Results 281 to 290 of about 1,390,349 (298)
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“Three-Dimensional” ultramicrotomy
Journal of Ultrastructure Research, 1965A method is described for the routine production of ultrathin sections, cut alternately at right angles to each other. Two separate ribbons of sections are obtained, each being the right-angled complement of the other, and they share a common side along their entire length.
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Enhancing three-dimensional vision with three-dimensional sound
ACM SIGGRAPH 2004 Course Notes, 2004This course offers a thorough introduction to three-dimensional, multi-channel sound. Three-dimensional sound has been neglected in most VR and AR applications, even though it can significantly enhance their realism and immersion. This course explains the main concepts and the most important terms, and provides a detailed overview of the currently ...
Daniel Dobler, Philipp Stampfl
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2015
This chapter deals with perhaps the most difficult task of conceptualising 3D form and space. First, I examine the constituent parts of 3D form, and then I unfold what a person registers in sequence when entering a space. Light defines how a space is seen, by reflecting off surfaces and form. Design is about expression of identity and 3D form will play
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This chapter deals with perhaps the most difficult task of conceptualising 3D form and space. First, I examine the constituent parts of 3D form, and then I unfold what a person registers in sequence when entering a space. Light defines how a space is seen, by reflecting off surfaces and form. Design is about expression of identity and 3D form will play
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Nature Methods, 2011
A combination of chromosome conformation capture carbon copy (5C), modeling and automated imaging renders an empirical three-dimensional model of a bacterial genome.
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A combination of chromosome conformation capture carbon copy (5C), modeling and automated imaging renders an empirical three-dimensional model of a bacterial genome.
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Three-dimensional echocardiography.
Minerva cardioangiologica, 2005Three-dimensional (3-D) echocardiography has been an important research goal ever since the introduction of two-dimensional (2-D) echocardiography. Most approaches towards 3-D echocardiography were off-line and based on the sequential rotational scanning and acquisition of multiple cross-sectional images together with external or internal reference ...
van den Bosch, Annemien +2 more
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Three-dimensional elastic problems of three-dimensional quasicrystals
Applied Mathematics and Computation, 2009In this paper, the three-dimensional initial value problem for three-dimensional quasicrystals is considered. For special polynomial form of initial conditions and nonhomogeneous terms it is proved that the solution can be presented in a similar form. An analytic method for finding the exact solution of the problem with this polynomial form of initial ...
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2005
Publisher Summary This chapter deals with the three-dimensional heat transfer problems. The axisymmetric problems are the types of three-dimensional problems. These problems are modeled and solved by using ring elements. The chapter presents the solution of axisymmetric problems using triangular ring elements and tetrahedron elements.
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Publisher Summary This chapter deals with the three-dimensional heat transfer problems. The axisymmetric problems are the types of three-dimensional problems. These problems are modeled and solved by using ring elements. The chapter presents the solution of axisymmetric problems using triangular ring elements and tetrahedron elements.
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In Defence of Three-Dimensionalism
Royal Institute of Philosophy Supplement, 2006openaire +3 more sources
1980
In Chapters 1 and 6 we have seen how to solve a wide variety of problems concerning 2-manifolds. The success of 2-manifold topology is quite surprising when compared with dimension 3, where almost no algorithms are known. To see the contrast more clearly, let us first review what we know about 2-manifolds.
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In Chapters 1 and 6 we have seen how to solve a wide variety of problems concerning 2-manifolds. The success of 2-manifold topology is quite surprising when compared with dimension 3, where almost no algorithms are known. To see the contrast more clearly, let us first review what we know about 2-manifolds.
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