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Optimal synchronization of circulant and non-circulant oscillators
Applied Mathematics and Computation, 2021zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Shirin Panahi +5 more
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Comprehensive Physiology, 2012
Abstract Blood flow (BF) increases with increasing exercise intensity in skeletal, respiratory, and cardiac muscle. In humans during maximal exercise intensities, 85% to 90% of total cardiac output is distributed to skeletal and cardiac muscle. During exercise BF increases modestly and heterogeneously to brain and
Laughlin, M. Harold +10 more
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Abstract Blood flow (BF) increases with increasing exercise intensity in skeletal, respiratory, and cardiac muscle. In humans during maximal exercise intensities, 85% to 90% of total cardiac output is distributed to skeletal and cardiac muscle. During exercise BF increases modestly and heterogeneously to brain and
Laughlin, M. Harold +10 more
openaire +3 more sources
The Lymphatic Circulation in Adaptations to the Fontan Circulation
Pediatric Cardiology, 2017Failing Fontan continues to be major problem for patients on the univentricular pathway. Failing Fontan is often complicated by chylothorax, plastic bronchitis and protein loosing enteropathy. The role of lymphatic circulation in Fontan circulation is still being researched. Newer imaging modalities give insight into the role of abnormal dilatation and
Sabarinath, Menon +5 more
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SIAM Journal on Discrete Mathematics, 1998
This rich and interesting paper deals with topics related to the chromatic difference sequence, a parameter simultaneously detailing the chromatic and independence properties of a graph: Let \(c\) be the chromatic number of \(G\), and \(n_i\) the maximum cardinality of an induced \(i\)-colourable subgraph of \(G\), for \(i=1,2,\dots,c\).
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This rich and interesting paper deals with topics related to the chromatic difference sequence, a parameter simultaneously detailing the chromatic and independence properties of a graph: Let \(c\) be the chromatic number of \(G\), and \(n_i\) the maximum cardinality of an induced \(i\)-colourable subgraph of \(G\), for \(i=1,2,\dots,c\).
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Proceedings of the Royal Society of London. Series B. Biological Sciences, 1977
Abstract The effects of gravity and of increased accelerative forces upon the circulation can be explained in terms of hydrostatic pressure differences and of reflex responses. Extrapolation of results obtained in centrifuges allows predictions to be made about the weightless state, but in-flight experiments planned for Spacelab offer
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Abstract The effects of gravity and of increased accelerative forces upon the circulation can be explained in terms of hydrostatic pressure differences and of reflex responses. Extrapolation of results obtained in centrifuges allows predictions to be made about the weightless state, but in-flight experiments planned for Spacelab offer
openaire +2 more sources