Results 271 to 280 of about 385,583 (310)
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2013
In this chapter, we introduce the operative definitions of the main coordinate systems most useful in quantum chemistry calculations with the aim of simplifying the description of the physical system which is being studied. From the generalized orthogonal coordinates, through evaluation of the appropriate Jacobian determinants, explicit expressions are
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In this chapter, we introduce the operative definitions of the main coordinate systems most useful in quantum chemistry calculations with the aim of simplifying the description of the physical system which is being studied. From the generalized orthogonal coordinates, through evaluation of the appropriate Jacobian determinants, explicit expressions are
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Coordinate Systems and Transformations
2017This chapter describes the coordinate systems used in depicting the position and orientation (pose) of the aerial robot and its manipulator arm(s) in relation to itself and its environment.
Matko Orsag +3 more
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Brain and other central nervous system tumor statistics, 2021
Ca-A Cancer Journal for Clinicians, 2021Carol Kruchko +2 more
exaly
Systems of Orthogonal Coordinates
1995Publisher Summary This chapter discusses the systems of orthogonal coordinates. The position vector r of a point in space with the rectangular Cartesian coordinates (x, y, z) can be written r = r( j c , y , z ). The point P with the rectangular Cartesian coordinates (x0, y0, z0) corresponds to the point with the corresponding coordinates in the new ...
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Coordination of Distributed Systems
2016This chapter provides an overview of those approaches to coordination of distributed systems (programmable in Sect. 2.1, probabilistic in Sect. 2.2) which directly motivated, inspired, and influenced the approach to coordination in self-organising systems proposed in Chap. 3. A brief argumentation on why the approaches are all tuple-based, and on which
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1991
For the present purpose, a coordinate system is defined as a set of three continuous, single-valued, differentiable functions of a Cartesian system (x, y, z) within a certain region of flat 3-space. Other means of defining position (e.g. Square X 56, or “follow the normal to the spheroid as far as the geoid and thence along the line of force”) are ...
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For the present purpose, a coordinate system is defined as a set of three continuous, single-valued, differentiable functions of a Cartesian system (x, y, z) within a certain region of flat 3-space. Other means of defining position (e.g. Square X 56, or “follow the normal to the spheroid as far as the geoid and thence along the line of force”) are ...
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1987
It has been common practice among surveyors to make use of rectangular (x and y) coordinates for many of their surveys. Coordinates are useful in the design and layout of subdivisions and construction, the computation and plotting of traverses, boundaries, etc.
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It has been common practice among surveyors to make use of rectangular (x and y) coordinates for many of their surveys. Coordinates are useful in the design and layout of subdivisions and construction, the computation and plotting of traverses, boundaries, etc.
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Radiation therapy‐associated toxicity: Etiology, management, and prevention
Ca-A Cancer Journal for Clinicians, 2021Kyle Wang
exaly
Curvilinear Coordinate Systems
1993Shells involve thin walled elastic bodies wherein one dimension is considerably smaller than the other two, but in which the midsurface is curved in at least one direction. Thus, to describe a shell succinctly, curvilinear coordinates must be employed. This causes considerable complications in the mathematical descriptions and operations, not existing ...
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