Their main advantages are their large payload with respect to volume and mass, their reliability and their robustness.
This uniqueness is based on the scale of observations, precision of measurements, the ability to modify experiments as logic and technology dictate, and the ability to use instruments free of the constraints on mass, power, reliability, and data rate of flight instruments.
HPLC UV-VIS is widely used in clinical laboratories and there are methodologies utilizing small sample volume or mass with total reliability and specificity.
Major advantages of tensegrity are: large stiffness-to-mass ratio, deployability, reliability and controllability.
Right now, some of the biggest hurdles this technology faces before being ready for the masses are size, reliability, and convenience.
The Lunar Outpost life support system, however, should be extensively redesigned to reduce mass, power, and volume, to improve reliability and incorporate lessons learned, and to take advantage of technology advances over the last 20 years.
Constraint blocks are used to model constraints on the properties of blocks to support engineering analyses, such as performance, reliability, and mass properties analysis.
The aim of this paper is to optimize reliability and mass of three CO2 extraction technologies/components: the 4-Bed Molecular Sieve, the Electrochemical Depolarized Concentrator and the Solid Amine Water Desorption.
The result of this paper is a methodology to analyze the reliability and mass at a component level, which is used in this paper for the CO2 extraction technologies, but that can be applied to the ECLSS technologies that perform other tasks, such as oxygen generation or water recycling, which will be a required input for the analysis of an entire ECLSS.
The top down method offers many advantages including an economical process, good fabrication reliability, and suitability for mass production.
