云南高校图书馆联盟文献共享服务平台- Aerospace China

《Aerospace China》: 作品数：1677被引量：277H指数：6; 导出分析报告; 主办单位：中国航天系统科学与工程研究院; 最新期次：2024年3期更多>>; 发文主题：LMLAUNCHSATELLITELAUNCH_VEHICLECASC更多>>; 发文领域：航空宇航科学技术经济管理天文地球电子电信更多>>; 发文机构：中国航天科技集团公司中国三江航天集团北京空间机电研究所国家工程研究中心更多>>; 发文基金：国家自然科学基金北京市自然科学基金更多>>

LM-2C Flying into Space: 《Aerospace China》2024年第3期F0002-F0002,共1页WANG Jiangbo(Photo)

An Overview of Multi-material Additive Manufacturing Processes: 《Aerospace China》2024年第3期3-18,共16页LIU Yuan LIU Guangtong MENG Fanwei TIAN Dongbo; supported by the Youth Science Fund Program under National Natural Science Foundation of China(No.52205248).; Acknowledged as a highly versatile manufacturing technology,additive manufacturing holds the potential to transform traditional manufacturing practices in the future.This paper provides a comprehensive review of the l...; 关键词：additive manufacturing manufacturing process multi-material printing

A Review on Additive Manufacturing of Aluminum Alloys: 《Aerospace China》2024年第3期19-30,共12页SUN Aidong HAO Yunbo ZHU Jiahui ZHAO Kai; Aluminum alloy is widely used in military,automobile,aerospace,electronics,electric power and other industries.With the continuous development of industry,the demand for lightweight,topology structure and integration ...; 关键词：additive manufacturing aluminum alloy crack inhibition process optimization

Integrated Preparation and Performance Study of Spiral Antenna Based on Modified Polyetheretherketone: 《Aerospace China》2024年第3期31-36,共6页LIU Dayong WU Yimin ZHOU Qiang GAO Peng HONG Yuan LI Zhizhong ZHOU Wenchao CAI Chenhao; This paper introduces an integrated design and manufacturing technology for L-band spiral antennas based on modified polyetheretherketone(PEEK).Initially,PEEK granules are blended with a laser activator for granulatio...; 关键词：modified polyetheretherketone fused deposition modeling spiral antenna

Interpretation and Implementation of“Peaceful Purposes”in Military Activities in Outer Space:Legal and Political Implications: 《Aerospace China》2024年第3期37-49,共13页Moamen Mohamed Sayed LI Shouping Zagra Alievna Gadzhieva; This paper examines the interpretation and implementation of the“peaceful purposes”clause as it applies to military activities in outer space,analyzing its legal and political implications within the framework of in...; 关键词：peaceful purposes outer space treaty military activities in space

Two BeiDou Satellites Deployed to Enhance Navigation Services: 《Aerospace China》2024年第3期50-51,共2页; A LM-3B carrier rocket lifted off at 09:14 Beijing time on September 19th,2024,from the Xichang Satellite Launch Center,putting two BeiDou satellites into medium-Earth orbits(MEO).They are the 14th group of third-gene...; 关键词：SATELLITES LIFT SERVICES

China Releases Space Science Development Program for 2024-2050: 《Aerospace China》2024年第3期52-53,共2页; China unveiled a national mid and long-term development program for space science on Tuesday,which will guide the country’s planning of space science missions and space research from 2024 to 2050.The program,the firs...; 关键词：jointly RELEASE PLANNING

Overview of CASC Space Launch Missions in 2024: 《Aerospace China》2024年第3期54-56,共3页; As the LM-3B carrier rocket successfully sent a communication technology test satellite into space on 20th December,the China Aerospace Science and Technology Corporation(CASC)has completed 51 launch missions for the ...; 关键词：LAUNCH ROCKET COMMUNICATION

SD-3 Carrier Rocket Successfully Launched 8 Satellites from Sea: 《Aerospace China》2024年第3期57-57,共1页; A Smart Dragon 3 carrier rocket launched from the waters near the city of Haiyang in East China’s Shandong Province on 24th September at 10:31 Beijing time,placing eight satellites including into planned orbit.SD-3 c...; 关键词：ROCKET LAUNCH ROCKET

China’s First Reusable Satellite Returns to Earth: 《Aerospace China》2024年第3期57-57,共1页; China’s first reusable satellite,Shijian 19,returned to Earth on 11st October at 10:39 Beijing time,landing on its predetermined landing site in the Inner Mongolia autonomous region,according to the China National Sp...; 关键词：EARTH PAYLOAD AUTONOMOUS

《Aerospace China》