Sentence examples for future probes from inspiring English sources

A generalization of trends in behavior and structure activity relationships is presented, which should provide further insights into the design and optimization of future probes.

The report's 19 recommendations included the demand that communications with future probes be maintained through the various descent phases.

Future probes, says Bullock, might use nuclear-powered refrigerators to keep everything cool along with an outer shell manufactured from heat-resistant titanium.

If Europa's vapor plumes are confirmed by more observations, "that would change the kinds of instruments you'd want to install on future probes to the moon," Sotin continues.

I will also briefly cover ideas to utilize instrumentation from the CMB/FIR communities to enable future probes: superconducting bolometers for higher frequencies 10-300 GHz, and frequency multiplexed readouts for lower frequencies <1 GHz.

The information gathered by these two spacecraft helped astronomers and engineers improve the design of future probes to cope more effectively with the environment around the giant planet.

By contrast, Enceladus appears to possess all of the necessary ingredients — heat, liquid water and organic molecules — and a future probe could analyze the water by simply flying through the plumes.

The spacecraft consists of a module called Schiaparelli that will test heat shields and parachutes in preparation for future probe landings on Mars and a second main component, the Trace Gas Orbiter or TGO, that will analyse the planet's atmosphere.

This study identifies key differences between A- and B-form duplex unzipping that will be important in the design of future probe-based methods for detecting DNA or RNA.

This paper describes the main scientific goals to be addressed by the future in situ exploration of Saturn placing the Galileo probe exploration of Jupiter in a broader context and before the future probe exploration of the more remote ice giants.

In future probe development, we will investigate these electrically-driven variable focusing mechanisms and will select a method that meets the requirements of SECM imaging and that can be integrated within a rotating imaging probe.