Can the Orbital Debris Disease Be Cured Using Lasers? 由 Stefan Scharring, Jürgen Kästel

主题: “...space debris...”
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Active Debris Removal Mission Planning Method Based on Machine Learning 由 Yingjie Xu, Xiaolu Liu, Renjie He, Yuehe Zhu, Yahui Zuo, Lei He

主题: “...active space debris removal...”
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Measuring. Monitoring. Management. Control 由 S.V. Logunov, E.V. Blagodyrenko, I.S. Gerasimenko, N.A. Kupriyanov

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Active Decision Support System for Observation Scheduling Based on Image Analysis at the BOROWIEC SLR Station 由 Tomasz Suchodolski

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Launching a Legal Regime: Applying Constitutional Law to Space Law 由 Yan Ethan

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Large Debris Removal: Using Features of Attitude Motion for Load Factor Regulation during Re-Entry 由 Vladimir S. Aslanov, Dmitry A. Sizov

主题: “...active space debris removal...”
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Modeling of Space Objects Propagation, Prediction of Closest Approaches among Satellites, and Assessment of Maximum Collision Probability 由 M. Navabi, R. Hamrah

主题: “...space debris...”
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Experimental simulation of registration of objects of space 由 E.J. Baryshev, N.D. Semkin, K.E. Voronov

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Promoting Safety and Security: Challenges for the Future Governance of Space Activities 由 Steven Freeland

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Protection of Space Environment in the Light of Perspective Challenges of “Space Wars” 由 Anna Hurova

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Space Law and Development: some Legal Aspects 由 Gennady P. Zhukov, Alexander M. Solntsev

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Rigid Body Dynamics for Space Applications / 由 Aslanov, V. S. (Vladimir Stepanovich), author 649780, ScienceDirect (Online service) 7722

“...Rigid Body Dynamics for Space Applications explores the modern problems of spaceflight mechanics, such as attitude dynamics of re-entry and space debris in Earth's atmosphere; dynamics and control of coaxial satellite gyrostats; deployment, dynamics, and control of a tether-assisted return mission of a re-entry capsule; and removal of large space debris by a tether tow....”
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Orbital debris : drafting, negotiating, implementing a convention 由 Sénéchal, Thierry

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A Space Telescope Scheduling Approach Combining Observation Priority Coding with Problem Decomposition Strategies 由 Kaiyuan Zhang, Bao-Lin Ye, Xiaoyun Xia, Zijia Wang, Xianchao Zhang, Hai Jiang

“...With the increasing number of space debris, the demand for telescopes to observe space debris is also constantly increasing. ...”
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International legal mechanisms of ensuring safety in the sphere of the environment and space 由 Ph. Achilleas, D. Baitukayeva

“...One of the anthropogenic factors affecting space activities safety is formation in the outer space of objects that are by convention called «space debris». Observance by the states of guiding principles and rules of prevention of space debris formation adopted by the UN Space Committee will demand active development of the processes of exchange with information among the states concerning national mechanisms regulating and determining solution of this problem – prevention of space debris formation. ...”
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STar-DETR: A Lightweight Real-Time Detection Transformer for Space Targets in Optical Sensor Systems 由 Yao Xiao, Yang Guo, Qinghao Pang, Xu Yang, Zhengxu Zhao, Xianlong Yin

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TANGGUNG JAWAB NEGARA PELUNCUR TERHADAP SAMPAH RUANG ANGKASA 由 Dony Aditya Prasetyo

“...One of these concequenses is the increase of space debris. Space debris which is produced by outer space state activity could be caused by space junk or other space object that have expired. ...”
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Evolutionary Debris Modeling of LEO and Cis-Lunar Space 由 Pasiecznik, Celina

“...Space debris can be detrimental to missions in any orbital regime. ...”
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Design and development of space deployable system 由 Yeo, Elwin Wei Sheng

“...A deployable deorbiting sail is a technology design aiming to remove defunct satellites and other space debris from orbit, thereby reducing the risk of collisions with operational spacecraft. ...”
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Satellite In-Orbit Secondary Collision Risk Assessment 由 Haicheng Tao, Xueke Che, Qinyu Zhu, XinHong Li

“...The mass, size, velocity, and direction of space debris in a particular orbit of Starlink satellite are calculated based on the MASTER-8 model, and the shape characteristics of the Starlink satellite are added to the model to determine the probability of a Starlink satellite colliding with space debris in that orbit. ...”
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