Gao] and [Li-Shiuan Peh] used an infra-red (IR) line laser and the camera on ... by [Jonathan Piat] in 2014 was similar, using a visible line laser, a BeagleBone, and a LOGI-Bone FPGA cape ...

Current laser technologies for the extended short-wave infrared (SWIR) spectral range rely on expensive and complex materials ...

The other two types of visible lasers are solid-state and semiconductor lasers, which are more commonly identified with infrared laser output. However, there are several specific laser materials in ...

Dispersive infrared spectrometers use visible lasers, a grating, and charged coupled devices (CCDs) to collect data. The laser acts as a light source and irradiates the sample. Most of the radiation ...

The transmitter is a set of lasers, one is visible red for aiming, and the other is infrared for measuring the vibration of a surface. Point the transmitter at the window of the room you want to ...

Scientists from the Research School of Chemistry and Applied Biomedical Sciences of Tomsk Polytechnic Institute in ...

The Frankfurt Laser Company product collection covers 266 nm to 12µm wavelength and 5mW to 2.5kW power range. FLC has a range of Superluminescent diodes in visible and IR from 650 nm to 2300 nm and ...

Lasers are useful because they produce ... fibres to create light with a wide spectrum that can span the visible and near-infrared, typically from around 400 to 2,000 nm. Such sources are useful ...

Metrology includes absorption, ring-down loss and surface roughness meaurements, laser photometry, visible and IR interferometry. Product applications include lasers, laser devices, nonlinear crystals ...