查询词典 spatial co ordinate

Motorola Electronics Ltd Co, General Electric Ltd Co, Shell Nanhai Petrochemical Ltd Co, Taiwan CTCI Engineering Co, Umicore Automobile Catalyst Ltd Co, China Mining University, China Construction 6th Bureau Engineering Co, China Railway 18th Bureau Engineering Co, Arch Chemicals Co, Squibb Pharmacy Co, Ikea Furniture Ltd co, China Nuclear HuaXing International Construction Co., TECHLINK Semiconductor Co., Wuxi China Resource Micro-Assembly Tech., Ltd, JinSheng Office Articles Co., Mattel Toy Ltd Co, Yiquan Plastics Electrics Ltd co, Academy Nobel Metal Ltd Co, CLC Guangxi Electric Power Ltd Co, Johnson Matthey Catalyst Ltd Co, Delta-Cimic Co., ZeRong Box Ltd Co, Nanjing Hongguang Autoliv Vehicle Safety System CO.,LTD, ShengZhen Hazardous Waste Treatment Plant, Shanghai CDC, Shanghai Stuart Ltd Co, Kunshan Yahong Plastics Co, MeiXin Plastics Co, Suershou Engineering Equipment Co, Sulzer Shanghai Ltd, Baxter Medical Co, Daikin Air Conditioner Co Ltd, Omron China Ltd Co, Dare Science and Tech Co, Hudong-Zhonghua Shipbuilding Co., Ltd, Wansheng Vantrans Axis Co.

摩托罗拉电子有限公司、通用电气有限公司、壳牌石油南海项目、台湾中鼎海外工程公司、优美科汽车催化剂有限公司、中国矿业大学、中建六局工程公司、中铁十八局工程公司、奥麒化工公司、中美上海施贵宝制药有限公司、宜家家具配件有限公司、中国核工业华兴建设有限公司、得力半导体公司、无锡华润安盛科技有限公司、津盛办公用品公司、美泰玩具有限公司、艺泉塑料电子有限公司、艾可迪贵金属材料有限公司、中电广西防城港电力有限公司、万丰催化剂有限公司、中达电通、泽荣箱包有限公司、南京宏光奥托立夫、深圳市危险废物处理站、上海市疾病控制预防中心、上海斯图尔特有限公司、昆山亚宏塑胶、美欣塑胶制品、苏尔寿工程机械、苏州百特医疗、大金空调、欧姆龙、大亚科技、沪东中华造船厂、万圣轴业集团、中国北车集团唐山轨道客车有限责任公司、上海康诚仓储有限公司及万创危险品物流等。

Motorola Electronics Ltd Co, General Electric Ltd Co, Shell Nanhai Petrochemical Ltd Co, Taiwan CTCI Engineering Co, Umicore Automobile Catalyst Ltd Co, China Mining University, China Construction 6th Bureau Engineering Co, China Railway 18th Bureau Engineering Co, Arch Chemicals Co, Squibb Pharmacy Co, Ikea Furniture Ltd co, China Nuclear HuaXing International Construction Co., TECHLINK Semiconductor Co., Wuxi China Resource Micro-Assembly Tech., Ltd, JinSheng Office Articles Co., Mattel Toy Ltd Co, Yiquan Plastics Electrics Ltd co, Academy Nobel Metal Ltd Co, CLC Guangxi Electric Power Ltd Co, Johnson Matthey Catalyst Ltd Co, Delta-Cimic Co., ZeRong Box Ltd Co, Nanjing Hongguang Autoliv Vehicle Safety System CO.,LTD, ShengZhen Hazardous Waste Treatment Plant, Shanghai CDC, Shanghai Stuart Ltd Co, Kunshan Yahong Plastics Co, MeiXin Plastics Co, Suershou Engineering Equipment Co, Sulzer Shanghai Ltd, Baxter Medical Co, Daikin Air Conditioner Co Ltd, Omron China Ltd Co, Dare Science and Tech Co, Hudong-Zhonghua Shipbuilding Co., Ltd, Vantrans Dangerous Goods Logistics Co.

摩托罗拉电子有限公司、通用电气有限公司、壳牌石油南海项目、台湾中鼎海外工程公司、优美科汽车催化剂有限公司、中国矿业大学、中建六局工程公司、中铁十八局工程公司、奥麒化工公司、中美上海施贵宝制药有限公司、宜家家具配件有限公司、中国核工业华兴建设有限公司、得力半导体公司、无锡华润安盛科技有限公司、津盛办公用品公司、美泰玩具有限公司、艺泉塑料电子有限公司、艾可迪贵金属材料有限公司、中电广西防城港电力有限公司、万丰催化剂有限公司、中达电通、泽荣箱包有限公司、南京宏光奥托立夫、深圳市危险废物处理站、上海市疾病控制预防中心、上海斯图尔特有限公司、昆山亚宏塑胶、美欣塑胶制品、苏尔寿工程机械、苏州百特医疗、大金空调、欧姆龙、大亚科技、沪东中华造船厂及万创危险品物流等。

At the every relative momentary point of time time-space, is to the situation of observe identity mutuality gravitation and space-energy quantum spatial measurement cosmic energy at relatively determine, namely to the difference of quantity quantum of the original spatial measurement and the spatial measurement limit of cosmic energy, to the quantity of quantum spatial measurement cosmic energy, to the situation of spatial measurement and spatial curvature relative time-space cosmic energy, to the difference of spatial measurement of the gravitation exceed the space-energy of quantum spatial measurement cosmic energy, to the situation of the average density spatial energy and the temperature spatial background of relative time-space cosmic energy, to the situation of spatial measurement and spatial curvature relative vacuum cosmic energy all at relatively determine.

在时空时间的每一个相对时刻点，是对宇宙能量的宇称量子的引力与空间能的守恒状况的相对确定。即是对宇宙能量的原初宇称量子与极限宇称量子的数量差，宇宙能量的宇称量子数量，宇宙能量的相对时空的宇称及空间的曲率状况，宇宙能量的宇称量子的引力大于空间能的宇称差，宇宙能量的相对时空空间的能量平均密度及空间的背景温度状况，以及对宇宙能量的相对真空的宇称及空间的曲率状况全都在相对地确定。

Various famous enterprises have selected Hileo lighting products and application solutions, such as ICI Swire Paints Ltd., Owens Corning Glass Fiber Co., Ltd., American Standard Co., Ltd., Calsonic Kansei Motor Electronics Co., Ltd., Wuhan Federal-Mogul Abrasive Products Co., Ltd., Federal-Mogul Sealing System Co., Ltd., Grace T.H.W. Group, Jianda Rubber Co., Ltd., Guangzhou Uni-President Enterprise Co., Ltd., China Railway Tunnel Stock Co., Ltd., China GuoDian Corporation Guiyang Power Plant, Coconut Palm Group Co., Ltd., Hebei Baisha Tobacco Co., Ltd., Guangxi Guitang Co., Ltd., Chengdu Xijin Environment Protective Equipments Co., Ltd., G.Z.Optima Kitchen Enterprise Co., Ltd., Guangzhou Dayun Motorcycle Co., Ltd., Guangdong Shine Cables Co., Ltd .…… and so on, and the products have immensurable contribution for energy saving and consumption dropping with high popularity from more and more clients.

众多著名企业都选择海铃的照明产品和应用解决方案，包括卜内门太古漆油有限公司、欧文斯-科宁玻璃纤维有限公司、美标有限公司、康奈可汽车电子有限公司、武汉辉门摩擦产品有限公司、南昌辉门密封件系统有限公司、宏仁企业集团、建达橡胶有限公司、广州统一企业有限公司、中铁隧道股份有限公司、中国国电集团公司贵阳发电厂、椰树集团、河北白沙烟草有限责任公司、广西贵糖股份有限公司、成都西锦环保设备有限公司、广州欧派厨柜企业有限公司、广州大运摩托车有限公司、广东新亚光电缆实业有限公司……等，为节能降耗发挥了不可估量的作用，受到越来越多客户的青睐！

With respect to syntax, the roles of tagmeme in the structure of word and sentence and Chomsky's Generative-Transformational Grammar are discussed. The spatial relation theory and existing research achievements are investigated. Having noticed the shortage of the capability of topological and metrical relation in the description of spatial information structure, the author proposes Combinational Qualitative Geometry based on the two invariables under ordinary transformations, distance ratio and direction difference, the CQG-based spatial relation system between topological and metrical constraint is thus constructed, on which several spatial relations such as parallel, perpendicularity, co-linearity, sequence and direct neighborhood are derived. Based on extended theory of spatial relation, the language anamorphosis is analyzed from the aspects of phonetics, semantics and syntax. The mere geometric and formalized spatial relation is then integrated with concrete geographic ontology to accommodate richer and indicative spatial configuration of spatial information in the different geographic context. Finally a syntax framework for spatial information is put forward.

在语法结构方面，首先阐述了法位和法素在语法结构词法和句法中的地位和作用，以及Chomsky生成转换语法的核心内容；详细介绍了地理信息系统空间关系理论及现有的研究成果；在分析现有的拓扑关系和量度关系对空间信息结构描述能力不足的基础上，提出了基于长度比和角度差两个不变量的组合定性几何，以此建立了介于拓扑及量度约束之间的组合定性关系体系，并以此为基础派生出平行、垂直、共线、次序、直接邻近等空间关系描述；本文基于扩展的空间关系理论，详细讨论了空间关系在语音、语法和语义三个方面的语言变体，将纯几何和纯形式化的空间关系与具体的地理本体结合起来，可以获得更为丰富的、更能反映空间关系在不同语言上下文中具体体现的组合关系；最后给出了一个空间信息的语法结构的基本框架。

The first part is preface, on the basis of expounding the background, the purpose, the meaning and the thinking of the thesis study, briefly introduce the research achievements of domestic and international urban spatial structure; the second part is summary, expatiate on the connotation, component, research span and space type of urban spatial structure; The third part is theory foundation, mainly introduce the three classical models of city spatial structure in the west country (concentric circles mode, fan-shaped mode and multi-core mode) and the relative city development theories (growth pole theory, dot-axis theory, core-fringe theory, metropolis circle theory and city space evolution theory); The fourth part is general situations of study region; The fifth part is the analysis of Lanzhou city spatial structure evolution, along the historical venation Of city development, on the basis of analyzing industrial structure change, focus on and sumup the characteristics of spatial development and form, meanwhile, analyze factors which influences the spatial development; The sixth part is the analysis of Lanzhou city spatial development trend, put forward the development models of Lanzhou city spatial structure from three space aspects(the core city, the city, region) in the future, they are group gobbet structure, fingers structure, circle structure; The seventh part is to mainly put forward the development strategies for the different spatial structure models.

第一部分为前言，在阐明论文研究背景、目的及意义、思路的基础上，简要介绍了国内外城市空间结构相关研究成果；第二部分为概述，对城市空间结构的内涵、组成要素、研究尺度及其空间类型作以介绍；第三部分为理论基础，主要是对西方城市空间结构的3大经典模型(同心圆模式、扇形模式和多核心模式)以及与本研究相关的城市空间发展理论(增长极理论、点轴理论、核心——边缘理论、都市圈理论和城市空间演化理论)的介绍；第四部分为研究区概况，主要是对研究区域范围的界定及其社会经济发展概况介绍；第五部分是兰州城市空间结构演化分析，顺着兰州城市发展的历史脉络，在分析产业结构变动的基础上，着重对城市空间发展及其形态特征进行归纳总结，并分析了空间发展的主要影响因素；第六部分是兰州城市空间发展趋势分析，从中心城市、市域、区域3个空间层面上提出未来兰州城市空间结构的不同模式，即组团结构、指状结构、圈层结构；第七部分是城市空间发展策略，针对不同的城市空间发展模式提出一些对策建议。

Taking Changling County, Zhenlai County and Da'an City of Jilin Province as researchareas, based on remote sensing data, graphics operation and spatial analysis are carried out indifferent points of views, including temporal, spatial, scale and landscapeetc; all aspects analysis of this dissertation are abstractively expressed by digital graphics andseries of curves which are not stick to one pattern to discussing multi-dimension andcomplicated attributes of the salinized process. Linking up temporal-spatial characteristicswith landscape indices while combining mathematics model and Geo-informatic TUPUmodel, this dissertation puts forward the fundamental frame: temporal-spatial evolvementpattern, spatial extension process analysis and landscape characteristics analysis of salinizedland. Temporal-spatial evolvement pattern analysis extracts the essential quantity features andtransformation modes of salinized land, and also analyzes patches spatial geometricalparameters scale feature; spatial extending process analysis discusses the change rate andecological modes; landscape feature analysis utilizes landscape graphics indices to describesalinized land microcosmic graphics features and changes.

信息图谱模型为土地盐碱化研究提供了一种谱系化、定量化与定位化相结合的研究方法，本文选取吉林省西部盐碱化典型区域长岭县、镇赉县、大安市作为研究区，以遥感影像为基础数据，在GIS技术支持下，从时空变化、尺度效应、景观特征等多个角度对盐碱化土地进行图形运算、空间分析，通过不拘一格的数字化图形、曲线系列抽象表达出不同维度上的特征与规律，探讨土地盐碱化过程的多维性与复杂性，将盐碱化土地时空特征与景观特征衔接、数学模型与图谱模型结合，以盐碱化土地时空演变基本模式、空间扩展过程和景观特征分析为框架构建盐碱化土地信息图谱模型研究体系，发挥图谱模型数据挖掘、知识发现的特长，将宏观动态变化与微观特征相联系，进一步挖掘土地盐碱化过程与人类活动影响的关系，为探索研究区盐碱化土地成因、过程，预测其未来发展变化趋势及其对环境影响提供相关科学依据。

Linear CO desorbs earlier and quicker than twin and bridged CO with the progressive heating from 25 to 300°C at 0.1MPa, and the three types of adsorption disappear at 265℃.At 205℃ the adsorption amount of linear CO and bridged CO increases with the pressure from 0.1 to 3.0MPa, but the adsorption amount of bridged CO is more than that of linear CO. At 0.1MPa and 25℃, CO2can decompose into CO and then CO adsorbs quickly, namely, CO2→CO+O, but the wave numbers of the adsorptive CO from decomposed CO2 are different from the pure CO, which demonstrates the effect of on CO adsorption. With the pressure of CO2 from 0.1 to 3.0MPa at 25℃, the total adsorption amount increases and the band at 2052cm^(-1) shifts towards higher frequency.

压力保持0.1MPa，温度由25℃升至300℃时，线式比桥式先脱附，至265℃时，3种吸附基本脱附完全；当温度维持205℃不变而压力逐步由。0.1升至3.0MPa时，线式吸附增量较少，桥式吸附增量较多，CO2在0.1MPa，25℃时就能发生快速的解离吸附，即CO2→CO+O，其吸附行为表现为CO的线式吸附，但吸附峰与纯CO吸附时不同；当温度稳定在25℃而压力逐步升至2.5MPa时，不仅CO2吸附量增大，而且其2052cm^(-1)吸附峰有向高波数移动的趋势。

China has been the major focus of the project by project, such as the Shanghai Pudong International Airport, the Shanghai International Circuit F-1, the first Chinese high Jinmao Tower in Shanghai, the Shanghai Tunnel Pipeline project, Datong, Shanxi Mining Bureau, Yangquan Mining Bureau, South Korea City Mining Bureau, Tatun coal-fired electricity, Shandong Yankuang, Tongchuan Mining Bureau, the Xiamen ABB, Nanjing Auto Electric Co., Ltd. Beihai Yinhe Electrical Technology Co., Ltd. Jiangxi Geological Engineering Corporation, China water conservancy and hydropower, 11, the China Water Conservancy The 13 water and electricity, water and electricity Baju, Zhejiang Institute of Water estuary, the Ministry of Water Resources Survey and Design Institute of the Northeast, Daikin Air Conditioning Co., Ltd., Shanghai Tunnel Co., Ltd. Shield subsidiaries, Shandong Rongcheng Haida Shipbuilding limited Company, Shanghai Shipyard, Jiangnan Shipyard, Qingdao Raytheon Electronics Co., Ltd., Guangzhou Jinglong Construction Machinery Co., Ltd., the company Baosteel Services Branch, Nanjing Nanrui Group of the dam project monitoring branch, Zhenjiang Eastern Air conditioning Accessories Co., Ltd, Beijing can work together wooden Technology Co., Ltd, China Aluminum shares of a company in Guizhou Branch, Huangshi Yangtze River PSA a limited liability company, Shanxi Cable Co., Ltd. of China, the altar Huacheng Electronics Co., Ltd., from Putian City Machinery Manufacturing Co., Harbin, Wei welding cutting complete sets of equipment Limited, and so on.

先后被国内各大工程重点项目采用，如上海浦东国际机场，上海F-1国际赛车场，中华第一高楼上海金茂大厦，上海隧道复线工程，山西大同矿务局、阳泉矿务局，韩城矿务局，大屯煤电，山东兖矿，铜川矿务局，厦门ABB、南京奥特电气有限公司北海银河科技电气有限公司江西地质工程总公司、中国水利水电十一局、中国水利水电十三局、水电八局、浙江省水利河口研究院、水利部东北勘测设计院、大金空调有限公司、上海隧道股份有限公司盾构分公司、山东荣成海达造船有限公司、上海船厂、江南船厂、青岛雷声电子有限责任有限公司、广州京龙工程机械有限公司、市政二公司宝钢分公司、南京南瑞集团大坝工程监测分公司、镇江东方空调设备配件有限公司、北京木联能工程科技有限公司、中国铝业股份有公司贵州分公司、黄石长江港务集团有限责任公司、晋中华线缆有限公司、金坛华诚电子有限公司、莆田市大起机械制造有限公司、哈尔滨华崴焊切成套设备有限公司等等。

Three important conclusions are achieved: 1 By analyzing the demand for spatial resolution of recording medium in different digital holographic recording setups, it shows that lensless Fourier transform holography can relax the requirement of spatial resolution and use the full spatial bandwidth of the CCD sensor. 2 Because of the differences of spatial resolution of image planes in different directions, reconstructed images can be relatively extended in the direction of high spatial resolution and reduced in the direction of the low one. 3 Lateral resolution of the reconstructed images is mainly determined by the highest spatial frequency of digital holograms recorded by CCD, and increases with the larger CCD size, the higher spatial resolution of the CCD sensor, and the shorter recording distance.

通过分析几种不同数字全息记录光路对记录介质空间分辨率的要求表明，无透镜傅里叶变换全息光路对CCD的空间分辨率要求最低，最能充分利用CCD的带宽；再现像面的空间分辨率在不同方向上的不一致，会导致再现像在空间分辨率高的方向上相对展宽，而在空间分辨率低的方向上相对压缩；再现像的横向分辨率主要由CCD所能记录的物体的最高空间频率决定，它随CCD的尺寸和空间分辨率的提高及记录距离D的减小而提高。

He got into race cars, while my father liked go-karts more, so I didn't really pay attention to what Diego was doing, as I was just racing karts.

叔叔开的是跑车，而我父亲更喜欢越野卡丁车，所以我并不太关注Diego在做什么，我仅仅在跑我的卡丁车而已。

She is at present gone to look for the best nectar and ambrosia to regale me this evening.

她今晚为款待我，现在又去准备美酒佳肴去了。