The phrase "auxiliary system for" is correct and usable in written English.
It can be used when referring to a supporting or supplementary system that serves a specific purpose or function.
Example: "The auxiliary system for data backup ensures that all critical information is securely stored."
Alternatives: "supporting system for" or "supplementary system for".
However, many studies propose the use of some auxiliary system for peak load.
Therefore, one can apply Theorem 2.2 to the auxiliary system: for all δ, T > 0, lim ϵ → 0 μ P [ sup t ∈ [ 0, T ] ∥ w ˜ t ϵ, β 0 − w t ∥ > δ ] = 0, where w is defined by (8).
By constructing an auxiliary system for the slow subsystem, the design of the dynamic output feedback controller for the slow subsystem is reduced to the simultaneous design of the static output feedback controller for the fast subsystem and the strictly proper dynamic output feedback controller for the auxiliary system, respectively.
The detailed description of the basic structure, cooling scheme and auxiliary systems for DFLL-TBM has been given in this paper.
The Spanish National Program TECNO_FUS is exploring a dual-coolant breeding blanket design concept and its plant auxiliary systems for a future power reactor (DEMO), with liquid lead lithium as main primary nuclear power recovering fluid.
TECNO_FUS is a research program financed by the Spanish Government to develop technologies related to a dual-coolant (He/Pb Li) breeding blanket design concept including the auxiliary systems for a future power reactor (DEMO).
The design of the auxiliary systems for the two European Test Blanket Modules is an important engineering task that will allow the successful integration of the two DEMO Blanket mock-ups into the ITER machine, and, through these experiments, demonstrate the technological feasibility of a blanket module for a future fusion power plant.
The primary application for pressure reducing valves in auxiliary systems is for reducing system pressure to other desired pressure levels.
In view of the assumptions (1 - 3), Theorem 2.2 yields that Green's matrix K t, s) of the periodic problem for auxiliary system (3.1) exists and its elements K i,j (t, s), i, j = 1,..., n- 1, are non-negative and satisfy the inequalities (3.4).
end{aligned} It is easy to see that the design of the proper dynamic output feedback controller for reduced-order system (3 -(4) is equivalent to the strictly proper one for auxiliary system (19) with the following form: dot{tilde{zeta }} (t) = Mtilde{zeta } (t) + N tilde{y}_{s}(t), qquad tilde{u}_{s}(t) = Gtilde{zeta } (t), (21) where M, N and G are defined in (6).
Due to the small burn-up fraction in the vacuum vessel a closed deuterium tritium loop is required, along with all the auxiliary systems necessary for the safe handling of tritium.
