Antonia Statt

Keyphrases

1. Colloids 100%
2. Monte Carlo Simulation 88%
3. Asakura-Oosawa Model 77%
4. Nucleation Barrier 75%
5. Crystal nucleus 72%
6. Excess Free Energy 70%
7. Polymer Colloids 68%
8. Phase Coexistence 63%
9. Chemical Potential 61%
10. Finite-size Effects 58%
11. Phase Behavior 58%
12. Phase Separation 55%
13. Molecular Simulation 41%
14. Molecular Dynamics Simulation 39%
15. Phase Transition 38%
16. Spherical Confinement 38%
17. Crystal nucleation 38%
18. Liquid Phase 38%
19. Polydispersity 38%
20. Shear Flow 38%
21. Surface Excess 37%
22. Colloidal Crystal 36%
23. Mechanical Activation 33%
24. Interfacial Tension 33%
25. Free Energy Barrier 33%
26. Non-equilibrium 33%
27. Influence Surface 33%
28. Polymer Thin Films 33%
29. Solvent Quality 33%
30. Surface Structure 33%
31. Glassy Polymers 33%
32. Nanostructures 30%
33. Phase Diagram 30%
34. Classical nucleation Theory 30%
35. Hard Spheres 27%
36. Surface Free Energy 27%
37. Telechelic Star Polymer 25%
38. Phase Equilibria 25%
39. Finite Volume 25%
40. Non-equilibrium Simulations 25%
41. Low Density 25%
42. Block Copolymer 25%
43. Heterogeneous nucleation 25%
44. Sequence-defined Macromolecules 25%
45. Thermal Equilibrium 24%
46. Monodisperse 22%
47. Solvent Evaporation 22%
48. Surface Width 22%
49. Hydrodynamic Interaction 22%
50. Wetting Properties 22%