Storm™ Short Pathlength Gas Cell
Specac offers a Short Pathlength Gas Cell that is ideal for routine gas and vapour spectroscopic analysis at room temperature, low pressures, and static or flow conditions. The cell has a fixed 10 cm pathlength, and is available in Pyrex™ and stainless steel. This Short Pathlength Gas Cell is supplied with a choice of NaCl, KBr, CaF2, BaF2, or ZnSe infrared transmission windows, and is mounted in an optical spectrometer wit…
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Specac offers a Short Pathlength Gas Cell that is ideal for routine gas and vapour spectroscopic analysis at room temperature, low pressures, and static or flow conditions. The cell has a fixed 10 cm pathlength, and is available in Pyrex™ and stainless steel.
This Short Pathlength Gas Cell is supplied with a choice of NaCl, KBr, CaF2, BaF2, or ZnSe infrared transmission windows, and is mounted in an optical spectrometer with a version of 3” by 2” slide mount holder. Pyrex™ and PTFE taps are used on the Pyrex™ version of cell, whilst stainless steel and Viton® sealed valves are used on the stainless steel version of cell, to introduce samples to the cell.
Features & benefits:
- Demountable for ease of cleaning and window replacement
- Choice of cell material: Pyrex™ and stainless steel
- Choice of window materials
- Window diameter: 47mm
- Clear aperture: 39mm
- Two ports for static or flow experiments
- Slide mounted cell holder
FTIR spectroscopy: Sampling accessories to boost your research
Fourier-transform infrared (FTIR) spectroscopy is used to probe the molecular vibrations of a sample, generating a chemical fingerprint from the molecules present within the beam of light. The technique has been employed in numerous ways across multiple fields, but whatever the aim of the experiment, an accessory is required to contain the matter under study and direct the light onto it.
In this application eBook, we review the literature for some of the most advanced FTIR spectroscopy products and explore cutting-edge research across a diverse range of fields, including sections on:
- Liquid transmission analysis – from the analysis of biodiesel blends to the detection of fake fish oil
- Attenuated total reflectance – the basics, penetration depth, advanced measurements, and more
- Advanced spectroscopy – including catalytic studies and the spectroscopy of gases
FTIR spectroscopy: Techniques & technologies driving innovation
Fourier-transform infrared (FTIR) spectroscopy is used to probe the molecular vibrations of a sample generating a chemical fingerprint from the molecules present within the beam of light. The technique has been employed in numerous ways across multiple fields, but whatever the aim of the experiment, an accessory is required to contain the matter under study and direct the light onto it.
For the past 50 years, Specac’s products have been at the forefront of scientific endeavor, driving innovation and answering critical questions across a range of scientific fields. In this application eBook, we review the literature for some of its most advanced products and explore the cutting-edge research undertaken by its customers, including sections on:
• Investigation of pharmaceutical dosage forms
• Understanding reaction mechanisms
• Catalytic studies
• Spectroscopy of gases
• Interstellar spectroscopy
New eBook on FTIR spectroscopy details the best sampling accessories to boost your research
Explore a compendium full of tips, tricks, and tools, and explore cutting edge research on FTIR spectroscopy
