Sentence examples for system which corresponds from inspiring English sources

Alternatively, energy is injected and extracted from solid layers to create a NVE liquid Argon system, which corresponds to heat flux specification.

For the whole system, exergy efficiency takes into account the fuel of the system which corresponds to the fuel of the heat exchanger.

A five-terminal MTDC grid is selected as a study-case system, which corresponds to the planning for the future interconnection of Aegean Sea islands with significant wind potential to the mainland grid.

This will contribute to optimal design for the low-power high-efficiency communication system which corresponds to the number of antennas for which we can get the lowest costs in energy consumption for a required level of system capacity.

In order to achieve full controllability for a translation-invariant and quasifree fermionic system (which corresponds to the Lie algebra q 6 ≅ su ( 2 ) + su ( 2 ) + u ( 1 ) + u ( 1 ) + u ( 1 ) + u ( 1 ) ), one has to add a next-nearest neighbor Hamiltonian as i h 2 1 = − 1 2 ∑ ℓ = 1 6 ( f ℓ † f ℓ + 2 − f ℓ + 2 † f ℓ ).

The same observations can be made in Figure5 for N t =4, where the MRT and the EGT systems both exploit a diversity order equal to 4 (slope of −2.5 dB/decade) and the TR system exploits a diversity order of 2. In addition, note that the MRT system slightly outperforms the EGT system which corresponds to the SNR gain previously discussed.

Increasing the temperature further by ~50 75 K, one can observe greater configurational changes of the Co-silicene system, which correspond to allotrope transitions in Co lattice.

For exposures using a single CS concentration, a dilution airflow rate of 0.5 L/min was selected in the Vitrocell® 24/48 system, which corresponded to 32% of the CS.

Based on the Clohessy Wiltshire (C W) equations, the whole rendezvous process is described as a switching system composed of closed-loop system and open-loop system, which correspond to the impulse action phase and free motion phase during the rendezvous process.

The black letter on a white background was displayed on a digital light projector (Sharp PG-M20X) placed at the retinal plane in each system, which corresponded to optical infinity for each eye.

A reduction in the Tm of the copolymer of 200 °C was established for one of the copolymer/melting point modifier systems, which corresponds to the greatest reduction in a PAN-based copolymer melting temperature yet reported.