Sentence examples for spaceflight applications from inspiring English sources

This work represents a first step in the full characterization of this fluorescent probe for spaceflight applications.

We use these results to suggest design rules to guide future pumping architectures to enable the rapid, contamination-free fluidic transfer that will be necessary in spaceflight applications.

Long duration spaceflight applications, such as extended stays at a Lunar Outpost or during a Mars transit mission, will increasingly benefit from hardware that is generally more robust and operationally sustainable over time.

This paper deals with the initial shape analysis, cutting-pattern analysis, surface accuracy measurement and modal testing of high-precision inflatable antennas reflectors that are intended for spaceflight applications.

Since then, liquid systems have been employed by most countries for spaceflight applications, though solid boosters have been combined with liquid engines in various first stages of U.S. launch vehicles (those of the Titan 34D, Delta, and space shuttle) and solid-rocket motors have been used for several systems for transfer from low Earth orbit to geosynchronous orbit.

In both situations, knowledge of the particulate and/or gaseous fire signatures as they occur under the unique combination of a reduced-gravity environment and materials typical of spaceflight applications is essential for the design of spacecraft fire detectors and habitat sensors.

BioGary has a strong research focus on sensors designed for use in Advanced Driver Assistance Systems ADASS), Automated Driving (AD) and manned spaceflight Aerospace applications.

Because of the observations and calculations of earlier scientists, rocket pioneers understood Newton's laws of motion and other principles of spaceflight, but the application of those principles had to await the development of rocket power to launch a spacecraft to the altitude and velocity required for its mission.

The agency, which is seeking commercial applications for human spaceflight, has been promoting the production of drugs in space since the early days of the space shuttle.

Networks of monolithic membrane microvalves integrated into microdevices enable complete automation of liquid-based chemical analyses necessary for fully automated applications, such as spaceflight.

The protocol presented here provides distinct advantages for both spaceflight and ground-based experimental applications.