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Efficiently managing water transport in proton exchange membrane fuel cells (PEMFCs) is critical to the performance, cost, and durability in order for this
Measuring the through-plane water content in a hydrogen fuel cell is critical to understanding this complicated heat and mass transport environment, where the
As countries target rapid carbon reduction in the battle to halt climate change, battery energy storage is set to be one of the defining technologies of the
Starting in October 2020 the Department of Energy (DOE) created a new laboratory consortium with a mission to “advance the efficiency and durability of proton
Neutron imaging continues to play a key role in elucidating the role of water in proton exchange membrane fuel cells (PEMFCs) as highlighted by two projects
A common topic in energy systems is the need for in situ measurement of the mass transport of light ion species such as hydrogen or lithium. Neutron imaging has
Future hydrogen fuel cell vehicles will require hydrogen storage vessels that efficiently store and quickly release the hydrogen fuel. The hydrogen uptake in
The NIST NeXT detector is the first imaging system to combine the power of both neutron imaging and x-ray 3-D tomography into a powerful, single-pass probe for
A novel neutron lens based on reflection has recently been developed that could greatly benefit neutron imaging and other neutron scattering techniques.
Starting in October 2020 the Department of Energy (DOE) created a new laboratory consortium focused on researching and developing hydrogen electrolysis for fuel
This project pursues enhanced x-ray image acquisition and analysis methods that are applicable to, for example, security and medical applications of x-ray
INFER is an NIST Innovations in Measurement Science (IMS) project that seeks to develop far field neutron interferometers to create multi-scale images (three
The goal is to apply Quantum Information Processing techniques to improve the performance of perfect-crystal neutron interferometers by making the final
The Neutron Interferometer and Optics Facility continues to provide high precision measurements of scattering lengths for the purpose of improving few-body
We have designed a new type of neutron interferometer that will be less sensitive to slow vibrations. The design improves the interferometer sensitivity and
The realization of Quantum 2.0 devices will require the development of new types of materials. Here we apply the techniques of neutron interferometry to study
Stable and radioactive isotope analysis is an important interdisciplinary tool used by numerous scientists. Therefore, achieving reliable metrology and
The International Atomic Energy Agency (IAEA) recently initiated a Cooperative Research Project (CRP) entitled "Development of Quantitative Nuclear Medicine
Due to overlap with the Uniformed Services University of the Health Sciences (USUHS) in missions, scientific interests, expertise, and instrumental requirements
A program for the development of dosimetry standards for radiobiology was launched through a highly successful workshop. The NIAID/NCI/NIST-sponsored workshop
The interpretation of quantitative imaging data obtained from Positron Emission Tomography (PET) and Single-Photon Emission Computed Tomography (SPECT) studies
In an effort to both reduce and improve the monitoring of radiation dose delivered to patients during computed tomography (CT) procedures, the Dosimetry Group