area covering structure 中文意思是什麼

area covering structure 解釋
平面承重結構建築物
  • area : n. 1. 面積;平地;地面。2. 空地;〈英國〉地下室前的空地。3. 地區,地方;〈比喻〉區域;范圍。
  • covering : n 被覆,外被;外封;房頂;上覆物,掩護;【商業】了結,補進。 covering fire 掩護射擊。 covering fo...
  • structure : n. 1. 構造,結構;組織;石理,石紋。2. 建造物。3. 【化學】化學結構。4. 【心理學】(直接經驗中顯現的)結構性,整體性;整體結構。adj. -d ,-less adj.
  1. For this purpos, from the point of the log geology, aimed at the actuality of the current fractured reservoir log geology interpretation and evaluation, based on synthetical analysis of the current domestic and foreign fruit of fractal dimension investigation of reservoir fracture, using the method and technique of fractal dimension, through the further discussion of the fractal dimension characteristics of m index and n index in the log interpretation archie model in a sample way and through the theoretic reasoning to the fractal dimension dfa and m index of fractured reservoir interval ' s log curve, according to the geophysical signification of the fractal dimension dfa of fractured reservoir interval ' s log curve shape : the more complicated the change of the curve shape is, the larger the its dfa value is, then the more complicated space structure of fracture and pore, then the higher value of m index of space structure of fracture and pore, and so on, the text propounds an improved method, based on box dimension, of covering log curve with scale grid, and by programming computes the dfa and its m index value of fractured reservoir interval ' s log curve, for instance, ac and rt curve, ect, then further puts this technique into application investigation, and makes analysis of application effects in the reservoirs located in l area of qx oil field from three aspects : 1. the dfa and its m index value of fractured reservoir interval ' s log curve, for instance, ac and rt curve, ect, which are derived from computing, is used to identify reservoir type by crossplotting m index with the product df _ acrt of fractal dimension of acoustical wave log curve and restivity log curve and by experiential discriminance plate of reservoir type in l area of qx oil field

    因此,對該區裂縫性儲集層的類型識別、孔滲特徵的測井地質解釋以及儲層裂縫的發育和分佈規律進行深入的研究便成為本文研究的出發點。為此,本文從測井地質的角度,針對當前裂縫性儲層測井地質解釋與評價的現狀,在綜合分析當前國內外儲層裂縫的分形分維研究成果的基礎上,利用分形分維方法和技術,通過對archie測井解釋模型中的m指數、 n指數的分形分維特性的深入淺出的論述以及裂縫性儲層段測井曲線分維d _ ( fa )與m指數的理論推導,根據裂縫性儲層測井曲線形態分維值的地球物理意義? ?曲線變化越復雜,則其分維值d _ ( fa )越大、裂縫孔隙空間結構越復雜、裂縫孔隙空間結構指數m值越高等特徵,提出了改進的基於盒維數的測井曲線網格覆蓋法,編程計算了裂縫性儲層段常規測井曲線(如聲波和電阻率曲線)上分形分維值及其m指數值,進而從以下三個方面對qx油田l區塊的裂縫油藏進行應用研究,效果十分理想: 1將計算得到的可變的m指數與聲波和電阻率分維之積df _ acrt進行交繪,採用儲層分維值分類技術統計分析這些參數變化的規律,並結合qx油田l區塊儲層類型經驗判別圖版,從而實現qx油田l區塊下白堊統的裂縫性儲層的類型識別。
  2. The thermal crack problem of the mass concrete is very complicated, and correlative with structure, building material, construction, rock, circumstance, and so on. now, in the construction field, the research on the mass concrete used during hydraulic construction is more frequent than the others, white the research on the comparatively small mass concrete used in the normal buildings is not deep enough and comprehensive, the covering area in the related codes are limited and narrow. many problems in construction practice have to be solved by the experience, rather than by theory. this phenomenon leads to much unnecessary waste of labor, material and financial resources, also the quality is unsatisfactory

    建設領域目前對水工建築中所使用的大體積混凝土(巨型混凝土結構)研究較多,而對普通建築中所使用的體積相對要小很多的大體積混凝土(相當于中體積混凝土)的研究卻還不夠深入、全面,相關的規范條文覆蓋面還不夠完善,對很多工程實踐中的問題只能依靠經驗處理,缺乏適當的理論依據,這使得在工程實踐中造成許多不必要的人力、物力、財力的浪費,大體積混凝土施工質量控制的結果也不很理想。
  3. The long - range objection of china telecom is to strengthen network configuration, optimize network structure, upgrade service quality, lower overall network cost and promote integrated communication ability in order to build a top - grade network that will be in advanced technology, large covering area, huge capacity, high transmission rate, safety, multi - capability, easy manipulation, which is also adaptable to provide new services

    中國電信的網路發展的長期目標是:以完善網路布局、優化網路結構、提高網路質量、降低網路綜合運營成本和提高綜合通信能力為重點,去構建技術先進、覆蓋廣、容量大、速率高、安全可靠、功能齊全、易於管理、適應各種新業務發展需要的電信優質網路。
  4. Shanghai zhangcheng machinery manufacture co., ltd. is a professional production base specially being engagedin research and development of the design, the manufacture, the installment, debugging and the sales service of light steel structure and the color steel plate profiling equipment, the covering area of the company is approximately 50 chinese acres, the total area of existing production workshop is 13000 square meters

    上海章成機械製造有限公司,是一家專業從事研究、開發輕鋼結構、彩鋼板壓型設備的設計、製造、安裝、調試、銷售服務的專業生產基地,公司佔地約50畝,現有生產廠房共計13000平方米。
  5. In this dissertation a typical area was selected as a case study, which is the tuqiang forest bureau, including two forestry farms, namely, yuying and fendou, covering more than 1. 2 10s ha, it is also one of the most severely burned bureaus during this fire. based on the widely investigation of the background information in the study area, and supported by the geographic information system ( gis ) and remote sensing ( rs ), the two digital forest stand maps ( 1987 and 2000 ) and dtm data were overlaid and the spatial and attribute database were produced. according to this, basic characteristics and changing of landscape structure and spatial pattern were widely and thoroughly analysed

    論文選擇位於大興安嶺北坡圖強林業局的育英和奮斗兩個林場作為研究區(該區是1987年重過火區,總面積12萬多ha ) ,在對研究區基本情況廣泛調查的基礎上,藉助于rs 、 gis技術手段,並輔以景觀生態學知識的支持,研究了林火跡地森林景觀格局及其變化的主要特徵,同時運用分佈指數、偏相關分析等方法重點探討了地形因子對格局及變化的影響。
  6. Supplemental artificial light influences greatly the normal growth of crops in greenhouse, in order to collocate the lights and its power, the algorithm of dynamic covering area of artificial light is presented after simplifying the structure of greenhouse

    摘要為了有效地配置溫室補光光源以及光強大小,在對溫室結構進行一定的模型簡化后,提出一種室內人工光照動態覆蓋的演算法。
  7. The results showed that the pattern of landscape structure in moshan resort was a significant mosaic of patches and corridors. the landscapes of forest and special gardens are dominant. the number of artificial scenic spots and building was most, but their covering - area was smallest

    結果表明,磨山景區景觀結構呈現明顯的斑塊? ?廊道鑲嵌格局,其優勢景觀類型是山林景觀和專類園景觀,人工景點建築景觀斑塊數目最多,但面積最小。
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