ID10B Science Page
last modified
24-03-2010 18:26
Below we have collected some links to scientific results obtained at the ID10B beamline.
- Surface structure of sterically-stabilised ferrofluids
- Organic heterostructure growth and the role of the buried interface
- Molecular mechanism of bacterial survival against antimicrobial peptides revealed by X-ray studies
- DNA adsorption at liquid/solid interfaces studied by X-ray reflectivity
- Formation and ordering of gold nanoparticles at toluene-water and air-water interfaces
- Layer-by-layer films at the solid/liquid interface studied by X-ray reflectivity
- Hexapod quantum dot molecules probed by grazing-incidence diffraction
- Three-dimensional Si/Ge quantum dot crystals
- Specific ion adsorption and short-range interactions at the air aqueous solution interface
- Grazing-incidence X-ray diffraction on Langmuir films: towards atomic resolution
- Watching organic crystalline films grow
- Effect of OH group position on the 2D crystalline structure of Langmuir monolayers of hydroxystearic acids
- Structural Basis of the Regulation of Cell Adhesion in Brain Development and Disease
- Nanocrystal-induced Organisation of a Langmuir Phospholipid Monolayer
- New Opportunities at ID10B: High Energy for Surface Studies at Liquid/Liquid Interfaces
- Self-organisation in Nanoscopic Poly(alkylthiophene) Films on Water
- GID Studies of Oriented Nucleation of Semiconductor Nanoparticles on Polyconjugated Langmuir Films at the Air-Solution Interface
- Two-stage Freezing of a Single Top Layer in a Smectic Membrane
- What Roughness is Produced by Organic Rain?
- Lipid Discrimination in Phospholipid Monolayers by the Antimicrobial Frog-skin Peptide, PGLa
- Free and Lipid-covered Water and Gel Surfaces
- Layering of Spherical Particles at the Air/Water Interface
- Liquid-Vapour Interfaces at Short Length Scales
- "Nano-tomography" on Self-assembled Quantum Dots
- Highly Oriented Films of Aromatic Molecules for Applications in Molecular Electronics
Improving corneal surgery
SAXS speeds ahead with real-time visualizations
Relating Micro-structure to Macro-properties