COMPUTATIONALLY EFFECTIVE MODELING OF SELF-DEMAGNETIZATION AND MAGNETIC FIELD FOR BODIES OF ARBITRARY SHAPE USING POLYHEDRON DISCRETIZATION

Computationally Effective Modeling of Self-Demagnetization and Magnetic Field for Bodies of Arbitrary Shape Using Polyhedron Discretization

A performance-effective numerical method for magnetic field calculations is proposed.The method can accept either regular or irregular polyhedron discretization that enables us to construct magnetic object models of an arbitrary shape.A concise, closed-form expression for the magnetic field of a polyhedron is presented, which allows for the high ac

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Transition from parental prostacyclin to selexipag: a case series of five pulmonary arterial hypertension patients

Parental prostacyclin is the only therapy with a proven survival benefit in pulmonary arterial hypertension (PAH).However, some patients are unable to tolerate continuous prostacyclin infusion because of central line infection, side effects, or sociocultural factors.Selexipag is a recently approved prostacyclin receptor agonist that is Indoor Throw

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Analyzing a memoir of disability: Utilizing a group writing assignment to increase applicability and comprehension of course material

"Analyzing a Memoir of Disability" is a semester-long project that promotes learning about disability and culture Pouches through group reading and writing about a single memoir.Students in an Introduction to Rehabilitation and Human Services course completed a textual analysis by using a memoir and course textbook to contextualize one another.Writ

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