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Within these experimental conditions the effective backward interaction length is 10 cm.
Applying Proposition 26, we can present upper bounds for the system algebras with restricted interaction length.
Moreover, for fermionic systems some of these Hamiltonians have bounded interaction length.
This has an advantage of short interaction length of the device.
Moreover, the micrometer interaction length in the proposed design makes it potential for microfluidic application.
This configuration provides three orders of magnitude of interaction length in one device.
We also provide translation-invariant fermionic Hamiltonians of bounded interaction length which cannot be generated by nearest-neighbor ones.
We find optimal phase-matching conditions and calculate the parametric gains as a function of pump intensity and interaction length.
The Bragg reflector enhances the accelerating gradient of the structure, while the PFT increases the effective interaction length.
It has been found that we can get desirable VπL and ΔfL (L is EO interaction length) simultaneously.
In such systems, fibre nonlinearities are likely to impose a transmission limit due to increased total interaction length.
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