陸性指數 的英文怎麼說

中文拼音 [liùxìngzhǐshǔ]
陸性指數 英文
index of continentality
  • : 陸數詞(六的大寫) six (used for the numeral 六 on cheques, etc. to avoid mistakes or alterations)
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 指構詞成分。
  • : 數副詞(屢次) frequently; repeatedly
  • 指數 : 1. [經] (比數) index number; index 2. [數學] exponent
  1. In order to utilize the frquency resource adequately and increase the capacity of mobile communication system, the wireless electric wave propagation of existing mobile system always adopts the microcell structure. forecasting the path loss characteristic of electric wave accurately can provide the necessary condition for the layout and design of wireless network, at the same time it is a precondition for the research on the microcell mobile system. the methods of forecasting of wireless electric wave propagation can divide into two parts : one is pluse and respond, that is establish the empirical model based on experimental and statistical data ; the other is ray tracing method, that is establish the deterministic model based on theoretical analyse. the paper discuss the characteristic of wireless signal electric wave transmition in symmetrical atmosphere of earth, and introduce the common path loss transmition model in land mobile communication system, also point out the localization of these models based on experiential methods

    而精確預測無線電波傳播路徑損耗特,則為合理的微蜂窩無線網路規劃、設計提供了必要條件,同時也是研究微蜂窩移動通信系統能的前提。無線電波傳播預測的方法分為兩類:一是用沖激響應法,即根據實驗、統計所得據建立經驗傳播預測模型;另一種是用射線跟蹤方法,即依據理論分析來建立確定的傳播預測模型。本文首先討論了在地球表面均勻大氣中的無線電波傳播的基本特,介紹了地移動通信系統中常用的幾種電波傳播路徑損耗經驗預測模型,並出了這些經驗傳播模型對于微蜂窩小區無線電波傳播特研究的局限
  2. Based upon the analysis of the data obtained during the survey, it can be concluded that : 1 ) the number of biomass of macrobenthos in the yellow sea and the east china sea in autuma is higher than that in spring, while the number of density of macrobenthos in autumn is lower than that in spring ; 2 ) the number of biomass of macrobenthos in the yellow sea is higher than that in the east china sea ; 3 ) the number of species in the yellow sea is lower than that in the east china sea ; 4 ) one of the characteristics of distribution of macrobenthos in the east china sea is that the species richness increased from the coastal waters to the offshore deep waters, from the north to the south. 5 ) the species composition in the deeper part occupied by the cold water mass of the yellow sea is more stable than that in the coastal part of the yellow sea in the late 40 ~ 50 years

    通過以上幾方面的分析,結果表明: 1 )黃東海調查海域的秋季總生物量均高於春季,總棲息密度則低於早春季; 2 )黃東海春季生物多樣高於秋季; 3 )南黃海、東海的水文特點顯著不同:東海底溫顯著高於南黃海底溫,東海底鹽亦高於南黃海底鹽; 4 )南黃海春秋季生物量分佈無一致規律,東海春秋季生物量除長江口外基本上自近岸向外海逐步降低; 5 )東海大架大型底棲動物的種類組成較南黃海更豐富; 6 )東海大型底棲動物的分佈特點之一為:種類由北向南、由近岸(西部)向外海(東部)逐漸增多; 7 )在黃海冷水團控制的海域,其底棲動物種類組成較近岸海域穩定; 8 )幾個生物多樣各有側重,都能較好地反映底棲動物的分佈特點
  3. Qualitative and quantitative investigation ( visual encounter surveys ) of terrestrial mollusca were carried out in each sampling site of mangshan nature reserve and babaoshan of guangdong. all terrestrial mollusca in each sampling site were collected and identified. a list of the name of the species of terrestrial mollusca, margalef species richness index ( d _ ( ma ) ), shannon - wiener index ( h " ) and pielou evenness index ( jsw ) were used to analyze their biodiversity

    對各個採集點的生貝類不但進行了定調查,而且進行了定量調查( ves法) ,對調查採集到的生貝類物種進行編目,並採用margalef豐富度( d _ ( ma ) ) 、 shannon - wiener多樣( h 』 ) 、 pielou的均勻度( jsw )對生貝類多樣進行了分析。
  4. These diversity indexes indicate a trend - the more abundant and even the components and more complicated the habitats of the community, the higher value of these diversity indexes whether margalef species richness index ( d _ ( ma ) ), shannon - wiener index ( h " ), or pielou evenness index ( jsw ) were used to analyze the biodiversity of terrestrial mollusca. the change of shannon - wiener ( h " ) is accordant with species and margalef species richness index ( d _ ( ma ) )

    兩地區生貝類多樣h夕與多樣s 、苗劍的變化相一致,且s 、 h夕、或峨的值以莽山的紅旗橋和八寶山的五里坑為最高;生貝類均勻度( js刃不受豐富度影響,但是均勻度影響多樣h , ,一般來說js ,高, h ,越高,但也有例外情況。
  5. But as to the company which will be marketed soon, it is impossible to ask them to have more than 2 - year bussiness record, not to mention ask them to make a profit. but perhaps no later than 2 years or longer, these companies will grow as fast as yahoo, like a myth with the stock price from 13 $ per stock assending quickly to the highest price 244 $ per stock. so it is not appropriate to only pay attention to the company ' s past, we must pay more attention to the company ' s future. in charpter 3, a financial - valuation index is set up for the growth board. and in charpter 4, i further talked about the current limitations and feasibilities of the new financial valuation index

    本論文從即將出臺的創業板與主板的幾方面區別談起,出現存的主板財務評價標體系不能完全照搬照抄于創業板市場,創業板上市公司必須有適合自身特點的財務評價標體系。在分析評價主板各項財務標的基礎上,提出了以預計的財務據為基礎的包括預計盈利能力、預計成長和預計現金流等財務比率的創業板財務評價標體系,並對在香港創業板上市的兩家大上市公司進行了應用。
  6. Meanwhile, we proved that the major factor that determines the distribution of plants in china is the primary productivity. the cold index ( the lowest temperature ) plays a more important role than the highest temperature and the annual mean temperature in restricting the diversity of plants

    Dcca和cca排序也顯示了和dca一致的結果,同時證明,決定中國地植物多樣分佈格局的環境因素主要是初級生產力,而寒冷(即低溫)對多樣的限製作用要大於高溫和年均溫的作用。
  7. On the basis of the calculating of complexity ( c value ) and combination entropy ( h value ) from the numerical method of geoanomaly analysis, logged signals data ( spontaneous potential, acoustic slowness, spontaneous gamma ray and electrical resistivity ) and seismic data ( amplitude, frequency, phase, etc. ) are processed after regularization of data obtained from linqing basin of shengli oil field. many types of geoanomalies obtained from the computation are analyzed so the spacial variation rules of them can be discovered. then the oil regions can be predicted by this method

    本文創新地將地質異常概念引入油氣勘探領域,以地質異常理論為導,以勝利油田臨清坳陷油氣地質異常預測研究為例,針對我國相含油氣盆地的常規測量、測試和解釋據,如與地震相關的據(振幅、頻率、吸收系、層速度等) 、與測井相關的據(自然電位、聲波、視電阻率、自然伽馬等)等,提取不同據類型的地質異常以及異常組合特徵,通過對這些參的綜合研究分析其空間變化規律,系統地建立有效預測油氣藏的新技術和新方法,進而達到區域油氣資源預測的研究目的。
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