The phrase "advanced cycle" is correct and usable in written English.
It can be used in contexts related to technology, processes, or methodologies that involve a sophisticated or improved version of a cycle or repetitive process.
Example: "The advanced cycle of the manufacturing process has significantly increased efficiency and reduced waste."
Alternatives: "enhanced cycle" or "sophisticated cycle".
For more advanced cycle trails, specialist cleats and cycling shoes are advisable.
Advanced cycle design options are also introduced suggesting possible performance improvements of the basic cycle.
To improve the performances of the Organic Rankine cycle, several advanced cycle designs are proposed.
While several advanced cycle designs appear promising from a thermodynamic viewpoint, it is not clear that these represent viable economic solutions.
This paper considers comparative assessment of simple and advanced cycle small-scale aero-derivative industrial gas turbines derived from helicopter engines.
Recent progresses in heat pump systems have centred upon advanced cycle designs for both heat- and work-actuated systems, improved cycle components (including choice of working fluid), and exploiting utilisation in a wider range of applications.
Most importantly, the high temperatures of sodium allow the use of advanced cycles (e.g. combined Brayton/Rankine cycles).
A comparative study of the performance potentials of CRGT cycles and the other advanced cycles for design and off-design mode is presented.
Studies of CO2 were the most common due to its favorable properties, covering advanced cycles, direct-expansion, secondary fluid, and hybrid GSHPs.
The present paper covers the working principle of adsorption heat pumps, recent studies on advanced cycles, developments in adsorbent adsorbate pairs and design of adsorbent beds.
With advanced cycles, such as D D, D 3He, p-11B, and 3He 3He, it is not necessary to breed and fuel large amounts of tritium.
