the applied field
- References
- 2. Electroporation of S. pombe cells in the frequency range 10 Hz – 3kHz.
- Danksagung