Results 241 to 250 of about 1,183,554 (295)
Experimental-Numerical Evaluation of Crack Growth in FeB/Fe<sub>2</sub>B Layers on AISI 316L Steel under Spherical Indentation. [PDF]
Fernández-Valdés D +5 more
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Discrete 2D Material Programming for 3D Shaping and Morphogenesis-Inspired 4D Bioprinting. [PDF]
Family F, Davuluri A, Martin A, Yum K.
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A Comparative Analysis of Virtual 2D VMAT-Based SFRT and 3D Lattice Radiotherapy: Evaluation of Dosimetric and Therapeutic Outcomes. [PDF]
Balvasi E +5 more
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A correction to the bandwidth difference method for assessment of magnetic resonance static field homogeneity. [PDF]
Wishart J +3 more
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The role of geometry in morphogenesis. [PDF]
Harrison R, Hamant O, Saunders TE.
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Oscillatory flow and steady streaming of cerebrospinal fluid in cranial subarachnoid space
Dvoriashyna M, Zwanenburg JJ, Goriely A.
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Spherical geometry was studied in ancient times as a subset of Euclidian three-dimensional space. It was a logical outcome as the earth is a sphere. The word geometry literally means the measure of the earth.
Moore, Linda
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Studies in the History of Mathematics and Physical Sciences, 1988
B A Rosenfeld
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B A Rosenfeld
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Spherical Geometries and Multigroups
Canadian Journal of Mathematics, 19501. Introduction. The notion spherical geometry is suggested by the familiar geometry of the Euclidean 2-sphere in which the role of path is played by “arc of great circle”. The first postulational treatment of the subject seems to be that of Halsted [10] for the two-dimensional case.
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