爆破工 的英文怎麼說

中文拼音 [bàopògōng]
爆破工 英文
blasting technician
  • 爆 : 動詞1. （猛然破裂或迸出） explode; burst 2. （放在滾油里快炒） quick-fry
  • 破 : Ⅰ動詞1 （完整的東西受到損傷） be broken; be damaged 2 （使損壞） break; break down; damage 3 （使...
  • 工 : Ⅰ名詞1 （工人和工人階級） worker; workman; the working class 2 （工作; 生產勞動） work; labour 3 ...
  • 爆破 : blow up; blast; burst; demolish （by explosives）; detonate; explode; dynamite
  1. Bench blasting is the most usual type of blasting work.

    梯段爆破是最常用的爆破工程之一。
  2. However, as a result of numerous steps in operation, large obstacles of project condition, and disunion in present design regularities, control blasting technology is hardly techno - communicated, and the study progeny is hardly applied to other project practice

    由於爆破工程施工繁瑣零亂，受工程具體條件的制約大，再加上目前爆破設計規范不統一，控制爆破設計難以進行技術交流，研究成果也很難推廣應用到其它爆破工程施工中。
  3. Control blasting technology is an important tache in blasting engineering project practice

    控制爆破是爆破工程項目中的一個重要環節。
  4. So, they were doing some blastin ' out by the new highway

    當時有人在新的高速那邊弄爆破工作。
  5. Control and management of demolition blasting engineering cost

    拆除爆破工程造價的控制與管理
  6. Blaster ' s wing has an original construction which has both the needful strength and inflexibility and is still light

    爆破工的廂房讓一個有的原來構造兩者的必要強度和不屈曲性而且仍然是輕的。
  7. Due to the job location of underground engineering in city are mostly stand in the centre of city, especially these large city in which the landform are complicated, the population are numerous and surrounding buildings are dense, which make the construction more difficult and the earthquake effect by blast may endanger the safety of surrounding environment in projects

    由於城市地下工程施工地點多在城市中心地帶，特別是一些大城市的中心地區，地形復雜，人口眾多，周圍建（構）築物密集，在實際的爆破工程中，使得施工難度增大，爆破產生的地震效應可能危及周邊環境的安全。
  8. Flash-over tendency is an important characteristic which must be taken into account in blasting work.

    爆破工作中，殉爆性能是很重要的，必須予以考慮。
  9. The practise of blast technique of sublevel drilling and stope mining

    分段鑿巖階段礦房法爆破工藝的實踐
  10. In the paper, the following main factors are studied, such as developing the expert knowledge - base based on the special knowledge of the explosive demolition of frame building, designing the object - oriented expert system of the explosive demolition of frame building, developing the neural network training example base based on projects, developing the forecasting mode of blast effects with matlab 6. 1, developing the expert system of explosive demolition of frame building with visual b 6. 0, carrying out the connection of the expert system and forecast mode. the system consisted of eleven functional modules, such as the input of initial parameters module, the choice of the blasting method module, the choice of blast mode module, the design of blasting parameters module, the design of charge module, the verifying blasting safety module, the calculating safety of tumble module, the design of detonating net module, the blast effects forecasting module and the calculating volume module

    本文的研究內容有：以框架結構樓房拆除爆破領域的專業知識為基礎製作專家系統知識庫；設計一般面向對象的框架結構樓房爆破拆除設計的專家系統；搜集相關爆破工程實例製作用於爆堆效果預測神經網路訓練的樣本數據庫；選取適當的輸入輸出因素，用matlav6 . 1構建爆破效果預測神經網路模型；用vb6 . 0編程開發出框架結構樓房拆除爆破專家系統，並實現爆破效果預測神經網路模型和專家系統的鏈接。該系統由初始參數輸入、倒塌方法選取、倒塌方案確定、孔網參數設計、缺口形狀及參數、爆破安全校核、傾倒安全校核、爆破網路、爆破效果預測、工程量計算、計算設計說明書等十一大功能模塊組成。
  11. During the course of engineer design, those who master at his field make decision depend on his experience, project contrast and test in similar condition, then to decide its parameter

    目前，在爆破工程中，技術人員通常憑借個人經驗、工程類比或者在相似地段進行爆破試驗，來決定爆破開挖參數。
  12. The attenuation indexes of vertical direction components and level radial components of blast earthquake wave in the condition of far range are all larger than the one in the condition of close range. based on upwards analysises, relevant control ways and safety defending technology of blast vibration are given from the aspects of blast equipments, blast parameters, landform physiognomy, blast methods. and taking the practical data from blast scene as the sample, the blast shockproofness are forecasted by the feedforward nerve network model based on the prior knowledge of blast shockproofness, the regress analysis method and experience formula method, which supply the technology gist for

    並且，以爆破現場的實測數據為樣本，採用基於爆破震動強度先驗知識的前饋網路神經模型、回歸分析法及經驗公式法分別對爆破震動強度進行了預測研究，為爆破施工參數的確定提供了技術依據，確保整個爆破工程順利安全進行，並對這三種方法的預測結果進行了對比分析;對比分析表明，三種預測方法計算出來的結果精度相差甚大，從檢驗樣本值與預測結果值之間的相對誤差可以看出，人工神經網路法預測的結果較其他方法更接近於實際值，回歸分析預測法的精度又要高於經驗公式預測法。
  13. We hope that you will appreciate all the inventions in the blaster ' s construction and technology and will enjoy the flights with this unique model

    我們希望你將會抬高價格爆破工的構造和工藝學的所有發明而且將會和這個獨特的模型擁有樓梯階段。
  14. Identify whether any of the proposed works are within the vicinity of any overhead lines ( i. e. a horizontal distance of at least 9 m from the nearest conductor for all works except blasting work, for which the horizontal distance is extended to at least 25 m )

    查看任何擬進行的工程是否處于架空電纜附近的范圍內（即所有工程與最接近導體的橫向距離為最少9米，惟爆破工程除外。爆破工程與最接近導體的橫向距離須伸延至最少25米） 。
  15. During the deep - hole blasting for the excavation of guishan quarry for construction of baoquan pumped storage hydropower station, the blasting powder factor and the charging concentration of the blasting powder in the rock are reasonably controlled, and then the rate of blasting chunk is greatly decreased with the reduction of the working amount of the boulder blasting afterwards in conjunction with the suitable excavator and crusher etc

    摘要在寶泉抽水蓄能電站工程龜山料場開挖的深孔爆破中，合理控制了爆破單位耗藥量和炸藥在巖石中的集中度，最大限度地降低了大塊率，並結合使用適宜的開挖及破碎機械等措施，從而減少了二次爆破工作量。
  16. In order to avoid the damages and improve the economic benefit and society benefit, blasting workers have n ' t stopped studying until a new blasting way is found to construct, which is simple and safe and dependable and suit for practical engineering

    為了避免這種損害的發生，提高土巖爆破工程的經濟效益和社會效益，爆破工作者一直在不懈地努力，力求找到一種既簡單易行、安全可靠，又合乎工程實際的爆破方法。
  17. The relative problems ， whlchare charged factor that the part thro ’ blasting influence o 幾 the divided charges and the choice of blasting network in chamber blasting ， are studied on the basis ofyuncheng ? ? sanmenxlaexpressway large scale blasting engineering in this paper firstly ， the latter chamber ’ s charged factor influenced by part throwblasting ， are discussed the comparable figobtained from above discussion can reflect the influence clearly the divided charges are studied systematically by theoretic analysis ， engineering calculate and simulated experiments the simulated experiments and engineering practice have been proved that intervals bet ’ een the divided charges ， which are engineering calculated ， are practicable ； and blasting effect s good in order to find proper blasting networks for types of chamber blasting ， several familiar nonelectrlcal blasting networks are analyzed and calculated by probability theory and numerical stat

    本文以運城三門峽路塹大爆破工程為實驗基礎，對峒室爆破中局部拋擲對裝藥系數的影響、分裝藥包以及大爆破網路的選擇等相關問題進行了研究。從大爆破裝藥系數分析了局部拋擲對后續藥包的影響，並得到了它與常規裝藥系數的比較圖，從而更直觀地反映出局部拋擲對裝藥系數的影響。運用理論分析、工程計算和模擬實驗相結合對分裝藥包進行了系統的研究。
  18. Abstract : the paper presents the case of borehole explosion project in xiqiao dock in nanhai city executed by wuzhou navigation affairs engineering department

    文摘:介紹在南海西樵碼頭港池鉆孔爆破工程施工的情況。
  19. Explosive powered tools can only be used by authorized operators and then only in compliance with the relative statutory regulations

    只有被授權的操作人員才可使用爆破工具，並且必須符合相關的法規。
  20. Application of fractal theory in rock blasting engineering

    分形理論在巖體爆破工程中的應用
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