There is growing momentum, as articulated through the visions of space agencies, to
establish permanent settlements on planetary bodies such as the moon and Mars. One key …

Safety of satellites as well as spacecrafts during space missions is a primary objective to
preserve the physical and virtual assets onboard. Whipple shields belong to the class of …

актуальность проблемы космического мусора обусловлена усиливающимся
засорением околоземного космоса, снижением под его воздействием качества …

In order to improve the survivability of in-orbit spacecraft against the hypervelocity impact
(HVI) of space debris, the lightweight B 4 C/Al composite is fabricated by the pressureless …

Current spacecraft micrometeoroid and orbital debris impact risk assessments utilize semi-
empirical equations to describe the protection afforded by a spacecraft component (eg …

A series of 66 hypervelocity impact experiments have been performed to assess the
potential of various materials (aluminium, titanium, copper, stainless steel, nickel …

Based on the typical Whipple-type shield, a novel shield configuration with a front bumper of
TiB 2-based composite is designed in this paper, and the hypervelocity impact tests are …

Abstract Space debris creates a serious problem for Space flights safety in Low Earth Orbits.
In this paper, the results of high velocity Space debris fragment interaction with thin metallic …

The outcome of projectile impacts on spaced aluminium armour (ie Whipple shield) at
hypervelocity is traditionally predicted by semi-analytical equations known as ballistic limit …

铝弹丸超高速撞击防护结构的研究进展 首页 期刊介绍 1.期刊简介 2.收录情况 3.出版道德声明 4.OA政策
5.知识共享许可 6.版权归属 编委会 1.现任编委会 2.往届编委会 期刊导航 1.当期目录 2.优先 …