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Positron Systems is commercializing innovative technologies that provide new insights in the nondestructive inspection industry. The focus is on techniques that quantify changes in component material nanostructure induced by operational conditions and surface treatments. There are currently two technologies - Induced Positron Analysis (IPA) and Phase Contrast Analysis (PCA).

Induced Positron Analysis (IPA) is currently being commercialized as a non-destructive technique to assess fatigue, creep, thermo-mechanical and embrittlement damage for example, in critical components made of metal and metal alloys, from initial manufacturing through onset of minute fracture.

IPA technology, developed at the US Department of Energy's Idaho National Laboratory and licensed to Positron Systems, Inc., provides a new approach to assessing current damage and assists in predicting useful remaining life in many critical components based on the measurement of changes in the crystal lattice structure of the material.

IPA quantifies damage in materials by inducing positrons into the material, which seek-out defects in the atomic lattice structure and react with their anti-matter (free electrons) differently than they would in 'as manufactured' material. This provides a measurable energy distribution response characteristic of changes in the lattice structure.

Phase Contrast Analysis (PCA) is currently being commercialized as a non-destructive technique to assess many defects, in critical components made of any material from pure metal to advanced composite.

PCA technology, developed in the medical industry by MXI Systems, Inc and licensed to Positron Systems, Inc. for the non destructive testing industry, provides a new approach to assessing current damage and assists in predicting useful remaining life in many critical components.

PCA provides a monochromatic X-Ray image of material and can be tuned to 'read' any material. It's first objective is to assess the structural integrity of major assets, such as aircraft, without removing the skin.

Media Contact: Heidi Rice

+1.208.514.4578
Media email contact

The following publications have featured stories on Positron's IPA technology.

Aircraft Maintenance Technology - November 2007: Positron Develops Mobile Technology

The Idaho Statesman - April 2006: Positron hires New CEO

The Shot Peener - Fall 2003: Annihilating Structural Uncertainties

Aerospace Engineering - March 2003: Material testing from Positron

Aviation Today - December 2002: Inspection: Atomic Power for Inspectors

Aircraft Maintenance Technology - November 2002: Detecting structural flaws at the atomic level

Horizon Air Magazine - October 2002: Innovative Idaho

Pipeline & Gas Journal - August 2002: Positron Systems Inc.

Oil, Gas & Petrochem Equipment - August 2002: New Nondestructive Testing Tech Detects Material Fatigue, Embrittlement

Advanced Materials & Processes - August 2002: Positrons detect wing spar damage

Aerospace Engineering - August 2002: Detecting Fatigue Damage in 2nd Layer

High-Performance Composites - July 2002: Positron Systems demonstrates PIPA NDT technology

Design News - July 2002:Test Assesses Material Fatigue

Welding Design & Fabrication - July 2002

Aviation International News - June 2002

Mechanical Engineering - June 2002: Got It, Under the Skin

BattleSpace News - June 2002

Inspection Trends - May 2002: Technology Detects Material Fatigue and Embrittlement at the Atomic Level

Transport News - May 2002: 2nd Layer Fatigue Cracks Detected During Lab Testing on Aircraft Wing Spars

Materials Evaluation - February 2002 (pg. 183): New Products Section - PIPA

Quality Digest - February 2002: New Technology Detects Flaws at the Atomic Level

Idaho Business Review - January 2002: Materials-Testing Firm, Positron, Banks on INEEL Process

Hydrocarbon Processing Journal - January 2002

Quality Magazine - January 2002: Nondestructive Testing Through Annihilation

Civil Engineering - December 2001

Chemical Engineering - November 2001

 
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