working adj. 1.工作的,從事勞動的。 2.操作的,作業(yè)的。 3.工人的。 4.(用于)實際工作的,任事的;使用(中)的,運轉(zhuǎn)(中)的;經(jīng)營的,營業(yè)的,流動的。 5.完成的,(可)實行的;有效的。 working hours 工作時間。 working expenses 經(jīng)營費用。 working cost 生產(chǎn)費。 n. 1.作用;勞動;工作;作業(yè);操作;加工;維護;運轉(zhuǎn),駕駛;(數(shù)學的)運算,計算。 2.〔常 pl.〕(礦山、采石場等的)作業(yè)現(xiàn)場;發(fā)酵作用。 cool working 冷卻。 old workings 【礦物】廢井。
region n. 1.地方,地域,地帶;地區(qū);行政區(qū),管轄區(qū),區(qū);左近,鄰近;(大氣、海水等的)層,界,境。 2.【解剖學;動物學】(身體的)局部,部位。 3.(學問等的)范圍,領域。 4.〔罕用語〕天空。 a fertile region 肥沃地帶。 a desert region 沙漠地帶。 forest regions 森林地帶。 the lower [infernal, nether] regions 地獄。 the middle [lower, upper] region of the air 大氣的中[下、上]層。 the operating region 工作范圍。 in the region of 在…附近,在…的左右(in the region of 45 dollars 四十五美元左右)。
The controller divided the error phase plane into nine working regions corresponding to nine different control laws 邏輯規(guī)則控制器將相平面分為9個工作區(qū)域,對應有9條不同的控制規(guī)則。
The builder bravely made an attempt to a series of unfavorable geological feature , complex geologic structure , and bad mountainous working region 該條公路在建設中遇到了諸多復雜的工程問題,針對一系列不良地質(zhì)水文情況,復雜的地質(zhì)構(gòu)造,惡劣的山區(qū)筑路環(huán)境,公路建設者進行了大膽的嘗試。
The indexes of diversity , evenness , dominance , isolation , fragmentation and fractal dimension are used in this study . the landscape structure evaluation was from three levels , which are sub - compartments , compartments and work region . used stores per square kilometer of forest and tm4 remote sensing image the author give the scaling analysis 根據(jù)中山陵森林資源調(diào)查數(shù)據(jù),在分析其植被景觀現(xiàn)狀的基礎之上,應用景觀生態(tài)學原理,結(jié)合具體情況和考慮研究的可操作性,選取多樣性指數(shù)、優(yōu)勢度指數(shù)、均勻度指數(shù)、分離度指數(shù)、破碎度指數(shù)、分維數(shù)指數(shù)6個指標,從地類景觀要素、林分類型和小班三個層次,對中山陵景觀進行結(jié)構(gòu)評價初步分析。
A series methods of data combination analyzing are selected to form the operating method system for crop discrimination . combining gis , gps , and other data from field work with rs data can determine interpretation features and set off working regions , combining rs data can enhance spatial features in order to do unsupervised classification efficiently , union of gis data enable us to join maps and extract features , to analyze crop structure , crop calendar , cultivating system 本項研究篩選出了構(gòu)成運行化作物遙感識別技術(shù)體系的一系列數(shù)據(jù)復合分析方法,包括gps 、 gis數(shù)據(jù)以及其它田間作業(yè)信息與rs數(shù)據(jù)之間的復合,確立解譯標志和劃分作業(yè)區(qū); rs數(shù)據(jù)之間的復合,進行圖像增強,改善非監(jiān)督分類效果; gis數(shù)據(jù)之間的復合,分析作業(yè)區(qū)作物結(jié)構(gòu)、物候和耕作制度現(xiàn)狀,地圖拼接、特征提取等。
There are many sorts of the modern dredgers , to adapt the various working regions , and soil conditions etc . it is inevitable to select to build the large self - propelled trailing suction hopper dredgers for shanghai channel bureau , because of the developments of the big - scale ports and channels at home and abroad , and the bad working conditions offshore , and the business direction 現(xiàn)代挖泥船有各種類型,它們適用于不同的施工區(qū)域與土質(zhì)等工況條件。世界與國內(nèi)港口航道的發(fā)展愈來愈體現(xiàn)出規(guī)模大,向外海推進和施工條件惡劣的特征,從上海航道局的企業(yè)經(jīng)營定位出發(fā),建造大型自航耙吸挖泥船是首選方案。
The article quantitatively analyses the winter hot air ' s distribution regulation in the human work region and reveals the regulation of temperature gradient forming and change and the influence to human thermal comfort . after test research , it clarifies the thermal characteristic regulation of indoor environment in winter air condition room . the mainly characteristic regulations are the over - great vertical temperature gradient and the over - low mean radiation temperature of air condition room 本文對現(xiàn)有實際空調(diào)房間冬季熱射流在人體工作區(qū)的規(guī)律做出定量化分析,揭示了其溫度梯度形成變化的規(guī)律及對人體舒適的影響,經(jīng)過測試研究明確冬季空調(diào)房間室內(nèi)環(huán)境存在的熱特性的規(guī)律,其中房間的垂直溫度梯度過大、空調(diào)房間的平均輻射溫度較低是其主要熱特性規(guī)律。
In this paper , the basic concept of oil geoanomaly is summarized systematically , and the method of quantitative analysis are realized by computer programs . the area coverage of oil geoanomaly also can be circled by the research of geoanomaly calculating with the data of selected model region and the work region . the causing of oil geoanomaly can be explained 本文初步建立了油氣地質(zhì)異常研究框架,實現(xiàn)并完善了油氣地質(zhì)異常定量分析研究的技術(shù)方法,有效提取了不同參數(shù)的地質(zhì)異常和異常組合特征,通過模型區(qū)、研究區(qū)不同地質(zhì)異常參數(shù)特征的對比研究,確定油氣地質(zhì)異常范圍區(qū)域,探討了油氣地質(zhì)異常成因。