commercial instrument

Many commercial instruments, some of which are called thickness monitors, are available.

The current record for a commercial instrument is five lasers and 18 fluorescence detectors.

A given commercial instrument typically accepts specimens of up to a fixed diameter and height.

Commercial instruments include point and line mapping, and imaging.

Commercial instruments are capable of sub 1 nm resolution.

This mode of the detector has been employed by a latest generation of commercial instruments.

Most commercial instruments are extremely versatile, with an extensive choice of rotor speeds and a temperature control system.

Microchannel plate detectors are commonly used in modern commercial instruments.

In many commercial instruments where analysis of the scattering signal is automatically performed, the error may never be noticed by the user.

In 1964 Tuboscope ran the first commercial instrument.

Much of the existing work in the field has utilised custom-made instruments, though commercial instruments are now available.

Initial monochromators were commercial instruments with drawbacks for use at a synchrotron.

Mauchly saw their potential as commercial instruments.

DLS software of commercial instruments typically displays the particle population at different diameters.

The advantages of the Michelson interferometer were well-known, but considerable technical difficulties had to be overcome before a commercial instrument could be built.

Commercial instruments are available that include the basic features, and various traps are manufactured to insert between the evaporation flask and the vapor duct.

However, the concept and design was solidly proven, and with continued funding would have been a commercial instrument representing a significant improvement in the state of the art.

COSPEC was the first commercial instrument to measure remote atmospheric contaminants in movement at real timing.

For operation in either hc or pc mode, routine calibration in commercial instruments is usually accomplished with built-in electric heaters.

As such, the company can trace its roots in electron microscopy to the early commercial instruments produced by Philips Electron Optics in the 1940s.

Many commercial instruments for UV/vis spectroscopy are capable of recording spectra in the NIR range (to perhaps 900 nm).

Typical examples of the compact design are Celestron and Meade Instruments commercial instruments, combining a fast primary mirror and a small, strongly curved secondary.

The 10-cm Atom-Probe and the Imaging Atom-Probe are the progenitors of all later atom probe instruments including the commercial instruments available today.

In August 1982, Applied Biosystems released its first commercial instrument, the Model 470A Protein Sequencer.

Ashurst J said: 'Certainty is a great object in commercial instruments; and unless they carry their own validity on the face of them, they are not negotiable.'