REVEALING INHERENT QUANTUM INTERFERENCE AND ENTANGLEMENT OF A DIRAC PARTICLE


Thermal-hydraulic simulation and evaluation of a natural circulation thermosyphon loop for a reactor cavity cooling system of a high-temperature reactor

The investigation into a full-scale 27 m high, by 6 m wide, thermosyphon loop.The simulation model is based on a one-dimensional axially-symmetrical control volume approach, where the loop is divided into a series of discreet control volumes.The three conservation equations, namely, mass, momentum and energy, were applied to these control volumes a

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Interferometric measurements of dry mass content in nuclei and cytoplasm in the life cycle of antheridial filaments cells of Chara vulgaris L. in their successive developmental stages

Interferometric measurements of the nucleus and cytoplasm dry mass Mobile Audio during interphase in the successive stages of development of antheridial filaments of Chara vulgaris demonstrated that the dry mass and surface area of cell nuclei double in size in each of the successive generations of the filaments, whereas neither the surface nor the

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Mixed Mechanisms for Auctioning Ranked Items

This paper deals with the problem of designing and choosing auctioning mechanisms for multiple commonly ranked objects as, for instance, keyword auctions in search engines on Internet.We shall adopt the point of view of the auctioneer who has to select the auction mechanism to be implemented not only considering its expected revenue, but also its a

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Importance of multiple slips on bioconvection flow of cross nanofluid past a wedge with gyrotactic motile microorganisms

In the current article, a mathematical model is developed to visualize the flow of non-Newtonian magneto cross nanofluid with mass and heat transport rates having activation energy, motile microorganisms and bioconvection over the wedge.The phenomena of microorganisms is implemented to control the suspension of nanomaterials.The results of hydromag

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