- 更多网络例句与云图相关的网络例句 [注：此内容来源于网络，仅供参考]
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The some basic methods in composite mechanics are introduced,and relative formulations are derived.Maximum stress criterion,Maximum strain criterion,Hill criterion and Cai-Wu criterion are showed.The solid model of level-stability-panel is built by CATIA software,its finite element model by PATRAN/NASTRAN software.Through finite element analysis,the stresses and displacements of level-stability-panel are obtained.In order to analyze the strength of asingle part of level-stability-panel,the software CLOP is developed.The process of taking the data from NASTRAN's results and importing them to CLOP is showed.The strength of back wall of lev el-stability-panel is calculated by CLOP.
论文叙述了复合材料力学分析的基本方法，并推导了相应的计算公式，给出了几种常用的强度准则；利用CATIA软件对某型直升机的平尾进行实体建模，然后在PATRAN/NASTRAN软件中读入该模型，形成了有限元分析模型，并进行有限元分析，获得了平尾的应力云图和位移云图；为了对平尾的局部复合材料结构进行强度分析，开发了CLOP程序；从平尾结构中取出后樯作为强度分析的对象，表示了从NASTRAN分析的结果到CLOP程序输入的方法，计算出了后樯的强度数据。
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Marc this paper carried out a finite element numerical simulation on the forming process of cold extruding for the starlike sleeve of constant speed cardan joint of car. The interrelated technological problems of numerical simulation were discussed in detail, the variation curve of extruding force during the course of loading, the cloud chart, which varies along with time, of temperature field distribution of workpiece, the equivalent plastic strain cloud chart of workpiece and the stress distribution cloud chart of diem inner ring were obtained thus explained fairly nice the reason of fatigue damage of dies.
Marc对轿车等速万向节星形套冷挤压成型过程进行了有限元数值模拟，详细讨论了有关数值模拟技术问题，得出了挤压力在加载过程中的变化曲线、工件随时间变化的温度场分布云图、工件等效塑性应变云图及模具内圈的应力分布云图，较好地解释了模具疲劳破坏的原因。
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With the large-scale finite element software ANSYS,we can achieve single-well and double-wells mechanical model, do a lot of simulations with different interwell space and get the stress value and stress image, and then use EXCEL to generate the correlation curve ,at the same time compare the stress image with different interwell space .
本文主要采用大型有限元软件ANSYS实现单口井和双口井力学模型的建立，进行大量的模拟计算得到不同井间距下的应力值和应力云图，然后借助EXCEL生成对比曲线，同时比较不同井间距时的应力云图。
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In this paper, the author records followed, in February 1996 the capacity of 3 to 7 day and night and seismic November 9, 1996 Health and Activity 160 kilometers before and after the 6.1 earthquake, meteorological cloud anomalies of the whole process of change , and 2-4 days in advance of earthquake prediction and the magnitude of the region; the earthquake in China's Xinjiang, Tibet, earthquake, earthquake in Yunnan Province, four Kawasaki Wenchuan 8 earthquake, the Taiwan earthquake, Iran earthquakes, the earthquake in Pakistan, Afghanistan, earthquake, earthquake in Indonesia and Japan earthquake happened before and after the anomaly caused by meteorological satellite cloud images and the different characteristics of the atmospheric circulation anomalies; describes the November 4, 1952 Kamchatka 8.5 earthquake and November 6, 1958 Kuril Islands 8.2 earthquake in 1960, May 21 Day 2 after 7.9 earthquake occurred in Chile and 8.5 earthquakes, August 25, 1933 North Sichuan Timor-mao Diego River and the 7.5 earthquake in 1976 in Tangshan, Hebei 7.8 earthquake happened before and after the abnormal atmospheric circulation features; analyzed, drought in our country large floods, heavy rain and local in 2008 China's 21 provinces in spring Serious frozen snow disasters, which occurred due to seismic activity.
本文介绍了笔者跟踪观察记录的，1996年2月3日云南丽江7级地震和1996年11月9日上海东160公里6.1级地震发生前后，气象卫星云图异常特征变化的全过程，并提前2—4天预测出地震发生区域和震级；阐述了我国新疆地震、西藏地震、云南地震、四川汶川8级大地震、台湾地震、伊朗地震、巴基斯坦地震、阿富汗地震、印尼地震和日本地震，发生前后引起气象卫星云图异常变化的不同特征和异常的大气环流；描述了1952年11月4日堪察加8.5级地震和1958年11月6日千岛群岛8.2级地震，1960年5月21日后24日智利发生7.9级地震和8.5级地震，1933年8月25日四川茂汶北迭溪7.5级地震和1976年河北唐山7.8级地震，发生前后大气环流出现异常的特征；分析研究了，我国大旱大涝、局部大暴雨和2008年春季我国21个省发生严重冰冻雨雪灾害，发生的原因是地震活动。
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In allusion to the problem, this thesis studies the satellite nephogram classification, concludes the basic framework and develops a series of researches according to the relative techniques.
针对这个问题，本文以卫星云图的分类为切入点，分析并归纳出典型的云图分类的基本框架，并围绕框架中分类技术的相关内容展开研究。
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In fact, combined classification is not only a trend in pattern recognition field, but an effective method for sure that has been proved. Based on these problems, multiple features of the nephogram data have been extracted in this paper, and according to the theory of information fusion, a classification method of multiple features of nephogram has been constructed. Recurring to the idea of information fusion, the performance of classification has been remarkably enhanced.
另外，针对目前卫星云图分类研究大多集中于利用单一特征集结合分类器进行云图分类，从而忽略了各特征相结合所具有的分类潜能问题，本文提出了一种卫星云图多特征融合分类方法，借助于信息融合的思想，使得分类器的性能得到明显的提升。
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In conjunction with MICQ, a nephogram clustering algorithm based on PSO is proposed, of which the coding and fitness function are projected. In addition, nowadays, many researches of nephogram classification usually focus on some single feature, and the classifications are achieved based on these unique features, correspondingly. This strategy would probably ignore the potential which is provided by the combined classification based on multiple features.
结合该参数，本文将一种基于群体智能的随机优化技术：微粒群优化算法，引入到云图的分类领域，从算法编码和目标函数的构造方面进行了设计，提出了一种基于微粒群优化的云图聚类算法，为后一阶段的云图分类打下基础。
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Taking two sequential time satellite images and dividing them into 32 × 32 pels subset, and obtaining the optimization matching region by using of cross-correlation analysis, the cloud cluster motion vectors were estimated according to the location and time interval of the images fitting region.
选取连续两个时次的卫星云图，采用交叉相关法计算获取两幅云图的最佳匹配区域，根据前后云图匹配区域的位置和时间间隔，确定每个图像子集的移动矢量，并进行相应的客观分析；随后，基于检验后的云图移动矢量集，利用后向轨迹方法对云图作短时外推预测。
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Having recourse to the cloud model, baaed on the large quantitative of FY-2C images, consisting of five wavelength of spectral data, which were acquired during the period 2006 to 2007 over Asia-Pacific area, the main radiance features of different rain types such as rainstorm, light rain.
最后以2006年7月6日FY-2C中国分区图所示地区对应的FY-2C卫星云图进行降水类型分类为实例，得到不同降水天气对应的云图辐射亮度值特征，并利用分类结果对实况云图进行降水天气的判别，结果表明该方法对大暴雨天气的判别效果良好。
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Based on the gray scale distribution on satellite cloud picture s,the gray levelcooccurrence matrices are dealt with, followed by cloud texture features sampled for identifyingtheir characteristic quantities.
根据卫星云图的灰度分布，计算灰度共生矩阵，然后抽取一组纹理识别特征童，组成卫星云图云自动分类方程，从而实现云图微机自动分类。
- 更多网络解释与云图相关的网络解释 [注：此内容来源于网络，仅供参考]
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sun glint：太阳反辉区(卫星云图上的),太阳耀斑区(卫星云图上的)
sun elevation太阳仰角,太阳高度 | sun glint太阳反辉区(卫星云图上的),太阳耀斑区(卫星云图上的) | sun rise日出
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cloud microphysics：云微物理
云图检索:Cloud Retrieval | 云微物理:cloud microphysics | 点云图:cloud of points
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nephogram：云图
nephewofthesamesurname 侄 | nephogram 云图 | nephograph 云摄影机
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nephogram graph：云图
云图:nephogram. | 云图:nephogram graph | 云蒙山:Yunmengshan
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infrared nephogram of satellite：红外卫星云图
卫星云图 satellite cloud photograph satellite cloud picture | 红外卫星云图 infrared nephogram of satellite | 数据网格 data grid
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nephograph：云图拍摄机
nephogram 云图 | nephograph 云图拍摄机 | nephology 云学
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Fringes：云图条纹
Fringe|云图 | Fringes|云图条纹 | From Point Cloud|由点云
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cads：云图
cadr 云团 | cads 云图 | cady 氏族
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water vapor cloud image：水汽态云图
water vapor 水汽 | water vapor cloud image 水汽态云图 | water vein 水脉
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可见光云图 visible horizon 可见地平：visible cloud imagery
visible and infrared spin scan radiometer (VISSR) 可见红外旋描辐射计 | visible cloud imagery 可见光云图 visible horizon 可见地平 | visible image 可见光影像