Your English writing platform
Discover LudwigSuggestions(2)
Exact(2)
By changing the bandwidth, we renormalize the coupling constants J and K so as not to change the low-energy physics within the second-order perturbation with respect to H J and H K. Then we obtain the scaling equations of d J d ln D = - 2 ν 0 J 2 1 - f ( k F L + π 2, φ ) c o s D ε T - 4 ν 0 J K f ( k F L, φ ) s i n D ε T, (15) d K d ln D = - 2 ν 0 3 4 J 2 + 4 K 2 f ( k F L, φ ) s i n D ε T, (16).
One can also decrease the time of the algorithm, by changing the bandwidth parameter, required for mean shift-based image segmentation, but the results are not very good.
Similar(58)
The watermarked speech signals were filtered by changing the BPF bandwidth.
Changing the bandwidth did not impact our inference on model results (see Additional file 1: Appendix C).
Upcoming from a sensor structure providing narrow band absorption peaks between 450 nm and 540 nm with a maximum applied bias of −12 V, we developed bias optimized detectors with increased bandwidth by changing the composition and thickness of the absorbing material.
Several H-shaped waveguides are placed between the resonators, and the bandwidth is adjusted by changing the switch states of the waveguides.
Several π-shaped waveguides are placed between the resonators, and the bandwidth is adjusted by changing the switch states of the waveguides.
A pair of waveguide is placed between the resonators, and the bandwidth is adjusted by changing the switch states of the waveguides.
Several π-shaped waveguides are placed between the resonators, and the bandwidth is tuned in discrete steps by changing the switch states of the waveguides, which changes the coupling coefficient between the resonators.
The results show that the method is efficient and accurate and the bandwidth can be enlarged by changing the physical and geometrical parameters.
The results show that the method is efficient and accurate and that the bandwidth can be enlarged by changing the geometrical or material parameters.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com