pit time 中文意思是什麼

pit time 解釋
在坑時間
  • pit : n 〈美國〉(桃、杏等的)核。vt ( tt ) 除去…的核。n 1 坑,凹地,凹處;【礦物】礦井;煤坑;【植物...
  • time : n 1 時,時間,時日,歲月。2 時候,時刻;期間;時節,季節;〈常pl 〉時期,年代,時代; 〈the time ...
  1. But because the coal market supply exceeds demand for a long time of area of the northeast and the inner mongol east, in addition the influence of some small coal pit unfair competitions and restriction of railway transportation, production capacity of hcc for a long time remains seriously surplus. enterprise resource and cost advantage can not be given full play to

    但由於東北及內蒙古東部地區長期以來煤炭市場供大於求,加之一些小煤窯不公平競爭的影響和鐵路運力的制約,霍煤集團公司長期以來生產能力嚴重剩餘,企業資源和成本優勢沒有能夠得到充分發揮。
  2. Middle - aged men riding harleys for the first time often make pit stops in emergency rooms, and happily married men who choose to have affairs usually end up in divorce court

    第一次騎哈雷的中年人常得進急診室檢修,婚姻卻選擇婚外情的男人往往落得打離婚官司的下場。
  3. Following fertilization the emdosperm becomes and remains multinucleate for some time, becoming cellular near the time of pit-hardening.

    受精以後,胚乳變成多核,並繼續存在一個時期,近硬核期時變成細胞狀。
  4. Optimized time analysis of observing perpendicular angles in open - pit coal mines

    露天礦觀測垂直角的最佳時間分析
  5. Abstract : this paper introduces the scheme, deep cut of foundation pit to bury pipe, which is adopted for wenjiayan seawall in qiantang rever. compared with the scheme of withstanding pipe, this scheme has the advantage of saving investment, simple construction and time + - saving. it is convenient to check the anti - seep installation between water pipe and seawall

    文摘:本文通過錢塘江聞家堰海塘深基坑開挖埋管,替代原設計頂管方案,具有工程投資省、施工簡單、工期短,且便於檢查取水管與海塘之間防滲措施
  6. Study on selection of braced structures of deep - excavation pit considering construction reliability, cost and time limited

    工期的深基坑支護結構選型研究
  7. During the race, the driver is punished with a time consuming drive - through penalty - an additional trip along the pit lane without stopping

    在正式比賽中,車手會被處以一種比較消耗時間的駕車通過維修區處罰,即駕車在維修站通道中多開一趟,不能停車。
  8. Time - space effect analysis on deformation of the retaining structure of deep foundation pit in hong - kong plaza

    香港廣場深基坑圍護結構變形的時空效應分析
  9. In this paper, the existing problems in bracing structure of deep foundation pit are discussed from three sides - estimating the earth and water pressure, the influence of ground water on excavation engineering, and time - space effect and deformation control in the excavation engineering

    從土水壓力的計算、地下水對基坑工程的影響、基坑工程的時空效應與變形控制三方面,對深基坑支護工程中存在的問題進行了論述
  10. A deep foundation pit engineering in shanghai is adopted as an example. the factors of design, construction and nature environment on effect of internal force and deformation for a retaining structure are studied in detail through the example. these factors include the rigidity of retaining wall, rigidity and site of support rod, space - time effect of pit excavation, water environment of foundation pit etc. some useful conclusions of controlling deformation of foundation pit are obtained through the study

    以上海某深基坑為工程原型,利用有限元程序,詳細探討了支護墻剛度、支撐剛度及位置、基坑開挖的時空效應、基坑周圍水環境等設計、施工和自然環境因素對支護結構內力和變形的影響,提出了一些控制基坑變形的方法措施,為深基坑工程的設計和施工提供了依據。
  11. By this time i had recovered my self a little, and i said, god will at last punish him severely ; he is reserv d for the judgment, and is to be cast into the bottomless - pit, to dwell with ever lasting fire

    這時,我已略略恢復了鎮靜,就回答他說: "上帝最終將嚴懲魔鬼,魔鬼必定受到審判,並將被投入無底的深淵,經受地獄之火的熬煉,永世不得翻身。
  12. Since the system can display with image the ash and slag distribution in the ash - pit under the boiler in a real - time manner, it helps people effectively control the operation of the ash system

    該系統能實時繪圖顯示爐底灰坑內灰渣分佈情況,使運行人員充分掌握爐底出灰系統的運行情況,取得了很好的效果。
  13. To solve the frequent ash and slag stacking in the ash - pit under the 600 mw supercritical boiler for huaneng shanghai shidongkou no. 2 power plant, the high resolution acoustics imaging real - time monitoring system was developed using underwater acoustics imaging technology

    摘要結合華能上海石洞口二電廠600mw超臨界鍋爐爐底灰坑頻繁堆渣排放的實際情況,利用水下聲納成像技術,開發了高解析度聲納成像實時監視系統。
  14. The calculation result effectively indicate the change rule with the time and space of water table of the aquifer, soft dank aquifer, parameter in process of wells work in the pit

    計算成果較好地刻畫了基坑井群的實施過程中含水層、弱透水層水頭、參數的時空變化規律。
  15. The automatic metering system for 33 - 07 trucks can accurately make automatic metering and recording of mine - used truck hauling data such as run number, load, time etc. under various complicate and deteriorative operational environment conditions so as to realize the automation and computerization of the metering of mine - used truck hauling and meet the requirements of the truck hauling management in open - pit mine operation. as a result, it is of high popularization value

    07汽車自動計量系統能夠在礦用載重汽車各種復雜、惡劣的作業環境條件下對汽車運輸作業的車次、載重量、時間等數據進行準確自動計量和記錄,實現了礦用載重汽車運輸作業計量的自動化和計算機化,滿足了露天礦山生產汽車運輸管理工作的需要,具有較高的推廣應用價值。
  16. The article introduces the basic concepts and common methods of fuzzy mathematics, initially discussing the applications of fuzzy mathematics in the following aspects : 1 ) division of " skidding " strata with grade of membership that are drilled with diamond bits ; 2 ) comprehensive evaluation on the application in evaluation of diamond bits, classification of rock drillability, and evaluation of clay ; 3 ) classification of " hard rock " through fuzzy clustering analysis ; 4 ) estimation of completion time of boreholes and evaluation of underg round water with fuzzy mathematics ; 5 ) identification of new ore areas and option of best water resource area with fuzzy model ; 6 ) option of diamond bits and evaluation on oil field development plan with fuzzy resemble option and the improved calculation method ; ? ) prediction of mud slurry performance and of the amount of surging water in ore pits with fuzzy control ; 8 ) comprehensive evaluation of diamond bits and supporting plan of deep foundation pit with fuzzy optimal theory

    初步探討了以下幾方面的應用: 1 )用隸屬度劃分金剛石鉆進「打滑」地層; 2 )綜合評判在金剛石鉆頭評價、巖石可鉆性分級及鉆探造漿粘土評價中的應用; 3 )用模糊聚類分析進行「硬巖石」分類; 4 )用模糊數進行鉆孔竣工時間預估及地下水質評價; 5 )模糊模式識別在新礦區類型識別和最佳水源地選擇中的應用; 6 )模糊相似選擇及其改進演算法在金剛石鉆頭選擇和油田開發方案評價中的應用; 7 )模糊控制在泥漿性能和礦坑涌水量預測中的應用; 8 )優化理論模型在金剛石鉆頭和深基坑支護方案綜合評價中的應用。
  17. The reason to creates this kind of destruction to be very many, the main of them is that the apron partially has not been able fully to display it to eliminate energy affect so causes the ditch bed to wash out, forms flushes the pit, leading to the apron, to guard against flushes the trough and both banks slope protection destruction, for a long time, disappear power design of plunge basin and layout have been focused on disappear power. but not to give the enough value on uses the sea to inundate the section to disappear power and adjust speed to reduced downriver washes out

    水閘閘下沖刷破壞的部位絕大多數發生在消力池下的海漫和防沖槽處,造成這種破壞的原因很多,其中很大一部分是由於海漫部分未能充分發揮其消能作用而引起渠床沖刷,形成沖坑,導致海漫、防沖槽及兩岸護坡的破壞。一直以來,人們把消能的研究重點放在消力池的消能設計及平面布置上,而對海漫段消能及調整流速功能研究甚少,至於對海漫加糙水流運動建立數學模型,在國內外還很少見相關的論文資料。
  18. In the pit, i slept when exhausted, and shouted when i woke up. i had no idea how much time had passed

    在坑洞里,我累了就睡,睡醒再呼叫,無從知道已在坑洞待了多久。
  19. In development of deep foundation engineering, it is necessary introduce information construction method into the deep foundation engineering, for reducing the pit trouble. the information construction method is a kind of moderon construcion management way to make use of system engineering, includes the informationg acquisition back coupling, back analysis, control and decision. the research is for example runyang changjiang river highway bridege, expounds the method how to apply the information construction method into the practice engineering, at the same time, discussing some the factor of influcing the deep foundation stability how to influce the deep foundation ' s stability. form the research, we have some following results : 1. in construction process of super and deep pit, super pore water pressure creation has related to outside load, soil layer conditions, and underground water level

    在深基坑工程建設迅速發展的同時,為了減少基坑事故的發生,需要將信息化施工這一理念引進到基坑工程的施工過程中,信息化施工是運用系統工程施工的一種現代化施工管理辦法,包括信息採集(監測) 、反饋、反分析(預測) 、控制與決策等幾方面的內容,本文以在建的潤揚長江大橋北錨錠深基坑工程為例,系統的闡述了這一施工理念在實際工程的具體應用過程,並通過這一應用過程探討影響基坑工程安全穩定的相關因素對基坑的影響程度。
  20. Schumacher tracked hakkinen for most of the race and when the finn pitted for the 2nd time, schumacher had 4 laps to gain enough time to pit and emerge in front

    舒馬赫在比賽的大部分時間跟在哈基寧身後,當芬蘭人第二次進站的時候,舒馬赫有4圈的時間來爭取進站時間並且保證出站后仍然領先。
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