Mujumdar, S., Ricci, M., Torre, R. & Wiersma, D. S. Amplified extended modes in random lasers.
Cao, H., Jiang, X., Ling, Y., Xu, J. Y. & Soukolis, C. M. Mode repulsion and mode coupling in random lasers.
20– 21 The random stimulation mode, in which random intermittent DBS was delivered for similar periods of time as aDBS, served to exclude the possibility that intermittency itself is the key determinate of the efficacy observed with aDBS.
During each session, patients were ventilated with PSV and a proportional mode in a random order.
We specially target the new possibilities made possible by optical lattices induced by a variety of existing nondiffracting light patterns, we address nonlinear lattices and soliton arrays, and we briefly explore the unique features exhibited by light propagation in defect modes and in random lattices, an area of current topical interest and of potential cross-disciplinary impact.
In particular, most of the previous studies strongly imply that resonant modes in coherent random lasers should be closely correlated with the structural properties of the random media such as refractive index and internal structure variations.
To reduce the error due to the truncation of modes in the random vibration analysis of structures, a generalized force derivative approach is presented.
Therefore, we should better avoid these functions in counter mode, in hybrid counter mode of random number generators, or in ciphers.
In random traffic mode, when the size of network is increased, then the average delay time of a packet in C-NOC is reached to this value in H-NOC.
Each mode of ventilation was evaluated, in random order, with and without the heated humidifier.
