Results 251 to 260 of about 174,361,874 (315)
Defying Gravity: Strategies for Reducing the Impact of Falls - AAST Virtual Grand Rounds. [PDF]
Trauma Surg Acute Care OpenJacovides CL +9 more
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Invariant Boltzmann-Shannon Entropy for Black-Holes: A Manifestly-Covariant Canonical Quantum-Gravity Approach. [PDF]
Entropy (Basel)Cremaschini C +2 more
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Characterizing the extrusion bioprinting process and microalgal photosynthetic efficiency in bioprinted constructs during parabolic flights. [PDF]
NPJ MicrogravityWindisch J +7 more
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Acute Oral Hydration and Thoracolumbar Fascia Stiffness in Healthy Adults. [PDF]
J Clin MedBorecka B +5 more
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Neurodevelopment as blueprint: biological validation of the dual-architecture AGI framework. [PDF]
Front Robot AIChen N.
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2013
The weight of a body is an ever present force, and its consideration is of basic importance to any analysis of strength and of structural equilibrium. This chapter deals with the displacement and the rotation that this force can produce. To consider the effects it causes, we represent this force acting on a given point of the body, called the center of
Emico Okuno, Luciano Fratin
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The weight of a body is an ever present force, and its consideration is of basic importance to any analysis of strength and of structural equilibrium. This chapter deals with the displacement and the rotation that this force can produce. To consider the effects it causes, we represent this force acting on a given point of the body, called the center of
Emico Okuno, Luciano Fratin
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2002
Abstract A flute player’s center of gravity is neither the diaphragm nor the plexus, but a point below the navel that you feel when you sneeze or cough. When we sneeze or cough, a considerable amount of energy is concentrated at this point in a short time, since we are trying to expel something.
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Abstract A flute player’s center of gravity is neither the diaphragm nor the plexus, but a point below the navel that you feel when you sneeze or cough. When we sneeze or cough, a considerable amount of energy is concentrated at this point in a short time, since we are trying to expel something.
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1989
The position vector ρC linking the origin of an arbitrary coordinate system and the mass center C of a massive body is defined by $${\rho_C} = \frac{1} {m}\int\limits_m {\rho dm}$$ (2.1)
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The position vector ρC linking the origin of an arbitrary coordinate system and the mass center C of a massive body is defined by $${\rho_C} = \frac{1} {m}\int\limits_m {\rho dm}$$ (2.1)
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Center-of-gravity information feedback
IEEE Transactions on Information Theory, 1968We consider M signals in a D -dimensional signal space. These M signals are used to communicate over an additive Gaussian white noise channel. It is shown that if a noiseless feedback channel is available one could use this feedback channel to inform the transmitter of the location of the center of gravity of the signal structure and thus obtain a very
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