possible adj. 1. 可能有的,也許會有[發(fā)生]的;潛在的。 2.可能實(shí)行的,做得到的,想得到的。 3.合理的,可以允許的。 4.〔口語〕相當(dāng)?shù)?,不壞的;可以接受的;還算過得去的。 all the assistance possible 一切可能支援。 the highest possible speed 最大速度。 It is possible that he knows. 他也許知道。 a possible person 能勝任(做某事)的人。 as ... as possible 盡量…,盡可能…。 if possible 可能的話。 possible of 可能…的。 with the least delay possible 盡快。 n. 1.〔the possible 〕 可能性,潛在性。 2.〔常 pl.〕可能的人[物],可能有的事。 3.(射擊等中)最高分。 4.〔pl.〕 〔俚語〕必需物品;金錢。 5.候補(bǔ)人,預(yù)備隊(duì)員,生力軍。 6.全力。 possibles to probables 預(yù)備隊(duì)員對候補(bǔ)隊(duì)員。 do one's possible 盡全力。 score a possible (射擊等中)得最高分。
duration n. 1.持久,持續(xù)。 2.持續(xù)時間,存在時間;期間。 a disease of long duration 長時間的疾病。 holidays of three weeks' duration 三周的假期。 the duration of flight 【航空】續(xù)航時間。 a duration record 【航空】續(xù)航記錄。 the duration of insurance [prescription] 保險[有效]期間。 the duration of day 日照長度。 the duration of life 生存期間。 of long [short] duration 長[短]期的。 for the D- 〔俚語〕戰(zhàn)爭未結(jié)束期間〔尤指第二次世界大戰(zhàn)〕 (No vacations for the duration. 戰(zhàn)時一切假期取消)。 adj. -al
Mapping of spatially explicit distribution of solar radiation . using the digital elevation model ( dem ) data as input , the distribution of extraterrestrial radiation and possible sunshine duration from january to december were mapped both for chongqing ( resolution of 100m x100m ) . integrated with kt and kb , the distributions of direct and diffuse radiation were also mapped for long - term mean 太陽輻射空間分布研究利用dem數(shù)據(jù),完成了重慶市100m 100m各月天文輻射和可照時間的空間制圖;結(jié)合晴空指數(shù)、直接透射率的模擬結(jié)果,分別完成了氣候平均狀況下重慶市100m 100m的起伏地形下各月太陽直接輻射、散射輻射空間制圖。
Based on the geometry between sunshine ray and real terrains , the distributed models were developed to simulate the extraterrestrial radiation and possible sunshine duration over rugged terrains respectively . according to the principles of direct and diffuse radiation on tilted surfaces , the distributed models to estimate the direct and diffuse radiation over rugged terrains were developed also . the proposed models were proved to be able to treat volumes of data and are applicable to satellite image processing platforms or geographic information system ( gis ) 起伏地形下太陽輻射分布式模型研究根據(jù)太陽光線與實(shí)際地形之間的幾何關(guān)系,建立了起伏地形下天文輻射、可照時間的分布式估算模式;依據(jù)坡地直接輻射和散射輻射機(jī)理,分別建立了起伏地形下直接輻射、散射輻射的分布式估算模式;建立的分布式模式計(jì)算結(jié)果可靠,可進(jìn)行大數(shù)據(jù)量處理,適用于遙感圖像處理、地理信息系統(tǒng)等數(shù)據(jù)處理平臺。
Date integration technique was used to analyze the relationship between monthly mean daily clearness index kt and s , the ration of monthly mean daily sunshine duration to possible sunshine duration as well as that of monthly mean daily direct transmittance kb . based on data from 1957 to 2000 , a series of kt and kb estimation models with different temporal and spatial scales were established . furthermore , the distributions of kt and kb from january to december in chongqing were mapped by kriging interpolation for long - term mean 大氣輻射過程模擬通過晴空指數(shù)、直接透射率等綜合描述大氣對太陽輻射影響的參數(shù),采用重慶市及其周邊地區(qū)1957 - 2000年日射站觀測的月輻射資料和常規(guī)月氣象觀測資料,利用數(shù)據(jù)集群技術(shù),建立了不同時空尺度的太陽輻射估算模式;使用kriging插值法,完成了重慶市氣候平均狀況下各月晴空指數(shù)、直接透射率的空間制圖。