Diamond video capture infrared driver driver#
Diamond video capture infrared driver portable#

Due to its inertness and resistance to scratching, the diamond ATR sampling interface became a widely used sampling technology that made FT-IR amenable to an extremely broad range of applications. This technology permitted FT-IR internal reflectance spectroscopy to be carried out in chemically aggressive solutions that would have destroyed conventional ATR crystals. In the mid-1990s, the diamond ATR and diamond ATR probe were developed.

To support these latter applications, new FT-IR sampling technology was required. For example, chemical engineers found that the integration of in-situ FT-IR spectroscopy and reaction calorimetry provided critical information about reaction heat flow, composition, and mass balance. Concurrently, FT-IR spectroscopy began to be 'rediscovered' by organic chemists and chemical engineers to aid in the development of complex chemistry in process development and process engineering facilities. For example, process FT-IR spectrometers, which could withstand the rigorous environment imposed by the manufacturing plant, were introduced. Thus, FT-IR spectroscopy saw rapid growth as a valuable, routine laboratory method used by personnel who required quick information and answers.Дuring the 1990s, FT-IR spectroscopy began to be used in applications and environments that were considered more nontraditional.

These latter methods included internal reflectance (attenuated total reflectance ), diffuse reflectance, and FT-IR microscopy. IR spectroscopy sampling moved from the classic preparation in potassium bromide pellets and Nujol mulls, to methods that allowed for the examination of neat samples with little or no preparation.

Diamond video capture infrared driver driver#

Manufacturers were able to capitalize on the economies of scale provided by using widely available computers, and a broader range of users were able to adapt to these systems rapidly because of the intuitive nature of the software.ДЄnother important driver for the widespread adoption of FT-IR spectroscopy was the development of sampling technologies that opened up a much broader range of applications. In addition to improvements in optics and electronics, the emergence of the personal computer influenced FT-IR spectroscopy. Instruments became smaller, less costly, and less complicated to use. A number of factors helped to cause this expansion of interest.

Diamond video capture infrared driver portable#

This article focuses on the next evolutionary leap that FT-IR spectroscopy is undergoing - the emergence of handheld, portable FT-IR spectrometers and the implications with respect to applications and use.Д®volution of FT-IR Spectroscopy in Nontraditional ApplicationsДuring the 1980s, FT-IR spectroscopy became more widely accepted by personnel in QC/QA and analytical laboratories in a wide range of industries. In the past decade, FT-IR spectroscopy has made the leap from the laboratory to at-site applications in less traditional environments. The former path tends to represent the evolution of today's laboratory instruments, whereas the latter path leads to instrumentation being used out of the laboratory, by a different type of end-user.ДЇourier transformвЂ“infrared (FT-IR) spectroscopy is a well-established analytical technology. The maturity of analytical technology tends to follow two major paths: More capability with advanced features and greater performance, or smaller, less expensive, and easier to use.