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Agilent’s UV-Vis Spectroscopy: Innovation Towards Advance Optical Analysis

In UV-Vis spectroscopy, light is emitted through a sample at a particular wavelength. This is in the UV or perceived spectrum. If any light is reflected by the sample, not all light can get through or be emitted. Transmission is the proportion of the amplitude of the emitted light. To the incident light and is aligned with the absorption. Absorption can be used in a quantitative way to achieve a concentration of the specimen.

It may also be used qualitatively to classify a compound by comparing the absorbance. This is determined over a number of wavelengths, called the absorption coefficient continuum. To the published results. This video would present UV-Vis spectroscopy and demonstrate its use in the laboratory. For the determination of sample concentrations and activation energy or reaction kinetic.

Things to know about UV-Vis

UV-Vis is sometimes referred to as a general technique. As most compounds capture light within the UV-visible wavelength spectrum. The UV frequency is 100–400 nm and the frequency light ranges from 400–700 nm. Yet many spectrophotometers do not work within a broad UV range of 100–200 nm. As reflective surfaces in this range are costly. Many UV-Vis spectrophotometers use a UV spectrum deuterium lamp. This generates light from 170–375 nm and a detectable range of tungsten filament lamps. That also emits light from 350–2500 nm.

Agilent’s edge towards technological advancement

In Agilent, they offer a variation of equipment that may have a big contribution to this study. A lot of researchers and scientists rely on Agilent technology. Such as their UV-Vis Spectroscopy that is pretty much available online. Moreover, it is very accessible with one click. Agilent is a leading supplier of life sciences. The business supports laboratories around the world. With all the equipment, resources, consumables, and software. The platform also wanted to spread the knowledge. This is to allow consumers to achieve the insights they need. Agilent's experience and trustworthy cooperation give us the utmost faith in our approaches. Below are some of the technological advancements that they can offer.

       Cary 60 UV – Vis Spectrophotometer

Effective and compact UV-Vis absorbance study using the Cary 60 UV spectrophotometer.

       UV-Vis spectrophotometer Cary 3500

Quantify eight sections at the same time. As the groundbreaking Cary 3500 UV-Vis spectrophotometer.

 

       UV-Vis Cary 4000Main reference spectrophotometer for a variety of organizations (175–900 nm).

       UV-Vis-NIR Cary 5000

Fantastic spectroscopic quality in the 175–3300 nm. This range for quantifying all kinds of materials.

       UV-Vis-NIR Cary 6000i

Customized for short-wave infrared (800–1800 nm) with limited InGaAs and 600 l/mm NIR grating.

       Cary 7000 Universal Measurement Spectrophotometer (UMS)

Fulfills all your computer-controlled multi-angle reflection and transmission.

With a validated database in the field of optical layout excellence and innovation. Agilent Cary UV-Vis and UV-Vis-NIR spectrophotometers distribute unsurpassed performance for various applications. Agilent's precise and straightforward methods yield extraordinary resolution and unparalleled linearity.

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