44
METHODS OF MEASURING PROPERTIES
Figure 3.7. Laser lighl Doppler measurement of size distribution of conductive polymer
particles dispersed in an organic solvent. The sizes range from 9 to 30nm, with a peak at
f2nm. [From B. Wessling, in N. S. Nalwa (2000). Val. 5. Chapter 10, p. 508.1
Magnetic Field
Ion
Source
Collector
Figure 3.8. Sketch of a mass spectrometer utilizing a 90" magnetic field mass analyzer,
showing details ol the ion source: A-amlerator or extractor plate, Eelectron trap,
Milament, lionization chamber, L-focusing lenses, Fkepeller, C l i t s . The magnetic
lidd 01 the mass analyzer is perpendicular to the plane of the page.
METHODS OF MEASURING PROPERTIES
Figure 3.7. Laser lighl Doppler measurement of size distribution of conductive polymer
particles dispersed in an organic solvent. The sizes range from 9 to 30nm, with a peak at
f2nm. [From B. Wessling, in N. S. Nalwa (2000). Val. 5. Chapter 10, p. 508.1
Magnetic Field
Ion
Source
Collector
Figure 3.8. Sketch of a mass spectrometer utilizing a 90" magnetic field mass analyzer,
showing details ol the ion source: A-amlerator or extractor plate, Eelectron trap,
Milament, lionization chamber, L-focusing lenses, Fkepeller, C l i t s . The magnetic
lidd 01 the mass analyzer is perpendicular to the plane of the page.