location n. 1.定位;【鐵路】定線,〔美國〕測量,設(shè)計(jì)。 2. ...
approximate vt. 1.使接近。 2.接近;走近。 3.近似,約計(jì)。 4.模擬。 5.估計(jì)。 approximate a solution to a problem 使問題近于解決。 approximate something to perfection 使某物臻于完善。 The total income this year approximates 10,000 dollors. 今年總收入接近一萬元。 approximate the motions of the stars in a planetarium 在天文館中模擬行星的運(yùn)行情況。 We approximated the distance at 100 miles. 我們估計(jì)行程距離為100英里。 vi. 近于。 His income this year approximates to 8,000 dollars. 他今年的收入接近八千美元。 adj. 近似的,大概的。 an approximate account 簡要的說明。 an approximate date 大約的日期。 the approximate estimate 大概的估計(jì)。 an approximate number 概數(shù)。 an approximate value 近似值。 adv. -ly 大體,大致。
location n. 1.定位;【鐵路】定線,〔美國〕測量,設(shè)計(jì)。 2.位置,場所,地點(diǎn)。 3.拍攝外景;外景拍攝地。 4.(房屋,土地等的)出租。 5.非洲土著居住的城郊。 a location beacon 定位標(biāo)燈。 fault location障礙點(diǎn)測定。 be on location正在拍外景。 a good location for 定…的好地方。
A " scroll box " ( or " thumb " ) travels the length of the scroll bar to indicate the approximate location of the material shown on the display in relation to the entire document “滾動塊” (或“滑塊” )移動滾動條的長度以指出顯示器上相對于整個(gè)文檔顯示的材料的大約位置。
The improved method is used to predict the existence and the approximate location of the crack by using relative changes of frequencies and modal shapes of the damaged platform , in the absence of parameters of the intact structure 提出了利用2次測量頻率變化量的頻率檢側(cè)方法,在無未損傷模型參數(shù)的情況下也可以發(fā)現(xiàn)損傷的存在,并對損傷進(jìn)行初步定位;同時(shí)提出利用不完全振型的相對變化,判斷某些構(gòu)件的斷裂。
The town planning board considered the remaining further objection and decided to proposed further amendments to the draft outline zoning plan to partially meet the further objection by indicating on the draft outline zoning plan the approximate locations for reprovisioning both the star ferry pier and public piers 城市規(guī)劃委員會對馀下的反對修訂個(gè)案作出考慮后,決定建議針對反對修訂個(gè)案的部分意見而進(jìn)一步修訂分區(qū)計(jì)劃大綱草圖,即在分區(qū)計(jì)劃大綱草圖上顯示重置天星碼頭及公眾碼頭的大約位置。
Based on the application of geophysical such as surface - spectrometric , electric and magnetic methods , good application effects in recognizing radioactive features of various strara ( rocks ) , and the migratio and concentration regularity of uranium , in detecting the texture of the basin and in predicting approximate location of deep uranium mineralization have been obtained 通過地面能譜、電法、磁法等物探方法的應(yīng)用,在探查盆地各地層(巖石)放射性特徵及鈾的遷移、富集規(guī)律、盆地結(jié)構(gòu)及推測深部鈾礦化大體位置等方面取得較好的應(yīng)用效果。