- #1
kasse
- 384
- 1
Will someone please explain how one can read from this diagram that the composition is 9% NaC(8), 28% water and 63% C(10)OH when we have the smallest amount of C(10)OH to have inverted micelles in the system?
Understanding Ternary Phase Diagrams for Inverted Micelle Formation
- Thread starter kasse
- Start date
-
- Tags
- Diagram Phase Phase diagram
Ternary phase diagrams are visual representations of the interactions between three components in a system. In the context of inverted micelle formation, the three components are typically a solvent, a surfactant (or amphiphile), and a co-surfactant. These diagrams show the different phases and compositions that can occur at various temperatures and concentrations of the components. The formation of inverted micelles, which are structures where the hydrophilic head groups of the surfactant are located in the interior, is heavily dependent on the phase behavior of the system as shown in the ternary phase diagram. Understanding these diagrams is crucial for designing and optimizing inverted micelle systems for various applications. In summary, ternary phase diagrams provide a valuable tool for
Will someone please explain how one can read from this diagram that the composition is 9% NaC(8), 28% water and 63% C(10)OH when we have the smallest amount of C(10)OH to have inverted micelles in the system?
- #2
Odet
- 3
- 0
I believe you have to draw three lines, parallel to the axis opposite the vertex of the substance you are interested and going through the point in question. Here since you are interested in inverse micelle and lowest composition in C10OH it responds to the area i marked.
The left axis is C10OH , right is H2O and the bottom is NaC8.
P.S. I just googled it tbh, never seen a diagram like that before and it seemed interesting. So i might as well be wrong. You can read about it http://www.sv.vt.edu/classes/MSE2094_NoteBook/96ClassProj/experimental/ternary2.html" .
The left axis is C10OH , right is H2O and the bottom is NaC8.
P.S. I just googled it tbh, never seen a diagram like that before and it seemed interesting. So i might as well be wrong. You can read about it http://www.sv.vt.edu/classes/MSE2094_NoteBook/96ClassProj/experimental/ternary2.html" .
Last edited by a moderator:
Related to Understanding Ternary Phase Diagrams for Inverted Micelle Formation
1. What is a ternary phase diagram?
A ternary phase diagram is a graphical representation of the different phases of a mixture containing three components at different ratios and temperatures. It helps in understanding the behavior of the mixture and the conditions under which each phase is stable.
2. What is inverted micelle formation?
Inverted micelle formation is a phenomenon where surfactant molecules arrange themselves in a way that the hydrophilic head groups face the interior of the micelle, while the hydrophobic tails face outward. This is the opposite of traditional micelle formation, where the hydrophobic tails face the interior.
3. How do ternary phase diagrams help in understanding inverted micelle formation?
Ternary phase diagrams provide information about the different phases that can be formed at different surfactant ratios and temperatures. They can be used to determine the critical micelle concentration (CMC) of each surfactant, which is the concentration at which micelle formation occurs. This information can help in understanding the conditions under which inverted micelles can form.
4. What are some factors that affect inverted micelle formation?
The formation of inverted micelles can be affected by various factors such as temperature, surfactant concentration, type of surfactant, and presence of other solutes or additives. These factors can influence the size, shape, and stability of the inverted micelles formed.
5. How can understanding ternary phase diagrams for inverted micelle formation be useful?
Understanding ternary phase diagrams for inverted micelle formation can be useful in various applications such as in the pharmaceutical industry for drug delivery systems, in the production of cosmetics and personal care products, and in the development of new materials. It can also help in optimizing the conditions for the formation of inverted micelles, leading to more efficient and stable products.
Similar threads
-
Special and General Relativity
-
Materials and Chemical Engineering
-
Advanced Physics Homework Help
Engineering
Difficulty in Understanding Inverter Terms
-
Engineering and Comp Sci Homework Help
-
Materials and Chemical Engineering
-
Special and General Relativity
-
Materials and Chemical Engineering