BROCHURES

Posters :

Find listed hereunder the posters that Xenocs presented at the past scientific conferences

File Title
P19 How to achieve a clean beam with high brilliance for laboratory SAXS set-ups
P18 Improvements in low power beam delivery systems for single crystal diffraction and SAXS
P17 High brilliance x-ray beam delivery systems for high pressure x-ray diffraction
P16 High brilliance microfocus beam delivery systems with scatterless collimation for SAXS
P15 Fast Diffraction Studies with Microfocus Sources
P14 Microfocus sources with aspheric multilayer optics for stress analysis on micro-area
P13 Ellipsoidal multilayer optics for micro-XRF
P12 Efficient X-ray beam conditioning for sample illumination on synchrotron
P11 Recent developments of multilayer optics for SAXS in the laboratory
P10 Multilayer optics for Nanostructure studies in the lab, the example of high Z elements
P09 Beam delivery systems based on aspheric multilayer optics : new opportunities for XRD & scattering applications
P08 Generating high brilliance X-ray beams for X-ray diffraction and Scattering Applications 2
P07 Generating high brilliance X-ray beams for Protein Crystallography
P06 Generating high brilliance X-ray beams for X-ray diffraction and Scattering Applications
P05 Aspheric multilayer optics New opportunities for laboratory X-ray diffraction and scattering applications
P04 The State of the art in X-ray optics —the FOX family of ellipsoidal single reflection optics
P03 Advantage of 3D single reflection optics for small protein crystal and long unit cell analysis.
P02 Aspheric multilayer optics for micron size sample
P01 Comparative analysis of focusing optics for Mo radiation in small molecule crystallography

Publications:

Title References Description
A laboratory X-ray microbeam for combined X-ray diffraction and fluorescence measurement. S.Rouzière et al., J.Appl. Cryst.(2010). 43 Performance of a new instrument using FOX 2D 25_25 optics and rotating anode generator to perform simultaneous XRD and XRF measurements with 20 µm resolution
Application of a single reflection collimating multilayer optic for x-ray diffraction experiment employing parallel beam geometry. Wohlschlögel et al., J. Appl. Cryst. (2008), 41 Comparison of the gain of single reflection collimation optics in flux and brilliance compared to Kirkpatrick-Baez optics for parallel beam diffractometers
Etude structurale de nanomatériaux par diffraction X : utilisation d'un montage avec optique multicouche à collimation 2D. L.Ortega et al., J.Phys. IV France 118 (2004) Use of FOX 2D CU 12_INF optics on a sealed tube for fine structural analysis of nanomaterials
Scatterless hybrid metal single crystal slit for small angle x-ray scattering and high resolution x-ray diffraction. Youli. L., J. Appl. Cryst. (2008), 41 Demonstration of the performance of hybrid scatterless slits in small angle x-ray scattering experiments using a GeniX Low Divergence
Solution Properties of Asphaltene. Barré et al., Langmuir,vol 24,N°8,2008 Structure of asphaltene fractions solutions with SAXS using FOX 2D 12_INF and rotating anode source
SiGe wet chemical etchants with high compositional selectivity and low strain sensitivity. M Stoffel et al 2008 Semicond. Sci. Technol. 23 Study of the effect of strain on two SiGe etchans by HRXRD using FOX 2D 12_INF optic and a rotating anode generator
Short term mechanical and structural approaches for the evaluation of polyethylene stress crack resistance. J.Cazenave et al., Polymer, 2006 Evaluation of the stacking disorder of the semi-crystalline microstructure of Polyethylene using FOX 2D 12_INF optic and a rotating anode generator
Relation between the hydrophile/hydrophobe ratio of malonamide extractants and the stability of the organic phase: investigation at high extractant concentrations. P.Bauduin et al., Phys. Chem. Chem. Phys. 2007, 9 Investigation of the aggreggate states of diamide extractants molecules by SAXS using a FOX 2D 12_INF optic and a rotating anode generator
The tuberculosis prodrug isoniazid bound to activating peroxidases. C.Metcalke et al., J.Biol.Chemistry 2007 First crystal structures of isoniazid bound to any activating enzyme using FOX 2D 25_25 optic and a RU2HB rotating anode generator