Author/Authors :
Stoylov، نويسنده , , Stoyl P. and Gyurova، نويسنده , , Anna Y. and Bunin، نويسنده , , Viktor and Angersbach، نويسنده , , Alexander and Georgieva، نويسنده , , Ralitsa N. and Danova، نويسنده , , Svetla T.، نويسنده ,
Abstract :
The theoretical and experimental studies of the particlesʹ electric dipole moments in the microscopic and submicroscopic size range show that in the case of polar and conductive media the interfacial components of the dipole moments are of greatest importance. While in the range of manometerʹs sizes there seems to be no important problems in the identification and in the estimation of the values of the dipole moments at present, in the micrometer range there are serious problems. In this communication these problems are considered and illustrated by electro-optic investigations of Escherichia coli HB 101.
Keywords :
E. coli , Maxwell–Wagner polarizability , Charge dependent polarizability , Permanent dipole moment , Slow induced dipole moment , Electro-Optics
