ground data 中文意思是什麼
ground data
解釋
地面數據-
The remote sensing quantitative retrieval model for the appraisable factors of desertification monitoring are founded. in naiman country, inner mongolia, the experimental area, the hyperspectral imaging spectrometer data in plant growth seasons are collected by state - produced airborne hyperspectral imaging spectrometer omis - i, and the etm + image is also obtained. meanwhile, ground investigation and measurement are made, which include the measurement on reflection feature of different kinds of geo - targets and the ground investigation data necessary for spectral rebuilding and retrieval models of the appraisable factors of desertification monitoring
本研究以內蒙古奈曼旗作為研究試驗區，採用我國自行研製的機載高光譜成像光譜儀omis - ，在植被生長季節取得高光譜解析度成像光譜儀數據和etm ~ +圖像，並進行了同步的地面調查及量測，包括不同類型地物反射特性量測和光譜重建以及荒漠化監測評價因子定量反演模型所必需的地面樣方調查數據。 -
This paper resolved the radar instructions based upon ground to the radar antenna control instructions by using the carrier aircraft attitude data provided by inertial navigation system of the aircraft and the radar installation data provided by radar database
用載機慣導系統提供的載機姿態數據和雷達數據庫提供的雷達安裝數據，把基於大地的雷達指令解算為雷達天線控制指令。 -
On the basis of the others, according to the constructional feature of the constitution of the composed soil nails, the computation mode of the he strut frame made of composed soil nails was set up to analyze the distortion of the he strut frame made of composed soil nails when it is stressed. with the engineering data, the strut frame made of composed soil nails is analyzed with the program ababqus, and the effects of the distortion characters, the property of the deposition of the ground, the mechanical property of the soil nails, the variation of the length and the separation of the soil nails, and the diametric of the mixing piles on the strut frame made of composed soil nails, and the distortion property of the strut frame made of composed soil nails under different ground conditions
在總結前人的研究成果下，針對復合土釘墻構造的特點，建立了模擬復合土釘墻受力變形的計算模型，並結合工程實測資料，運用大型通用有限元程序ababqus對復合土釘墻進行了有限元分析，詳細討論了復合土釘支護結構開挖過程中的變形特性、地面沉降性狀、土釘受力性狀；土釘長度變化、土釘間距變化、攪拌樁樁徑變化對復合土釘支護結構的影響；復合土釘支護結構在不同地基條件下的變形特性。 -
The water - depth computer monitoring system collects data from gps, multi - frequency fathometer ( 16 frequencies ) and plc network. based on the analysis of these data, a three - dimensional underwater ground profile is presented for the scheduled area of geotextiles - laying, the development tool of the three - dimensional underwater ground profile is opengl. this thesis is organized into five chapters
水深計算機監控系統採集來自gps 、多通道測深儀（ 16通道）以及plc網路的數據，將這些數據進行處理后，顯示待鋪設軟體排的小區域內的三維水下地形，三維地形的開發採用目前國際上流行的三維圖形介面opengl 。 -
Chapter 3 studies the false target jamming. jamming signal generation formula is proposed by the investigation of simultaneous ground echoes of two different point targets in radar beam. comprehensive research about the characteristics of jamming signal is made, and raw data is used in simulation
第三章對虛假圖像干擾進行了研究，通過對雷達波束內兩個不同的點目標在同一時刻的回波信號進行的分析比較，推導了干擾信號的生成公式，對干擾信號的特徵作了詳細的分析，並結合實測數據做了模擬實驗。 -
At present there is a lack of fundamental data of dynamic thermal transfer performance of ground loop exchanger and energy - saving performance of gshp system
但有關埋地換熱器動態特性以及地源熱泵節能潛力方面的基礎性研究較缺乏。 -
As one of frame data of national spatial data infrastructure, digital elevation model excels contour line. it can express continuous gurgitation of ground, and it can also carry out relevant mathematical analyses and imitation, so it is applied broadly in various fields at present
=數字高程模型dem是國家空間數據基礎設施的框架數據之一，其彌補了等高線的不足，既能表示地面的連續起伏變化，又適合作相應的數學分析和模擬，現在已在各個領域得到了廣泛的應用。 -
Even for the most recent destructive earthquakes in the world there has been a lamentable lack of measured ground acceleration data.
即使不久前世界上發生的大地震，也十分遺憾地沒有測到地面加速度數據。 -
In this engine, we loaded some 3d data models, established 3d terrain, the construction on the ground, the numen of the secene ; made the use of shading model we realized the lighting of the scene, and made the use of the environment texturing mapping we realized the sky box, and mip - maping we realized the rendering of the 3d terrain, which gave us the ideal effect
系統中實現了載入三維模型文件，建立了三維地形、地面建築物、場景中的精靈；使用光照明模型實現三維場景的照明效果；使用環境紋理映射技術實現大環境天空的渲染，使用mip - map紋理映射技術實現三維地形的表面紋理；得到了比較理想的渲染效果，實現了對三維場景的漫遊。 -
Want to popularize rainwater to use, need to build more osmosis above all equipment ; next roofing should use low pollution data, maintain ground cleanness ; in addition, need strengthens international to cooperate, introduce technology of advanced pluvial water treatment to raise domestic level
要推廣雨水利用，首先需要建設更多的滲透設備；其次屋面要使用低污染材料，並保持地面清潔；此外，需要加強國際合作，引入先進的雨水處理技術來提高國內水平。 -
Furthermore, the precipitable water in cloudy sky was also calculated by the ground humidity parameter data. the calculated data were of high precision and low errors so that it was convenient to apply for investigations
估算的水汽場與用地面濕度參量資料估算的水汽場基本一致，僅在數值上有所差別，但是由於該方法的單點估算精度較高，所以具有更高的可信度。 -
Using the ground humidity parameter data, the precipitable water of single station was more accurate than the data retrieved from satellite data. but it was of low spatial and temporal resolutions compared with that retrieved from satellite data
用地面濕度參量資料（地面水汽壓）估算晴空大氣可降水量，其單站的估算結果比用衛星資料反演的結果要精確，但是估算的水汽場時空解析度不如衛星資料反演的高。 -
Remote sensing techniques have demonstrated their potential for measurements of soil temperature, vegetation canopy and so on. however, what is very difficult that uses reasonably both remote sensing data and ground data in calculating the energy, mass. radiation and momentum exchanges at land - atmosphere interactions, let alone apply in practical works
但是，如何將遙感觀測資料和常規資料結合起來研究輻射傳輸、湍流交換以及地表水的通量等局地尺度特徵量是一難題，很多學者都已做了大量的工作，取得了相當鼓舞人心的結果，真正能實際應用的成果卻很少。 -
The paper will introduce the structure of the ssr mode s air - ground data link. it details the work courses of the dce ( data circuit - terminating equipment ), xdce ( gournd / air data circuit - terminating equipment ), reformatting process, sse ( mode s specific services entity ), and snme ( mode s subnetwork management entity ). and it details the process of uplink and downlink frame
詳細介紹了dce （數據電路終端設備） 、 xdce （地面/機載數據電路終端設備） 、數據包的格式轉換、 sse （ s模式特殊服務實體）和snme （ s模式子網管理實體）的工作過程，還介紹了上行/下行幀的處理，和s模式子網中系統間的數據交換介面。 -
The ground data is important to increase, verify the precision of interpretation of remote sensing images
而地面資料對于提高、檢驗和保證圖像解譯精度十分重要。 -
Establishing numerical value connection between ground data and remote data by math model when secondary planet over head 2
通過數學方法建立起衛星過境時的地面數據與遙感數據間的數值關系。 -
Mode s is the next generation ssr ( secondary surveillance radar ) system. mode s provides enchanced surveillance and complete air - ground data link capability, as well as a / c mode function of traditional ssr
模式s是下一代地基雷達監視系統，除去傳統二次監視雷達（ ssr ）的a / c模式功能外，模式s同時提供增強的監視能力和完全的地空數據鏈交互能力。 -
To capture 3 - d ground data by means of terrestrial remote sensing technique for various engineering survey purposes such as monitoring survey for infrastructures, emergency survey for hazardous site in disaster and topographic survey for road design
以地面遙距感應技術獲取立體地面數據作各種工程測量用途，例如基礎設施的監察測量、災難時危險位置的緊急測量以及道路設計的地形測量 -
Now with the emergence of improved air - ground data communication technologies such as aircraft communication addressing and reporting system acars, automatic dependent surveillance and secondary surveillance radar mode s, the opportunity is there for aircraft reporting by fully automatic means
由於空中對地面的通訊技術的革新，例如飛機通訊通話及報告系統acars自動從屬監視系統ads及二次監察雷達ssr s模式的出現，均能促進飛機自動化提供天氣報告。 -
Now with the emergence of improved air - ground data communication technologies such as aircraft communication addressing and reporting system ( acars ), automatic dependent surveillance ( ads ) and secondary surveillance radar ( ssr ) mode s, the opportunity is there for aircraft reporting by fully automatic means
由於空中對地面的通訊技術的革新，例如飛機通訊通話及報告系統（ acars ） 、自動從屬監視系統（ ads ）及二次監察雷達（ ssr ） s模式的出現，均能促進飛機自動化提供天氣報告。
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