White Papers

All About Coatings

By Edmund Optics
14 October 2014

White Paper Lead ImageIn every realm of physical science, surface properties dictate much of the interaction between an object and its environment. This is true for optics as well. Although the bulk properties of glasses certainly influence an optic’s interaction with light, the shape and smoothness of the surface are the primary determinants of the way a lens or mirror modifies the propagation of light. In addition to surface shape and quality, the coatings on an optical surface strongly affect an optic’s interaction with light. Specifically, coatings significantly modify the behavior of light at different wavelengths. Nearly every modern optical system depends on effective optical coatings.

Using the full spectrum for Raman: from UV to NIR

By Prof W R. Browne, Dr A. Draksharapu, Stratingh Institute for Chemistry, NL & Dr E. Illy Cobolt AB
26 September 2014

White Paper Lead ImageThe ”inelastic scattering of light”, or Raman effect, was observed in practice for the first time in 1928 by C.V. Raman for which he was awarded the Nobel Prize in 1930. It is only in the last two decades, however, that Raman spectroscopy has begun to realize its potential as an almost universally applicable analytical technique from materials and life sciences applications to point of care analysis. This is primarily thanks to the availability of compact laser sources, high sensitivity cameras and high resolution compact spectrometers.

Removing Heat from Optical Systems Using Broadband Hot Mirrors - A Radical New Solution

By Ken Norris
21 July 2014

White Paper Lead ImageA revolutionary new design of a Broadband hot mirror is described and details of how heat can now be successfully eliminated from light sources in many different optical systems.

New compact high repetition rate lasers for LIBS

By Håkan Karlsson, Elizabeth Illy, Bertrand Noharet & Tania Irebo
3 June 2014

White Paper Lead ImageLaser-induced breakdown spectroscopy (LIBS) is an atomic-emission spectroscopy technique that enables rapid chemical analysis of a wide range of materials ranging from metals, semiconductors, glasses, biological tissues, plastics, soils, thin-paint coating, and electronic materials. The LIBS technology has received substantially increased interest over recent years as a result of the development of more compact, even hand-held, systems that enables in-field use and construction of tools for on-line material analysis. This development has been made possible by the increased availability of more compact and industrial-grade system components including lasers, spectrographs and CCD cameras. In this application note we present how a new class of compact lasers with multi-kHZ pulse repetition rates enables significant reduction of the footprint of a LIBS system.

Technology Features

Electro Optics coverPhotonc sensor to combat TB

A lab-on-chip device, being designed as part of a European project, promises to reduce the cost of diagnosis tuberculosis dramatically – and save many lives in the developing world. Greg Blackman speaks to Wim Van Roy at Imec, one of the coordinators of the project

Electro Optics coverKeeping count on light

Highly sensitive detectors are enabling techniques like quantum cryptography and forms of flourescence spectroscopy. Tom Eddershaw investigates the technology for detecting individual photons

Electro Optics coverSolar research leads to laser discovery

Perovskites are being tipped as materials that will revolutionise solar power. Now, an Oxbridge team of scientists have used its luminescent properties to make a laser from the mineral. Greg Blackman speaks to Dr Felix Deschler and Michael Price of Cambridge's Cavendish Laboratory, who worked on the project

Electro Optics coverLasers in profile

Greg Blackman gets to grips with the various methods for analysing high-power lasers, including a novel method that calculates power according to the weight of the beam

Press releases

L3 coats optic for 6.5m telescope

22 October 2014
NEWS RELEASES
L-3 Corporation's Applied Optics Center (AOC) recently completed the coating of a large optic for the 6.5m MMT

Lidar system deployed for offshore wind measurements

22 October 2014
NEWS RELEASES
Inch Cape Offshore Limited has successfully deployed a ZephIR 300 lidar on the historic Bell Rock lighthouse, 17km off the Angus coast

GL Spectis 6.0

21 October 2014
ANALYSIS, TEST AND MEASUREMENT
GL Optic has developed a robust, laboratory-grade product engineered for large scale purposes: the GL Spectis 6.0
GL Optic

Micro Spectra miniature spectrometer

21 October 2014
SPECTROSCOPY
The MICRO Spectra ultra-high resolution miniature spectrometer for laser characterization from Resolution Spectra Systems now offers a 10 measurements per second capability
Resolution Spectra Systems

Limo develops glass wafer micro optics production

21 October 2014
NEWS RELEASES
Tiny, large and unique worldwide - the hallmark features of the process LIMO uses to manufacture micro-optics from glass wafers

PE-C line of pyroelectric pulsed sensors

21 October 2014
SENSORS AND DETECTORS
Ophir Photonics, global leader in precision laser measurement equipment and a Newport Corporation brand, today announced the F-PE80BF-DIF-C, the newest member of Ophir's PE-C line of pyroelectric pulsed sensors
Ophir Photonics