Handling Using Diffraction/Refraction/Reflection TRIZ Cases
- X-ray Optical System Modular Segmentation Dead Zone Elimination
Modular segmentation fills dead zones with parabolic foils to eliminate manufacturing complexity and improve focusing resolution.
- EUV Mirror Layering for Grazing Incidence Contamination
A mirror uses a compound layer and protective coating to reflect electromagnetic radiation at grazing incidence angles.
- EUV Collector Mirrors with Polynomial Corrective Shapes
Polynomial corrective shapes on nested Wolter I mirrors redirect radiation to fill far field intensity distribution dips caused by mirror thickness shadowing.
- Isotope Separation via Gas-Surface Atomic Diffraction
A supersonic beam of isotopically mixed gas elastically scatters from a single-crystalline surface to separate isotopes into distinct angular distributions.
- Neutron Beam Structured Wave Generator Using Phase Gratings
An array of phase gratings diffracts a neutron beam into structured waves, overcoming the impractical size limits of refractive optics for neutron imaging.
- Segmented X-ray Diffraction Grating for Phase-Contrast Imaging
Alternating grating subareas modulate phase and transmit radiation to capture density data.
- Eccentric X-ray Beam Blocking Element for Divergence Control
Rotating an eccentric beam blocking element adjusts X-ray divergence angles and intensity, replacing complex micrometer screw mechanisms.
- X-ray Topography Apparatus with Multilayer Film Mirror
Multilayer film mirror intensifies laboratory X-rays to resolve exposure time bottlenecks, enabling high-resolution crystal defect observation.
- Segmented Secondary Collimator for X-ray Diffraction
Stacked plates with slits restrict scattered radiation angles, resolving fabrication complexity and weight issues in large X-ray diffraction systems.