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Using Thermal Infrared Multispectral for the Imaging of Minerals

Multispectral imaging involves acquisition of multiple images of the same scene utilizing different spectral filters, representing a great compromise between hyperspectral imaging and broadband imaging.

From Telops Inc. 15 Jul 2014

Rapid Infrared Multi-Spectral Signature Analysis

The MS-IR FAST infrared cameras enable spectral signature analysis by splitting the scene signal into eight different spectral bands instead of only one broadband image.

From Telops Inc. 15 Jul 2014

FAST-IR Series Infrared Cameras

The FAST-IR Series from Telops consists of the fastest infrared cameras available on the market, making them suitable in the analysis of dynamic events.

From Telops Inc. 15 Jul 2014

Telops HD-IR 1280 Infrared Camera

The HD-IR 1280 infrared camera enables analyzing targets or events with the utmost details through the generation of sharp, crisp images.

From Telops Inc. 15 Jul 2014

Telops High Performance Infrared Cameras

The specialized line of high performance infrared cameras from Telops is customized for specific applications, providing real-time, reliable and accurate measurements in scientific, environmental and defense markets.

From Telops Inc. 15 Jul 2014

Blackbody Free Calibration Technique for Infrared Cameras

There are many different non-uniformity correction and radiometric calibration techniques available and each technique has its own benefits and drawbacks.

From Telops Inc. 15 Jul 2014

The Father of Modern Optics - Ibn al-Haytham's Book of Optics

A medieval scholar called Ibn al-Haytham managed to successfully change the prevailing perceptions of light and how the eye functions.

From Pittcon 1 Jul 2014

Luminous Flux - Definition and Introduction

Flux or luminous flux is a measure of total amount of energy radiated per second from a light source in all directions.

20 Jun 2014

Metastable States - Definition and Applications in Optics

Metastable state is an excited state of an atom or other system with a longer lifetime than the other excited states. However, it has a shorter lifetime than the stable ground state. Atoms in the metastable state remain excited for a considerable time in the order of 10-6 to 10-3. During metastable state, all the parameters associated with state hold stationary values. A large number of excited atoms are accumulated in the metastable state.

20 Jun 2014