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| 1 | 减灾、防灾与“给能量留有空间”的对策问题显示文摘根据欧阳首承提出的'搅动能守恒定律'揭示的能量不能脱离物质,而必须给能量留有空间的理论,论述了能量空间与自然灾害和灾变动力的相互关系和作用,给出了能量空间在灾后重建工程、防洪减灾规划和生态环境规划等的应用和对策。并强调自然灾害、人为建筑工程'必须给能量留有空间',才能更为有效地防灾、减灾。提出了'给能量留有空间'是针对当代科学遗漏了能量空间问题提出的新的科学命题。 | 陈刚毅 陆雅君 | 2011 | 中国工程科学2011，13，3： | 5 |
| 2 | 城乡暴雨灾害的非规则结构化预测技术探讨显示文摘根据'时间不占物质维'的观点和非规则复杂信息是变化信息的相空间转换方法,采用自动气象站分钟级的自动观测信息,结合成都地区暴雨实例,配合V-3θ结构图的区域性分析,对城市暴雨落时、落区进行了细化预测。复杂信息以结构方式揭示了物质演化的转折性变化或事件的突发性,且该方法的简洁性体现在该预测方法的可应用性。 | 游娜 陈刚毅 | 2015 | 气象与减灾研究2015，38，1： | 5 |
| 3 | 城市暴雨的细化预测实例分析显示文摘为了提高暴雨预测准确率和降低城市暴雨造成的危害和损失。使用大气探空和自动气象站1次/分钟的观测资料,以'信息确定性'和'时间不占有物质维'的观点,采用非规则信息数字化分析方法,对城市暴雨预测进行实用性分析。结合2004年6月29日至30日成都地区的暴雨实例,通过将复杂的数量信息转化为方位角的相空间结构信息,对暴雨发生前后的风速、风向、温度、湿度分别进行相空间分析,结果表明相空间图配合V-3θ结构图能够对城市暴雨进行细化预测。 | 陆雅君 陈刚毅 张静 陈明轩 | 2011 | 成都信息工程学院学报2011，26，5： | 4 |
| 4 | 气象卫星遥感信息数字化预测方法研究显示文摘利用GMS-5卫星遥感亮温(TBB)资料,按演化科学原理,对暴雨的发生、发展和消亡的过程物理学特征进行了数字化分析,并对武汉'98.7'暴雨进行了实例暴雨的细化预测,具有较强的实用性。 | 陈刚毅 李跃清 侯凯 | 2010 | 中国工程科学2010，12，3： | 2 |
| 5 | “Twits-Up”,Transform of Spin Flows and Physics of Process显示文摘This paper is only an outline for the observed fact of twits-up of matter,super-low temperature and modern discovered appearance of thing of twists-ups of matters and irregular spin flow for electrochemistry,photochemistry in experiment, and involved problems of transform of spin flow and the process of blown-up and transformation for deformed spin flow,spin field, cold after death,heat after death, yet. The understand of spin of matter construction involved the crux of that questions are left over by contemporary science, and it has hinted new trends of science develop and revolution of systems for sense,theory and method, too. | OuYang Shoucheng | 2006 | 工程科学(英文版)2006，4，3： | 0 |
| 6 | Digitization characteristics of geothermal information and structural analysis of 2011 off the Pacific coast of Tohoku Ms9.0 earthquake显示文摘Earthquake is one of the difficult problems that can not be solved as of this writing since the time when modern science was initiated over 300 years ago, and irregular events cannot be dealt with by using quantities examples before and followed by a view of the number of analysis systems in modern science; meanwhile, it covers the problem that how to use changeable information. Structural analysis method is developed particularly for the study of evolutionary transitional processes of the changing events by employing irregular information, and emphasizes the primitiveness of changes in events. Based on the data of sounding observation every 08 o'clock and 20 o'clock per day from China Meteorological Administration, in this paper, we employ the digital structural analysis method to analyze the process of the special, structural characteristics of 2011 off the Pacific coast of Tohoku Ms9.0 earthquake. The result shows that the method can reflect the process of geothermal structures before and after earthquake; it can reflect the congruity between geothermal 'heat level' and the level of earthquake energy. When the structure before the earthquake is 'the counter clockwise rolling current and the unstable structures' with 'dry in lower levels and wet in upper levels', we should be worry about the problem of earthquake. In a word, geothermal information could reveal that earthquakes really would be 'heralded'. | Lu Yajun Chen Gangyi Wei Ming Ouyang Shoucheng | 2012 | Engineering Sciences2012，10，4： | 0 |
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