Chapter 2
may be described by Otherdistributions1 as shown in Figure 2.1 [2]. In these cases,
the mean drop size is the most commonly used to characterize an emulsion tθ1.
|
mo ________1 |
nodisperse I________________ |
symmetric
(i.e., normal)
Figure 2.1 Different drop size distributions [2]
Several experimental methods have been used to determine drop sizes in
emulsions, including microscopy, photomicrography, video microscopy, light
scattering, sedimentation, coulter counting, turbidimetry, nuclear magnetic
resonance (NMR) and acoustics among others [7].
2.2.2. Emulsion morphology
The morphology is the most basic characteristic of an emulsion.
Morphologies of different type of emulsions are shown in Figure2.2 [2].
More intriguing information
1. The name is absent2. Evidence-Based Professional Development of Science Teachers in Two Countries
3. Quality Enhancement for E-Learning Courses: The Role of Student Feedback
4. How do investors' expectations drive asset prices?
5. MICROWORLDS BASED ON LINEAR EQUATION SYSTEMS: A NEW APPROACH TO COMPLEX PROBLEM SOLVING AND EXPERIMENTAL RESULTS
6. Group cooperation, inclusion and disaffected pupils: some responses to informal learning in the music classroom
7. Examining Variations of Prominent Features in Genre Classification
8. THE INTERNATIONAL OUTLOOK FOR U.S. TOBACCO
9. The name is absent
10. The name is absent