Saturday, 10 September 2016

Fresh our publication on polymerisation in stratosphere:
"First Stratospheric Flight of Preimpregnated Uncured Epoxy Matrix"
Alexey V. Kondyurin, Marcela M. M. Bilek, Irina V. Kondyurina, Roland Vogel, Kim K. de Groh
in JOURNAL OF SPACECRAFT AND ROCKETS

Abstract on the AIAA site

Saturday, 21 June 2014

Second curing in stratosphere experiment is successful.

The prepreg (uncured epoxy matrix E201 impregnated by carbon fibbers) has been cured in stratospheric flight at 28 km altitude. Project of University of Sydney, Perm State University and Netwind.ru under support of RFBR. Bending test results of flight and Earth samples are shown:
This is second successful flight experiment, where the prepreg with liquid epoxy matrix was sent to stratosphere and cured there completely. The results will be published soon. 

Tuesday, 10 June 2014

Gurit company news

Gurit (SWX Swiss Exchange: GUR), a leading global manufacturer and supplier of composite materials issued the release "Gurit’s SE 70 reaches new heights: The first prepreg to be cured in the stratosphere"



Thursday, 2 January 2014


40th COSPAR Scientific Assembly
Moscow, Russia, 2 - 10 August 2014
REQUEST FOR A CONTRIBUTED PAPER

Dear Colleague,

The purpose of this letter is to encourage you to submit for the 40th COSPAR Scientific Assembly a contributed paper to be included in event

G0.3. Influence of Free Space Environment on the Behaviour of Materials:

The free space environment is destructive for all materials used in space constructions: satellites, spacecraft, space stations and future space bases. The destructive factors of the space environment such as high vacuum, sharp temperature variations and temperature gradients, different kinds of high-energy cosmic irradiations and atomic oxygen flux in low Earth orbit are significantly different from experiences on the Earth. Spaceflight missions for investigation of materials exposed in the space environment are proceeding, as well as ground-base laboratory simulations. The understanding of physical-chemical processes occurring in materials in the space environment is key for our success in space exploitation in the future.
The program of this symposium will include presentations on the influence of the entire complex of physical factors associated with interactions of the space environment on spacecraft and space base materials, including detailed analysis of the physical and chemical processes occurring in materials outside the spaceship board. Both spaceflight and ground-based studies will be covered.
A complete description of the event and abstract submission instructions are available on the Assembly web page or in the Call for Papers which was distributed issue of Space Research Today, COSPAR’s information bulletin. The Assembly web page address is: http://www.cospar-assembly.org
Selected refereed papers from the event will be published in Advances in Space Research, Elsevier, and authors are encouraged to submit manuscripts after the Assembly for consideration.

It should be understood that this letter is not a commitment on the part of the organizers to provide financial support or complimentary registration.  Should financial support be needed, follow the instructions posted on the Assembly web page or see the Call for Papers.

Sunday, 9 December 2012

Launch of stratospheric balloon. Video from mini-camera installed on the cassette

The video was recorded only 21 minutes of the flight. At 5 km altitude the batteries become frozen. The highest altitude of the balloon was 27 km.

http://www.physics.usyd.edu.au/~alexey/REC_0001%20flight.AVI

It does not work in some viewers. Please, use VLC or similar.