The two films, tentatively titled Sleeping Rough and Dangerous Dogs, will respectively explore youth homelessness in the UK and dog attacks.
These intelligent products generate swarms of lightweight smart objects that respectively explore for suitable routings and reserve capacity at the intelligent resources [2].
Also, as the new method's applications to nonlinear dynamical problems, we, respectively, explore the symmetrical perturbation and adiabatic invariant of a disturbed fractional general relativistic Buchdahl model and a disturbed fractional Emden model.
Also, as the fractional conformal invariance method's applications, we, respectively, explore the conformal invariance and conserved quantities of a fractional Lotka biochemical oscillator and a fractional Hojman Urrutia model.
For example, Hatfield et al. (1996); Liebeskind et al. (1996) respectively explore the relationships between selloffs and both industry specialization and industry concentration.
Somatosensory (SSEP) and brainstem auditory (BAEP) evoked potentials are neurophysiological tools which, respectively, explore the intracranial conduction time (ICCT) and the intrapontine conduction time (IPCT).
For instance, DeNeve and Fowler (2014) and Kuhnen et al. (2013) respectively explore if there are statistically significant links between specific genetic markers and credit card debt and the number of credit lines opened.
Two different orientations of hemispherical baffles named as RO baffle for the Right Orientation and LO baffle for the Left Orientation, respectively, are explored.
Kieślowski's next efforts, the "Three Colours" trilogy, represented the colours of the French flag: Bleu (1993; Blue), Blanc (1994; White), and Rouge (1994; Red); respectively, they explored the themes of liberty, equality, and fraternity.
Optimization of two regions of A, R1 and R2 respectively, was explored with a focus on improving the inhibitory activity (IC50) and the microsomal stability in both human and mouse species.
This event featured two projects that are fighting back against recurring cancers, using microfluidic technology and vaccines, respectively, and explored some of the ways in which our Bridge Project researchers are upending resistance and relapse from both sides of the river.
