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Study on modular smoke extraction with solid screen in urban road tunnel fires. [PDF]
PLoS OneZhang X, Lu K, Lu Y.
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The Parameters and Applicability Analysis of Low Calorific Value Gases Applied to Oil Shale In Situ Conversion Catalytic Combustion Heaters. [PDF]
ACS OmegaShui H +5 more
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Effect of EGR coupled fuel injection parameters on combustion and emissions. [PDF]
Sci RepShao K, Wu H.
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Ipecacuanha, in Emetic Doses; As a Powerful Restorative in Some Cases of Exhaustion and Sinking [PDF]
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Optimized scheduling of integrated energy systems considering waste-to-power plants and advanced adiabatic air compression energy storage machines. [PDF]
Sci RepWang W, Liu M, Zhao H, Wu Y, Tian Y.
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Particle and power exhaust for a fusion plasma
Nuclear Fusion, 1990For a continuously burning D-T fusion plasma the particle and energy confinement times have to be appropriate since otherwise the produced 4He and the energy cannot be exhausted. The upper limits for the 4He particle confinement parameter neτp(He) are discussed.
Behrisch, R., Prozesky, V.
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EMG median power frequency in an exhausting exercise
Journal of Electromyography and Kinesiology, 1993EMG median power frequency of the calf muscles was investigated during an exhausting treadmill exercise. This exercise was an uphill run, the average endurance time was 1.5 min. Median power frequency of the calf muscles declined by more than 10% during this exercise.
AMENT, W +3 more
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Contributions to Plasma Physics, 1994
AbstractThe main features and engineering parameters of the ITER EDA design are described and the operating parameter space is surveyed. A key element in the design is the divertor which must exhaust the bulk of the power generated by α‐particles. At the fusion power levels envisioned, Pf⩾1500 MW, conventional divertors of the type developed in the CDA
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AbstractThe main features and engineering parameters of the ITER EDA design are described and the operating parameter space is surveyed. A key element in the design is the divertor which must exhaust the bulk of the power generated by α‐particles. At the fusion power levels envisioned, Pf⩾1500 MW, conventional divertors of the type developed in the CDA
openaire +3 more sources