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On Spatiotemporal Characteristics of Sea Fog Occurrence over the Northern Atlantic from 1909 to 2008
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作者 LI Pengyuan WANG Guanlan +1 位作者 FU Gang LU Chungu 《Journal of Ocean University of China》 SCIE CAS 2016年第6期958-966,共9页
In this paper, the International Comprehensive Ocean and Atmosphere Data Set(ICOADS) is utilized to investigate the horizontal distribution of sea fog occurrence frequency over the Northern Atlantic as well as the met... In this paper, the International Comprehensive Ocean and Atmosphere Data Set(ICOADS) is utilized to investigate the horizontal distribution of sea fog occurrence frequency over the Northern Atlantic as well as the meteorological and oceanic conditions for sea fog formation. Sea fog over the Northern Atlantic mainly occurs over middle and high latitudes. Sea fog occurrence frequency over the western region of the Northern Atlantic is higher than that over the eastern region. The season for sea fog occurrence over the Northern Atlantic is generally from April to August. When sea fogs occur, the prevailing wind direction in the study area is from southerly to southwesterly and the favorable wind speed is around 8 m s-1. It is most favorable for the formation of sea fogs when sea surface temperature(SST) is 5℃ to 15℃. When SST is higher than 25℃, it is difficult for the air to get saturated, and there is almost no report of sea fog. When sea fogs form, the difference between sea surface temperature and air temperature is mainly-1 to 3℃, and the difference of 0℃ to 2℃ is the most favorable conditions for fog formation. There are two types of sea fogs prevailing in this region: advection cooling fog and advection evaporating fog. 展开更多
关键词 atmospheric visibility sea fog occurrence frequency the Northern Atlantic
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F5000入选论文对精准选稿的启示——以能源领域代表性期刊为例 被引量:5
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作者 姚志昌 段瑞云 +3 位作者 付继娟 沈昕威 郑雪萍 李思宇 《中国科技期刊研究》 CSSCI 北大核心 2019年第11期1197-1205,共9页
【目的】对F5000入选论文进行剖析,建立客观、科学、有据的论文遴选方法,为期刊编辑精准选稿和开展人工智能选稿提供参考。【方法】以2012-2018年能源领域代表性期刊F5000入选论文为样本,对发表期刊、作者、单位进行统计与分析,总结高... 【目的】对F5000入选论文进行剖析,建立客观、科学、有据的论文遴选方法,为期刊编辑精准选稿和开展人工智能选稿提供参考。【方法】以2012-2018年能源领域代表性期刊F5000入选论文为样本,对发表期刊、作者、单位进行统计与分析,总结高被引论文的特征。【结果】作者优异的创新禀赋、先进的科研条件、雄厚的经费资助是高被引论文产出的关键,科研团队在产出高被引论文数量上有助力作用。【结论】F5000入选论文的数量与作者h指数相结合,可以作为衡量作者学术创新能力及论文质量的标尺,在矿业领域,6年内中国科学技术信息研究所提名F5000入选论文3篇以上、h指数超过40的第一作者当选院士的概率最大;作者论文发表频率、篇均被引频次、学术创新指数可作为挑选有潜力成为高被引论文的指标。通过期刊年报、作者学术表现、科研支撑、社会需求获得态势感知,采取"数据→筛选→效果→完善"的工作模式可以提高论文筛选绩效。 展开更多
关键词 精品期刊 F5000 精准选稿 高被引论文 创新禀赋 发表频率 创新效率 态势感知
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