New transient experiments are conducted on an elastomer test system, and measured transmitted force and top chamber pressure signals are analyzed.
In this work, a time-resolved technique has been used to detect tumors/inhomogeneities in tissues by measuring transmitted and reflected scattered temporal optical signals when a short pulse laser source is incident on tissue phantoms.
One of the techniques, optical tomography, is based on delivering light in the near-infrared range (NIR), typically a laser beam through optical fibers, to several locations on the surface and measuring transmitted and/or backreflected intensities to yield 3D quantitative tomographic images of the internal optical properties of organs.
We measured transmitted and reflected power using a power meter (Hewlett-Packard 435A; Hewlett-Packard Company, Palo Alto, CA, USA) and a coaxial directional coupler (Narda 3001-20; Narda, Hauppage, NY, USA).
The SCIAMACHY instrument is designed to measure sunlight transmitted, reflected and scattered by the Earth's atmosphere or surface.
Here, reflection as well as absorption losses is considered to measure the transmitted intensity of light having wavelength 540 nm.
An experimental set up is designed to measure the transmitted intensity with respect to these concentration of hemoglobin in the blood.
The SCIAMACHY instrument is designed to measure sunlight transmitted, reflected and scattered by the Earth's atmosphere or surface simultaneously from the UV to the NIR spectral spectral region (240 – 2380 nm) in various viewing geometries.
In the fear-conditioning by-proxy experiments performed here, we are able to measure socially transmitted fear to a Pavlovian conditioned cue while allowing the animals to freely interact socially.
To contribute to the measurement of the TCNY measures, the aggregate values of the corresponding measures are transmitted monthly to DOHMH.
