In summary, the GDC-based LT-SOFC in configuration of the core/shell fibre-structured BSCF-GDC cathode (~30 μm) | GDC electrolyte (5 μm) | nanocomposite Ni-GDC AFL (~10 μm) |Ni-GDC anode (~800 μm) was prepared, which showed a high performance of approximately 2 W cm−2 at 550 °C in hydrogen.
The GDC-based LT-SOFCs exhibit an outstanding performance of approximately 2 W cm−2 at 550 °C, which is stable for 300 h even under the high current density of 1 A cm−2 (Supplementary Figure 1 represents the apparatus for anode-supported cell tests in this study).
Compared to the BS consisting of a single-antenna element, the BS consisting of four antenna elements provides a performance enhancement of approximately 6.0 dB in the SNR. Figure 2 Symbol-timing acquisition probability of the proposed ranging algorithm.
The authors report a performance time of approximately three times the length of the audio segment.
Compared with the conventional scrambling scheme, the proposed code has a performance improvement of approximately 1.4 dB at the BER of 10−7.
Users with single transmit antenna can observe a performance improvement of approximately 6 dB, while users with two transmit antennas can benefit from an approximately 4-dB gain, when compared with the performance achieved with fixed subchannel allocation (Figure 2). Figure 4 SER performance TR-STC-GFDMA assuming random selection priority.
The authors report a performance overhead of approximately 10% when used to replace the database of ShareLatex.
As a simple example of the method, the one-dimensional diffusion equation with an exponentially-distributed timestep is simulated, and a performance gain of approximately two is obtained.
The newly developed data processing algorithms induce a performance improvement of approximately 137 for the entire data processing sequence compared to the previous universally applicable single core CPU based data processing tool.
The most recent review found that academic detailing in conjunction with other educational interventions led to a median improvement in physician performance of approximately 6.0%[ 1].
In particular, the second generation cell is worthy to note that the cell performance of approximately 2 W cm−2 at 550 °C has not been reported yet for LT-SOFCs fabricated using cost-effective and straightforward processes.
