Power, propulsion, and communications for microspacecraft mi...

by W. A. de Groot

Microspacecraft and earth observation

Catalyzed Combustion of Bipropellants for Micro-Spacecraft P...

Propulsion options for primary thrust and attitude control o...

by W. A. De Groot

Arraying technique for enhanced multiplexing of interferomet...

by George James Wells

Technology for small spacecraft

by National Research Council (U.S.). Panel on Small Spacecraft Technology.

The cosmos on a shoestring

by Liam Sarsfield

Small satellites

by Henry Helvajian

Xian dai xiao wei xing ji qi ying yong

by Gengxin Zhang

New technologies for small satellites and an analysis of the...

by F. Diani

Small mission opportunities initiative study

by J. Broquet, Matra Marconi Space (Firm)

SMART-1

by B. Battrick, Monica Talevi

Magnetic field simulator for microsatellite attitude testing

by Thomas Looi

Fen bu shi wei xing xi tong li lun ji ying yong

by Yulin Zhang

Nonlinear and discrete control laws for spacecraft formation...

by Jeremy P. Pluym

Microsatellites as Research Tools (Cospar)

by F.-B. Hsiao

As we all well know, the recent satellite development trend is "smaller, faster and cheaper" as advocated by NASA.

Technology for Small Spacecraft

by National Research Council (US)

Fourth IAA Conference on University Satellite Missions and C...

by Italy) IAA Conference on University Satellite Missions and CubeSat Workshop (4th 2017 Rome

Kong jian wei xi tong yu wei na wei xing

by Zheng You

Small satellites for astrophysical research, the Copernican ...

by COSPAR. Scientific Assembly