Proceedings are presented of a conference sponsored by the Physics and Chemistry Experiments in Space Working Group to discuss the scientific and engineering aspects involved in the design and performance of reduced to zero gravity experiments affected by spacecraft environments and dynamics. The dynamics of drops, geophysical fluids, and superfluid helium are considered as well as two phase flow, combustion, and heat transfer. Interactions between spacecraft motions and the atmospheric cloud physics laboratory experiments are also examined
The prospects of cometary research from the space shuttle are examined. Topics include: the shuttle ...
The primary reason for conducting many materials science experiments in space is to minimize or elim...
A test program was conducted involving forty-five drops of liquid propellant in instrumented tanks. ...
The Fluids Experiment System is being developed to fit into a Spacelab rack. Papers presented at thi...
The possible utilization of the zero gravity resource for studies in a variety of fluid dynamics and...
An overstudy committee was formed to study and recommend fundamental experiments in fluid physics, t...
The general objectives of the Zero-Gravity Atmospheric Cloud Physics Laboratory Program are to impro...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
Attempts to gain an understanding of spacecraft plasma dynamics via experimental investigation of th...
The following types of experiments for a proposed Space Station Microgravity Particle Research Facil...
Will discuss the recent activities on the international space station, including the adiabatic two p...
The conditions of the expansion chamber under zero gravity environment were simulated. The following...
A feasibility and concepts study for a zero-gravity (orbital) atmospheric cloud physics experiment l...
The very large mass fraction of liquids stored on broad current and future generation spacecraft has...
A comprehensive survey of the flight experiments conducted in conjunction with the United States Mat...
The prospects of cometary research from the space shuttle are examined. Topics include: the shuttle ...
The primary reason for conducting many materials science experiments in space is to minimize or elim...
A test program was conducted involving forty-five drops of liquid propellant in instrumented tanks. ...
The Fluids Experiment System is being developed to fit into a Spacelab rack. Papers presented at thi...
The possible utilization of the zero gravity resource for studies in a variety of fluid dynamics and...
An overstudy committee was formed to study and recommend fundamental experiments in fluid physics, t...
The general objectives of the Zero-Gravity Atmospheric Cloud Physics Laboratory Program are to impro...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
Attempts to gain an understanding of spacecraft plasma dynamics via experimental investigation of th...
The following types of experiments for a proposed Space Station Microgravity Particle Research Facil...
Will discuss the recent activities on the international space station, including the adiabatic two p...
The conditions of the expansion chamber under zero gravity environment were simulated. The following...
A feasibility and concepts study for a zero-gravity (orbital) atmospheric cloud physics experiment l...
The very large mass fraction of liquids stored on broad current and future generation spacecraft has...
A comprehensive survey of the flight experiments conducted in conjunction with the United States Mat...
The prospects of cometary research from the space shuttle are examined. Topics include: the shuttle ...
The primary reason for conducting many materials science experiments in space is to minimize or elim...
A test program was conducted involving forty-five drops of liquid propellant in instrumented tanks. ...