NIST Test Samples Aid Explosives Detection

The National Institute of Standards and Technology (NIST) has released new test samples to help detect two explosive compounds that terrorists use.

The new test samples stimulate the size and behavior of residues left after someone handles the explosives PETN (pentaerythritol tetranitrate) and TATP (triacetone triperoxide).

Instrument developers, academic researchers and government labs can use them to validate new detector designs.

After someone handles explosive compounds, the residue can stay on their skin or clothing.

Both PETN and TATP are difficult to detect.

At airports, for example, security personnel look for PETN and TAPT by collecting residue with handheld swipe wands. They then heat the swipes to vaporize the explosives and analyze them in a tabletop detectors. Detectors use a technique called mobility mass spectronometry that can recognize specific ionized chemicals based on their chemical properties.

The 2002 shoe bomber and 2009 underwear bomber used both compounds in their failed terrorist attacks.

Featured

Featured Cybersecurity

Webinars

New Products

  • Compact IP Video Intercom

    Viking’s X-205 Series of intercoms provide HD IP video and two-way voice communication - all wrapped up in an attractive compact chassis. 3

  • Unified VMS

    AxxonSoft introduces version 2.0 of the Axxon One VMS. The new release features integrations with various physical security systems, making Axxon One a unified VMS. Other enhancements include new AI video analytics and intelligent search functions, hardened cybersecurity, usability and performance improvements, and expanded cloud capabilities 3

  • Camden CV-7600 High Security Card Readers

    Camden CV-7600 High Security Card Readers

    Camden Door Controls has relaunched its CV-7600 card readers in response to growing market demand for a more secure alternative to standard proximity credentials that can be easily cloned. CV-7600 readers support MIFARE DESFire EV1 & EV2 encryption technology credentials, making them virtually clone-proof and highly secure. 3