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Degrees of freedom of turbulence
Physical Review A, 1987We compute in the framework of a multifractal model for three-dimensional fully developed turbulence the number of degrees of freedom N as function of the Reynolds number R. $N--- depends on the whole spectrum of singularities h related to the anomalous scaling of the velocity differences.
, Paladin, , Vulpiani
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New Scientist, 2016
The autonomy of Turkish academic institutions faces an existential threat, says Caghan ...
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The autonomy of Turkish academic institutions faces an existential threat, says Caghan ...
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Motor Control, 2006
Mechanical degrees of freedom (DOF) are defined as the minimum number of independent coordinates needed to describe a system’s position. The human musculoskeletal system has many mechanical DOF through which countless movements are accomplished. In the motor control field, one of the aspirations is to understand how the many DOF are organized for ...
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Mechanical degrees of freedom (DOF) are defined as the minimum number of independent coordinates needed to describe a system’s position. The human musculoskeletal system has many mechanical DOF through which countless movements are accomplished. In the motor control field, one of the aspirations is to understand how the many DOF are organized for ...
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Criminal Justice Ethics, 1994
One cannot think of challenging the central place of imprisonment in modern systems of punishment without changing the penal system as a whole. This claim underlies the thinking behind a large part of the move towards the introduction of non-custodial intermediate sanctions, especially those served in the community.
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One cannot think of challenging the central place of imprisonment in modern systems of punishment without changing the penal system as a whole. This claim underlies the thinking behind a large part of the move towards the introduction of non-custodial intermediate sanctions, especially those served in the community.
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A-to-Z Guide to Thermodynamics, Heat and Mass Transfer, and Fluids Engineering, 2006
How many degrees of freedom are evident in a physical process represented by f(s, t)? In some form questions about “degrees of freedom” (d.o.f.) are common in mathematics, physics, statistics, and geophysics. This would mean, for instance, in how many independent directions a weight suspended from the ceiling could move.
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How many degrees of freedom are evident in a physical process represented by f(s, t)? In some form questions about “degrees of freedom” (d.o.f.) are common in mathematics, physics, statistics, and geophysics. This would mean, for instance, in how many independent directions a weight suspended from the ceiling could move.
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Nanomechanical topological insulators with an auxiliary orbital degree of freedom
Nature Nanotechnology, 2021Jingwen Ma, Xiang Xi, Yuan Li
exaly
2002
The number of degrees of freedom f of a system represents the number of coordinates that are necessary to describe the motion of the particles of the system. A mass point that can freely move in space has 3 translational degrees of freedom: (x,y,z). If there are n mass points freely movable in space, this system has 3n degrees of freedom.
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The number of degrees of freedom f of a system represents the number of coordinates that are necessary to describe the motion of the particles of the system. A mass point that can freely move in space has 3 translational degrees of freedom: (x,y,z). If there are n mass points freely movable in space, this system has 3n degrees of freedom.
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Full‐Color Holographic Display and Encryption with Full‐Polarization Degree of Freedom
Advanced Materials, 2022Xuyue Guo, Jinzhan Zhong, Peng Li
exaly