Library topic

Data analysis powered by Python

• Analytical chemistry application: Identification of Absorbance Peak and Removal of Background based on UV-Vis Spectral Data from SpectroWorks™

  Analytical chemistry application: This Jupyter-notebook identifies absorbance peak from SpectroWorks™ data and removes background. The full-width half maximum at the absorbance peak is also given.

• Biochemical application: Standard curve report template for UV-Vis spectra based on UV-Vis Spectral Data from SpectroWorks™

  This Jupyter-notebook plots the standard curve spectra from SpectroWorks™, calculate a linear fit for the standard curve and then use that to determine concentrations in unknown samples.

• Biochemistry application: High-concentration analysis of Bovine Serum Albumin (BSA) protein using SpectroWorks™ and UV-Vis spectrophotometer

  This notebook performs high-concentration analysis of Bovine Serum Albumin (BSA) protein using SpectroWorks™ and data acquired by UV-Vis spectrophotometer

• Food application: Micro-volume concentration analysis of turbid protein powder samples via refractive index using SpectroWorks™, SpectroCuvette™ One and UV-Vis spectrophotometer

  This notebook performs refractive index-based concentration analysis of turbid protein powder samples using UV-Vis data from SpectroWorks™ and SpectroCuvette™ One in micro-volume mode.

• Food quality application: Extracting and adding three absorbance values based on UV-Vis spectral data from SpectroWorks™

  This Jupyter-notebook adds absorption values from UV-Vis spectral data from SpectroWorks™ together. This is commonly required in the wine industry.

• How to get started Colab/Jupyter notebooks in conjunction with SpectroWorks™?

  Introduction to Jupyter Colab Notebooks in Python: Here you can find links to get started with using Colab/Jupyter notebooks and SpectroWorks™ to speed up and streamline your UV-Vis analysis.

• Materials Application: Calculation and characterization of properties of metal nanoparticles using absorbance spectra from SpectroWorks™

  This Jupyter-notebook performs calculations on UV-Vis spectra from metal nanoparticles using SpectroWorks™ data.

• Need a Custom UV-Vis Analysis Solution Developed for Your Project?

  Request a custom UV-Vis analysis solution tailored to your specific needs, developed by our experienced team at cphnano.com. Simply fill out the form, providing details about your project requirements, data sources, and desired features.

• Production application: Quality control report template for absorbance, particle size and concentration of Titanium Dioxide based on UV-Vis spectra from SpectroWorks™

  This Jupyter-notebook plots spectra from SpectroWorks™ and calculates the absorbance in a given wavelength range. It also calculates the particle size and concentration of samples of Titanium Dioxide.