Ion Beam Laboratory

Ion Beam Laboratory Building
Ion Beam Laboratory Building

Areas of Expertise

Ion Beam Laboratory Capabilities
Ion Beam Laboratory ibapic

Ion Beam Analysis (IBA)

Accelerating a charged particle into an unknown material to determine its identity, local chemistry, and structure.

Ion Beam Laboratory ibmpic

Ion Beam Modification (IBM)

Tailoring the local chemistry, microstructure, or both of a material with accelerated ions to enhance a chosen property and the performance of the system.

Ion Beam Laboratory radiationpic

Radiation Effects  Microscopy (REM)

Using high energy ion microscopes to determine the radiation hardness and softness of microelectronics; identifying potential weaknesses.

In situ Ion Irradiation Microscopy (I3M)

Real time observation of microstructural and property evolution during ion bombardment. in various extreme radiation environments.

Video Gallery


Ion Beam Facility

Ion Beam Laboratory floorplan

Opened in 2010, Sandia’s Ion Beam Lab is a state-of-the-art facility using ion and electron accelerators to study and modify materials systems.

The IBL is a Sandia User Facility, and is interested in pursuing a range of cutting edge studies, including controlled defects in materials, materials in radiation environments, and hostile environment performance. The building houses a Tandem and a Pelletron accelerator, an Implanter, a Nano-Implanter, an in-situ TEM and the Colutron. The Nano-Implanter is unique to the world, and the in-situ TEM is one of two in the U.S., putting the IBL on the forefront of developing technologies in radiation studies.

Research & Development 100 and Industrial Research 100 Awards