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The invention includes a novel method and apparatus of a doubly resonant power enhancement optical cavity.
The invention relates to inspection apparatuses and methods of inspection.
The present invention demonstrates an all-electron control over chemical attachment and subsequent self-assembly of an organic molecule into a well-ordered three-dimensional monolayer on a metal surface.
The invention provides a low cost method to enclose awake, mobile small animals during a medical scan so that motion measurement can be made. The animal is free to move within the enclosure but can be monitored using external optical devices. No anesthesia is needed.
The invention relates to optics and more particularly to an apparatuses and methods of measuring Refractive Index. Multispectral refractometers typically measure refractive index (RI) at discrete monochromatic wavelengths via a serial process.
The invention relates to neutron detectors and more specifically to a detector that achieves very high efficiency, high resolution and low background at reduced cost.
The present invention measures a beam of protons that has a high dynamic range. Typically, one uses standard current-transformers to measure this current.
A technique for rapid, reproducible functionalization of multiple cantilevers for atomic force attraction measurements or cantilever sensor has been devised and demonstrated that utilizes a special device suitable for simultaneously dipping fragile cantilever probes into multi
The present invention provides an emissivity independent optical pyrometry technique and apparatus that allows absolute measurements of surface temperature using a non-contact probe. The technique allows surface temperatures between 300 Deg. C and 1400 Deg.
A high-temperature reactor for Diffuse Reflectance Infrared Fourier-Transform Spectroscopy (DRIFTS) is described that allows the observation of both surface and gas-phase analysis under realistic operating conditions.