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您的检索式：作者名="Simon Caron"
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| 1 | 电动汽车的建模与模拟——不同锂离子电池技术的实施(英文)显示文摘受限制的续航距离是锂离子电池电动汽车的缺点之一。特别是在低温下,由于低的电池容量、功率,以及辅助设备的附带能量需求,使得该续航距离又被减少。选用了一种基于模型的方法,来比较几种不同的电池技术的车内性能。设定了不同的试验情景,分析电池特性。模拟结果表明:由于电池容量的减少,限制了制动器能量的恢复,因此,在城市近郊及低温环境下,动力系的能量需求明显升高。此外,针对不同的温度、电池尺寸和驾驶周期,分析了电池和动力系的效率。最后,针对不同驾驶周期、温度和附加载荷,研究了电动续航距离。 | Dirk Hülsebusch Simon Schwunk Simon Caron Bernd Propfe | 2011 | 汽车安全与节能学报2011，2，2： | 1 |
| 2 | Tracking leaf area index and coefficient of light extinction over the harvesting cycle of black wattle显示文摘The amount of photosynthetic radiation intercepted by a crop is a function of the incident solar radiation on the plants, the leaf area index(L_(AI)), and the light extinction coefficient(k). We quantified L_(AI) and k in stands of black wattle(Acacia mearnsii De Wild.) over a 7-year growth cycle at two locations in the state of Rio Grande do Sul, Brazil. Our study was conducted in commercial stands in agroecological regions with high densities of black wattle plantations. L_(AI)was calculated as the ratio between the leaf area of a tree and its planting space, and k was derived from Beer's law. L_(AI)depends on the planting site and stand age. Between the two sites, the L_(AI) was similar over time, the amount of variation differed. Values of k depended only on stand age, with the highest average observed for stands up to 5 years old. The trend of k during the plantation cycle was inversely proportional to L_(AI)and was correlated with L_(AI), leaf area, leaf dry mass, canopy volume, height, branches dry mass, total dry mass, and crown diameter. | Aiexandre Behling Carlos Roberto Sanquetta Ana Paula Dalla Corte Sylvio Pellico Netto Aurelio Lourenco Rodrigues Braulio Otomar Caron Augusto Arlindo Simon | 2016 | Journal of Forestry Research2016，27，6： | 1 |
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