at the beginning of 起初;開始; 在開始時; 在...伊始; 在的開始; 在、、、、、、初(指時間); 在初; 在…起始; 在…之初
beginning n. 1.初,當(dāng)初;開始,端緒,發(fā)端;出發(fā)點。 2.本原,起源。 3.〔常 pl. 〕早期階段。 4.起頭部分。 at the beginning of the month 月初。 the beginning of a book 書的開頭部分。 the beginnings of science 科學(xué)的搖藍(lán)期。 rise from humble [modest] beginnings 出身微賤。 A misunderstanding was the beginning of their quarrel. 他們的爭吵起因于彼此誤解。 at the (very) beginning 在當(dāng)初;首先。 from beginning to end 自始至終,始終;從頭到尾。 In every beginning think of the end. 凡事都要想到它的后果。 in the beginning 當(dāng)初,起初。 make a beginning 開一個頭,動手。 the beginning of the end 事變的前兆,一葉落而知天下秋。
Children ' s teeth begin forming before birth 兒童的乳牙在出生前就已經(jīng)開始形成了。
Clubs began forming soon after , and concrete rules of the game were established 不久,高爾夫俱樂部開始成立,同時也確立了具體的比賽規(guī)則。
Otherwise , people will feel cheated and begin forming negative perceptions about your firm 否則,人們會感覺受騙,開始形成對你公司的負(fù)面印象。
Shipment is to be made in three equal monthly installments beginning form december , 2001 . payment is by l / c at sight 從2001年, 12月起每三個月分批裝運大貨,即期信用證為付款方式
After the initiates had set up many large trays of food , people began forming a line so that each person could receive his or her luncheon meal 當(dāng)同修們將好幾大盤食物擺好后,游民朋友開始排隊領(lǐng)取他們的午餐。
In working out the 20 - year cycle in the stock market , the first 60 * or 5 years , from the beginning forms the bottom of the cube 假設(shè)一個超過20年的市場循環(huán),第一個60度或者說5年時間,是立方體的基礎(chǔ)構(gòu)筑部分。
With his eyes still uplifted he began forming a plan ; he would ring the bell , go upstairs despite the porter s remonstrances , break the doors in with a push of his shoulder and fall upon them in the very bed without giving them time to unlace their arms 他的目光一直盯著上面,心里籌謀著:他去按門鈴,不管門房如何叫喊,沖到樓上,用肩膀撞開門,撲到他們身上,在他倆摟在一起還沒有來得及松開膀子時,就在床上把他們當(dāng)場抓住。
Abstract : beginning form the brief analysis on the drawbacks of traditional ideas in bidding planning and the gap between objectives and conditions , this paper attempts to reconstruct the designing process and the optimal pattern of objectives in bidding planning with logical and system atic methods 文摘:作者從簡析投標(biāo)規(guī)劃傳統(tǒng)思路的缺陷規(guī)劃目標(biāo)與條件間的裂點入手,以邏輯重構(gòu)和系統(tǒng)觀點重建了投標(biāo)規(guī)劃的設(shè)計過程和目標(biāo)優(yōu)化模式。
Beginning form relation of basin - mountain , the tectonic evolution and the petroleum system and pool - forming process have been studied with the integration of structural physics modeling , balance profile reversion and other new testing technology . the main innovative achievements of the dissertation can be summarized as following : 1 . on the basis of comprehensive analysis of yanqi basin relationship to tianshan orogenic belts , it was suggested that kuluketage faulted - upheaval was an aulacogen in early paleozoic , which undergone multiple opening - closing along with tianshan orogenic belts , and suffered extensively compressing in late hercyhian cycle and formed a " v - type " thrust - fold belt 論文總的指導(dǎo)思想是以現(xiàn)代石油地質(zhì)理論為基礎(chǔ),以整體、動態(tài)、系統(tǒng)、綜合分析為原則,以成盆?成烴?成藏研究為主線,運用正、反演相結(jié)合的殘留盆地油氣成藏系統(tǒng)評價思路,采用構(gòu)造物理模擬、平衡剖面復(fù)原和多種測試新技術(shù),從盆山耦合關(guān)系切入,研究含油氣系統(tǒng)成藏要素及其相互作用過程,探討油氣成藏主控因素和油氣分布的有序性,取得如下創(chuàng)新性成果和認(rèn)識: 1 、系統(tǒng)分析了焉耆盆地形成演化與天山構(gòu)造帶的關(guān)系,提出盆地南側(cè)的庫魯克塔斷隆在早古生代為一大型裂陷槽,之后隨著天山構(gòu)造帶的演化,經(jīng)歷了多次開合運動。
It begins form the discussion the knowledge of the gaussian filter and the laplacian operator , which are the base of the marr method . and it is followed by the detail discussion of such as : the 2g ( laplacian of gaussian ) filter , the template log ( laplacian of gaussian ) , the meaning of laplacian of gaussian in human vision , edge detection and neurophysiology . with different template to different size of target , the small target can be separated from the background by this small infrared target detection method 從marr算法的理論基礎(chǔ)? ?高斯平滑濾波器與拉普拉斯算子的相關(guān)知識以及M a r r的計算視覺理論基礎(chǔ)開始,進(jìn)行了2g ( laplacianofgaussian ,高斯?拉普拉斯)濾波器、 log ( laplacianofgaussian ,高斯?拉普拉斯)模板以及2g濾波器在人類視覺、邊緣檢測、邊緣處理的物理意義以及神經(jīng)生理學(xué)意義方面的分析討論,提出了易于fpga ( fieldprogrammablegatearray ,現(xiàn)場可編程門陣列)實現(xiàn)的基于marr計算視覺的紅外圖像小目標(biāo)檢測方法。