session 6

Title

Life Support and EVA Systems

Description

This session will address strategies, solutions and technologies in providing for human requirements during future deep space and planetary/lunar surface explorations.

Date

2014-10-02

Time

09:45

Room

716A

IPC members
papers

Order

Time

Paper title

Selection result

Mode

Presentation status

Speaker

Affiliation

Country

1

Correlation between Closure Degree, Trophic Network Complexity, and Stability Level for Closed Ecological Systems Designed for Autonomous Functioning in Space

accepted

20'

confirmed

Prof.Dr. Vadim Rygalov

University of North Dakota

United States

2

Water recovery on space stations: systems and processes

accepted

20'

withdrawn

Dr. Leonid Bobe

NIICHIMMASH

Russian Federation

3

Development of a rotary gas/liquid separator for Chinese space application

accepted

20'

confirmed

Dr. Zhiqiang Wu

China Astronaut Research and Training Center 

China

4

research on distillation exhausts processing based on catalytic oxidation technology

accepted

20'

withdrawn

Dr. Qiujun Xing

China aerospace science & industry corporation

China

5

Physiological research and functional verification of the ModuLES-PBR

accepted

20'

confirmed

Ms. Sandra Podhajsky

OHB System AG-Bremen

Germany

6

Ground Evaluations of Technologies for Long-Duration Human Spaceflight Missions

accepted

20'

withdrawn

Dr. Donald Henninger

National Aeronautics and Space Administration (NASA), Johnson Space Center

United States

7

Advanced Concepts in Life-Sciences Closed-Loop Monitoring for the Future Astronaut – Brain Computer Interfaces and Integrated Bio-MEMs

accepted

withdrawn

Dr. Divya Chander

Stanford University

United States

8

hydroponic cultivation of soybean for bioregenerative life support systems (blss)

accepted

20'

no-show

Dr. Raimondo Fortezza

Telespazio S.p.A.

Italy

9

Development and parabolic flight testing of a closed loop photobioreactor system for algae biomass production in hybrid life support systems

accepted

20'

confirmed

Mr. Jens Bretschneider

University of Stuttgart

Germany

10

Heat and Mass transport from the plant to the ambient air

accepted

20'

no-show

Dr. Md Abdur Rahman

Seneca College of Applied Arts & Technology

Canada

11

developing software for the lunar plants habitat project

accepted

20'

confirmed

Mr. Axel Garcia Burgos

NASA Ames Research Center

United States