距离模拟器：一种紧凑的近轴光学系统，用于模拟远距离单色激光传播
Range Emulator: A Compact Paraxial Optical System to Emulate Long-Distance Monochromatic Laser Propagation
AI总结：
本文提出了一种紧凑的近轴光学系统，用于模拟远距离单色激光传播，通过分析确定了所需最少透镜数量并探讨了系统紧凑性与制造精度的权衡。
摘要：
在实验室尺度上模拟远距离光传播对于地面基于的卫星间光学系统测试至关重要。为了解决这一挑战，我们提出并分析了一种名为距离模拟器（RE）的新光学系统，以在紧凑的设备中重现远距离光束的空间传播效应。我们的分析指出，三个透镜是实现RE的最小透镜数量。通过数值探索，我们量化了系统紧凑性与制造精度之间的基本权衡。本工作为未来多卫星激光链路技术设计紧凑光学测试平台提供了实用框架。
英文摘要：
Emulating long-distance light propagation on a laboratory scale is essential for the ground-based testing of intersatellite optical systems. To address this challenge, we propose and analyze a novel optical system called the Range Emulator (RE) to reproduce the spatial propagation effects of a long-distance beam within a compact apparatus. Our analysis identifies that three lenses are required as the minimum number of lenses to implement the RE. Through a numerical exploration, we quantify the fundamental trade-off between system compactness and manufacturing precision. This work provides a practical framework for designing compact optical testbeds for future multi-satellite laser link technologies.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
