Spectroscopy’s 2024–2025 New Product Review
For a complimentary listing of your new product in Spectroscopy's annual review of new products, please download and complete the form below. All information will be kept confidential until publication in the May 2025 issue.
Download your form here.PLEASE NOTE:
- You may submit any product introduced to the market since our 2024 coverage.
- Products must be new! Please do not submit products that have appeared in previous coverage.
- One form per product. Maximum of 5 products per supplier.
- Please avoid marketing hyperbole, and provide just the facts.
Deadline: March 8, 2025
Send completed form to: Will Wetzel at wwetzel@mjhlifesciences.com
Careful consideration will be given to all surveys received. Submitted information will be held in confidence until publication. Final decisions regarding what details are included for publication is based on editorial judgment, reader interest, and available space.
AI-Powered Detection System Identifies Petroleum Contamination in Edible Oils
March 3rd 2025Researchers from Jiangsu University and Jimei University have developed an AI-powered detection system using near-infrared spectroscopy and a convolutional neural network long short-term memory (CNN-LSTM) model to accurately identify petroleum contamination in edible oils for improving food safety and quality control.
Investigating ANFO Lattice Vibrations After Detonation with Raman and XRD
February 28th 2025Spectroscopy recently sat down with Dr. Geraldine Monjardez and two of her coauthors, Dr. Christopher Zall and Dr. Jared Estevanes, to discuss their most recent study, which examined the crystal structure of ammonium nitrate (AN) following exposure to explosive events.
Nanoparticle-Enhanced LIBS Mapping Uncovers Coffee-Ring Effect in Serum Analysis
February 27th 2025Researchers from the Harbin Institute of Technology and Harbin Medical University Cancer Hospital have demonstrated how optimizing silver nanoparticle concentrations can mitigate the coffee-ring effect in nanoparticle-enhanced laser-induced breakdown spectroscopy (NELIBS), improving the accuracy of elemental analysis in bioliquid samples.
