Pinned, optically aligned diagnostic dock for use on the Z facility

Area of Science:

• Plasma physics
• X-ray diagnostics
• High-energy density science

Background:

• The Z facility requires advanced diagnostics for X-ray emission measurement.
• Existing diagnostic systems can be time-consuming to set up and reconfigure.

Purpose of the Study:

• To introduce the Pinned Optically Aligned Diagnostic Dock (PODD) as a novel diagnostic platform.
• To highlight the PODD's versatility, modularity, and improved operational efficiency for the Z facility.

Main Methods:

• The PODD system utilizes precision-machined pins for optical alignment of diagnostic components.
• It houses modular Plasma Emission Acquisition (PEA) systems capable of supporting diverse configurations.
• Fielded configurations include various crystal spectrometers; proposed configurations include imagers and detector arrays.

Main Results:

• The PODD system demonstrates modularity, accommodating multiple diagnostic types (e.g., crystal spectrometers).
• Off-line setup and refined alignment procedures reduce machine turnaround time.
• Example data collected with the PODD are presented, validating its performance.

Conclusions:

• The PODD platform enhances the flexibility of X-ray emission measurements on the Z facility.
• Its design significantly improves diagnostic setup efficiency and reduces operational downtime.
• The PODD represents a substantial advancement over previous diagnostic instrumentation.