Ceramic and metalloceramic foam materials are important construction, building, and thermal insulation materials for space stations of the 21st century. Delivery of these materials from Earth to space using rockets is not profitable due to the low density of these materials. Production of foam materials in space using traditional methods requires large energy consumption. Using SHS in space solves this problem
There is a current lack of environmentally acceptable foams to insulate Long-Duration Human Spacefli...
Little is known about the fire hazards of solids and liquids in microgravity. Ground-based tests are...
Foams have recently been characterised as ideal products for pharmaceutical and topical use applicat...
This paper outlines ISMAN suggestions for the joint NASA-RSA project 'Combustion and Structure forma...
For over past years, interest of leading space agencies (NASA, JAXA, ESA, RSA, etc.) in SHS experime...
Preliminary results from an experimental study of the smolder characteristics of a porous combustibl...
Combustion synthesis, self-propagating high temperature synthesis (SHS) or reactive synthesis provid...
The overall objective of the Microgravity Smoldering Combustion (MSC) research program is to underst...
AbstractShape memory epoxy foams and composites were tested in April 2013, on board the BION-M1 spac...
Foam is used extensively as packing material for items sent to the International Space Station (ISS)...
Possible microgravity effects are explored in the combustion synthesis of ceramics and alloys from t...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
Combustion Synthesis (self-Propagating high-temperature synthesis-(SHS)) of porous Ti-TiB(x), compos...
Results are presented from a model of forward smoldering combustion of polyurethane foam in microgra...
A document discusses a proposal to use advanced materials especially bulk metallic glass (BMG) foams...
There is a current lack of environmentally acceptable foams to insulate Long-Duration Human Spacefli...
Little is known about the fire hazards of solids and liquids in microgravity. Ground-based tests are...
Foams have recently been characterised as ideal products for pharmaceutical and topical use applicat...
This paper outlines ISMAN suggestions for the joint NASA-RSA project 'Combustion and Structure forma...
For over past years, interest of leading space agencies (NASA, JAXA, ESA, RSA, etc.) in SHS experime...
Preliminary results from an experimental study of the smolder characteristics of a porous combustibl...
Combustion synthesis, self-propagating high temperature synthesis (SHS) or reactive synthesis provid...
The overall objective of the Microgravity Smoldering Combustion (MSC) research program is to underst...
AbstractShape memory epoxy foams and composites were tested in April 2013, on board the BION-M1 spac...
Foam is used extensively as packing material for items sent to the International Space Station (ISS)...
Possible microgravity effects are explored in the combustion synthesis of ceramics and alloys from t...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
Combustion Synthesis (self-Propagating high-temperature synthesis-(SHS)) of porous Ti-TiB(x), compos...
Results are presented from a model of forward smoldering combustion of polyurethane foam in microgra...
A document discusses a proposal to use advanced materials especially bulk metallic glass (BMG) foams...
There is a current lack of environmentally acceptable foams to insulate Long-Duration Human Spacefli...
Little is known about the fire hazards of solids and liquids in microgravity. Ground-based tests are...
Foams have recently been characterised as ideal products for pharmaceutical and topical use applicat...