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Investigation of Radial Mixing Dynamics and Saturation Effect in Stirred Brown Rice Granular Systems Using Discrete Element Method. [PDF]
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Micro-Energy Harvesting and Self-Powered Sensing for Intelligent Road: A Comprehensive Review. [PDF]
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Critical swimming speed: its ecological relevance
Comparative Biochemistry and Physiology Part A: Molecular & Integrative Physiology, 2001Critical swimming speed (U(crit)) is a standard measurement to assess swimming capabilities of fishes. To conduct this measurement a fish is introduced into a water tunnel in which the current velocity can be controlled by the investigator. At the beginning of the measurement water velocity is low, approximately 1 body length (BL) s(-1), and is then ...
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Physical Review Letters, 1990
The extreme compressibility of a fluid near its liquid-vapor critical point significantly alters its dynamic response to temperature changes. Adiabatic processes allow a fluid of constant volume to thermalize in a matter of seconds, compared with the hours or days that thermal diffusion would require.
, Boukari +3 more
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The extreme compressibility of a fluid near its liquid-vapor critical point significantly alters its dynamic response to temperature changes. Adiabatic processes allow a fluid of constant volume to thermalize in a matter of seconds, compared with the hours or days that thermal diffusion would require.
, Boukari +3 more
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VO2 Responses to Running Speeds Above Intermittent Critical Speed
International Journal of Sports Medicine, 2012The aim of this study was to examine whether intermittent critical speed (ICS) is the threshold velocity above which intermittent exercise leads to the attainment of VO(2max). After an incremental test, 7 active male subjects (49.7 ± 3.74 mL.min (- 1).kg (- 1)) performed 3 intermittent exercises until exhaustion at 100%, 110%, 120% of the velocity ...
R A, de Aguiar +3 more
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Critical speeding up in pure fluids
Physical Review A, 1990The extreme compressibility of a pure fluid near its critical point significantly affects its bulk dynamic response to temperature changes through adiabatic processes. Equations that describe the dynamics in the absence of gravity are developed, and the magnitude of the effect is illustrated with numerical solutions in one dimension.
, Boukari +3 more
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Remote Determination of Critical Speed and Critical Power in Recreational Runners
International Journal of Sports Physiology and Performance, 2023Purpose: This study aimed to compare estimations of critical speed (CS) and work completed above CS (D′), and their analogies for running power (critical power [CP] and W′), derived from raw data obtained from habitual training (HAB) and intentional maximal efforts in the form of time trials (TTs) and 3-minute all-out tests (3MTs) in recreational ...
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