LODAR: Orbital Debris Mitigation & Recycling (v1.337lulz)
轨道碎片减缓与月球回收的概念框架，描述拟议的物理、运行及经济要求，不构成运行中太空清理系统的证据。
原始文档语言：英语。切换界面语言不会翻译原始文档。
LODAR: A Physically-Grounded Framework
for
Orbital Debris Attenuation and
Lunar-Based Recycling
Version 1.337lulz, January 2026
Source:Roble Mumin Library @https://roblemumin.com/library.html
Roble Mumin
Independent AI Researcher and AI Consultant
https://roblemumin.com
January 2026
Abstract
LODAR (Lunar-Orbit Debris Attenuation and Recycling) is an end-to-end concept for
reducing long-lived debris in MEO and GEO while converting recovered mass into usable
lunar feedstock. It combines targeted debris routing, electromagnetic deceleration at Earth-
Moon L2, and lunar processing to lower collision risk and create a cislunar reuse pathway. The
concept is structured for phased deployment, explicit verification, and quantified economic
thresholds. A light cultural reference (Lonestar fromSpaceballs) is included for accessibility
without reducing technical rigor.
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Lonestar
1
Roble Mumin LODAR Framework 2
Contents
1 Introduction
2 Scope and Definitions
3 Why LODAR and Why Now
3.1 Physical Rationale
3.2 Strategic Rationale
3.3 Kessler Syndrome Context and Risk Framing
3.4 Metaphorical Analogy
4 Physical Framework and Environmental Conditions
4.1 Thermal Considerations for Superconductivity
4.2 Radiation, Charging, and Material Stability
4.3 Orbital Mechanics and EML2 Stability
4.4 Cislunar Transfer Windows
4.5 Electromagnetic Drag Mechanism
5 System Components
5.1 ODAF (Orbital Debris Attenuation…打开文档引用此文档