Brian Riley

Computer tomography applied to complex monolith sample surface area estimation

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

Project type

Contracted Time

Chemical durability of simulated waste forms is one of the most important benchmarking parameters for the waste management strategy assessment. In almost all cases to assess the chemical durability…

Understanding phase formation in glasses, crystalline compounds, and sorbent materials for applications in nuclear waste forms and WTP LAW off-gas systems

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Saehwa Chong

The objective of this proposal is to understand the formation of different phases in glass waste forms, crystalline compounds, and sorbent materials using X-ray diffraction (XRD) analysis for…

Development of Tunable Highly Efficient THz Sources using Focused Ion Beam (FIB)-Based Lithography

Lead Institution

Alfred University

Principal Investigator

S Sundaram

Project type

Large-Scale EMSL Research

The present proposal addresses this specific problem of availability of narrow line width cw source by designing, creating, and testing novel structures on semiconductor material surfaces for…

Characterization of zeolites

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

Project type

Limited Scope

We are using metal-exchanged zeolites as sorbents for methyl bromide under a DTRA project. This proposal is geared to allow us to characterize our zeolites using analytical instruments available at…

Spatially resolving light elements with high resolution analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

Light elements such as Li and B are commonly used in waste forms development as part of the waste or as a component in the matrix material used to encapsulate the waste, e.g., glass, ceramics. Very…

Spatially resolving light elements with high resolution analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

Light elements such as Li and B are commonly used in waste forms development as part of the waste or as a component in the matrix material used to encapsulate the waste, e.g., glass, ceramics. Very…

Spatially resolving light elements with high resolution analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

The primary goal of this user proposal is to gain access to the unique instruments at EMSL that we need to identify and spatially resolve light elements such as Li and B. Two such techniques for…

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

The primary goal of this user proposal is to gain access to the unique instruments at EMSL that we need to identify and spatially resolve light elements such as Li and B in the presence of other…

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

Lithium and boron are difficult to spatially resolve due to their low signal above the background with various analytical techniques. This user proposal is proposing to use EMSL facilities to fully…

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

The primary goal of this user proposal is to gain access to the unique instruments at EMSL that we need to identify and spatially resolve light elements such as Li and B in the presence of other…

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

The primary goal of this user proposal is to gain access to the unique instruments at EMSL that we need to identify and spatially resolve light elements such as Li and B in the presence of other…

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Brian Riley

The primary goal of this user proposal is to gain access to the unique instruments at EMSL that we need to identify and spatially resolve light elements such as Li and B in the presence of other…

EMSL Science Overview

Brian Riley

Projects

Computer tomography applied to complex monolith sample surface area estimation

Understanding phase formation in glasses, crystalline compounds, and sorbent materials for applications in nuclear waste forms and WTP LAW off-gas systems

Development of Tunable Highly Efficient THz Sources using Focused Ion Beam (FIB)-Based Lithography

Characterization of zeolites

Spatially resolving light elements with high resolution analysis for waste forms characterization

Spatially resolving light elements with high resolution analysis for waste forms characterization

Spatially resolving light elements with high resolution analysis for waste forms characterization

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization

Spatially resolving light elements with high resolution chemical analysis for waste forms characterization