Primary Intelligence Asset

LANL AFRL MRT Instability MTF 2013

Declassified Public record OCR verified
INTEL

Executive Summary

This document analyzes a joint research project by Los Alamos and the Air Force that attempted to create fusion energy by compressing plasma with a metal liner. It reveals that the project failed to reach its goals because the plasma dissipated too quickly, preventing scientists from even studying the secondary problem of the metal liner's stability.
Analysis Confidence: High
ST_CODE: A04978

System Metadata

Source ID

DOC-LANL_AFR

Process Date

7/8/2026

Integrity Hash

SHA256-tnlpnp6d2ti...

Indexer Status

COMPLETE

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INVESTIGATIVE ANALYSIS

Summary

This document analyzes a joint research project by Los Alamos and the Air Force that attempted to create fusion energy by compressing plasma with a metal liner. It reveals that the project failed to reach its goals because the plasma dissipated too quickly, preventing scientists from even studying the secondary problem of the metal liner's stability.

Origin

The document is a technical problem analysis of research conducted by Los Alamos National Laboratory (LANL) and the Air Force Research Laboratory (AFRL). The digital source is associated with SecretMilitaryTechnology.com.

Purpose

The research was intended to understand and mitigate Magneto-Rayleigh-Taylor (MRT) instability during the implosion of a solid metal liner in the Field-Reversed Configuration Heating Experiment (FRCHX), a core component of the Magnetized Target Fusion (MTF) program.

Why It Matters

" This analysis bridges the gap between theoretical high-energy-density physics (HEDP) and practical aerospace application, linking LANL's T-Division and P-24 groups to Sandia's MagLIF program. It provides critical context for the failure of FRCHX, demonstrating how fundamental plasma stability remains the primary 'gatekeeper' technology for advanced Magnetized Target Fusion concepts often associated with aerospace propulsion and energy programs. "

Key Claims

  • › The LANL P-24 Plasma Physics group was the lead entity for the FRCHX collaboration and utilized the MACH2 simulation code.
  • › The FRCHX program required an FRC plasma lifetime of approximately 20 microseconds to successfully match the liner implosion timescale.
  • › LANL's T-Division utilizes multi-physics computational codes known as FLASH and HYDRA to model high-energy-density physics phenomena.
  • › The FRCHX experiment utilized a solid, relatively thick aluminum liner imploding onto a high-beta FRC plasma target.
  • › Magnetized Liner Inertial Fusion (MagLIF) is a major national security program conducted at Sandia National Laboratories.

Contribution to the Field

It identifies a specific intelligence 'positive indicator' that the FRCHX program was failing due to plasma lifetime issues (~20 μs) rather than liner instability, explaining the conspicuous absence of MRT modeling in LANL’s P-24 group publications.

Full Transcript

No transcript available.