船速增加 的英文怎麼說

中文拼音 [chuánzēngjiā]
船速增加 英文
freshen the way
  • : 名詞1. (水上的運輸工具, 船舶的通稱) boat; ship; vessels 2. (姓氏) a surname
  • : Ⅰ形容詞(迅速; 快) fast; rapid; quick; speedy Ⅱ名詞1 (速度) speed; velocity 2 (姓氏) a surna...
  • 船速 : ship's speed; speed of ships船速儀 taffrail log
  1. On the other hand, as ship ' s number, speed, displacement is increasing and shipping density improving, the probability of shipping accident is rising. as a result, the number of wrecking ship accounts for 0. 4 percent of the whole world ship fleet, and 40 percent of the accident are correlated with the maneuverability

    另外,舶數量多,航提高,噸位,航道中航行密度大,海損事故概率上升,每年失事的舶約佔世界隊的0 . 4 ,其中與操縱有關的事故佔40左右。
  2. The raider can also increase the speed of any boat that he or she is piloting by 10 % ; if there is additional crew the raider can influence, the bonus is increased by the raider ' s cha bonus x 3 % ( minimum 3 % )

    掠襲者領航的只能10 % ;如果其他玩家願意在掠襲者的影響力下同心協力,該值可以再掠襲者的魅力值* 3 % (至少3 % ) 。
  3. Thus dangerous cargo shipping in jiangsu area along changjiang river has been growing from year to year and wharves for dangerous cargo has rapidly increased. the illegal act from the vessels carrying dangerous cargo occurs frequently and the same with accidents and losses

    目前,長江江蘇段危險貨物運輸量正在逐年,危險貨物碼頭也在迅多,危險貨物運輸舶的違法行為時有發生,事故損失也在逐年
  4. With nanjing electronic information, electromechanical integration, and precision machinery, new home appliances, spare parts processing, and numerically controlled machine tools and cnc systems, motor vehicles and accessories, die manufacturing and shipbuilding industries, and special transmission equipment, aerospace, high - performance intelligent instrumentation and sensors, laser application, machinery manufacturing, and other pillar industries in the rapid development of nanjing bearings, fasteners, springs and other important infrastructure components consumption will be a great space for growth. for a considerable period of time will remain the most potential domestic consumer market

    隨著南京電子信息機電一體化及精密機械新型家電零部件工數控機床和數控系統汽車及汽車配件模具製造業造工業特種傳輸設備航空航天高性能智能化儀器儀表及傳感器激光應用機械製造等支柱產業的快發展,南京軸承緊固件彈簧等重要基礎元件消費量還將有巨大的長空間,在今後相當一段時間內仍將是國內最具潛力消費市場!
  5. With the development of international trade, the world ' s marine is expanded rapidly, which makes the amount of ships in the sea increased evidently, single ship tonnage enlarged sharply, the ship speed improved constantly ; which creates the sea transportation density extended, the voyage more complicated

    隨著國際貿易的發展,世界海運量迅擴大,使得海上航行的舶數量顯著,單噸位急劇擴大,也在不斷提高,造成海上交通密度大,航行更復雜。
  6. In recent years, there are some important changes on sps, such as rapid increase of the electricity implement with the capacity increase of sps and single generator. the operation of sps becomes great complication

    近年來,舶電站發生一些重要變化,如電器機械迅,電站容量和發電機單機容量也隨之大,電站操作大大復雜化。
  7. Increased radiation from the sun and occurrence of geomagnetic storms i. e. severe distortion of geomagnetic field of the earth may cause disturbances such as increases in density in the earth s upper atmosphere. these result in a greater drag on the movement of satellites and spacecraft, causing a slow - down or even a change in orbit

    輻射的及地磁暴即地球磁場急變形的出現,會導致地球上層大氣的擾動,例如空氣密度的上升,從而使衛星和太空在航行時受到的阻力大,航行度因而減慢,甚至軌道亦會改變。
  8. Increased radiation from the sun and occurrence of geomagnetic storms ( i. e. severe distortion of geomagnetic field of the earth ) may cause disturbances such as increases in density in the earth s upper atmosphere. these result in a greater drag on the movement of satellites and spacecraft, causing a slow - down or even a change in orbit

    輻射的及地磁暴(即地球磁場急變形)的出現,會導致地球上層大氣的擾動,例如空氣密度的上升,從而使衛星和太空在航行時受到的阻力大,航行度因而減慢,甚至軌道亦會改變。
  9. With the development of shipbuilding and shipping, ships " displacement tends to bigger than before, and the speed is faster than before, and the number of ships in the old ditches or old channels increases, it is easy to see the main reason for shipping accidents is that the shipping density ascends

    隨著造和航運事業的發展,一方面,舶向大型化、高化發展,另一方面,在原有航道中航行的舶數量日益,使得航道中舶密集,導致事故發生的危險性越來越大。
  10. The study has obtained the following conclusion : the increase of tonnage or the decrease of water depth will lead to an obvious decrease of the maximum velocity, while the increase of the tugboat power causes an unconspicuous increase of the maximum velocity

    通過本論題的研究,得出以下結論:舶排水量的,水深變淺,極限航都將減小,且這種減小的趨勢較為明顯;拖輪功率,極限航大,但大的趨勢並不十分明顯。
  11. Its development is to satisfy the increasing requirements caused by the rapid development of waterborne traffic and the rise of vessel density

    它的發展適應了水上交通運輸的迅發展及舶密度急劇的需要。
  12. Arc welding technologies in japan have been advanced steadily since the time when an application of covered electrodes was first examined in the shipbuilding industry about 90 years ago. the history of the arc welding technology has always been the history of the pursuit of higher " efficiency and speed " of welding processes welding materials, originally started with covered electrodes , have been developed into more efficient submerged arc welding materials and gas ? shielded arc welding materials with which automatic welding and robotic welding can easily be conducted. the gas ? shielded arc welding materials can be classified mainly into solid wires and flux ? cored wires ( fcws ), and of these wires , fcw has been increasing in uses year by year because of its excellent workability and efficiency. this article describes the recent trends in the development of fcws which now hold the major position in the welding materials. a special focus is put on the fcws for carbon steels

    90年前,日本的造業開始使用藥皮焊條.自此,日本的弧焊技術取得了長足進步.弧焊技術的歷史是焊接工藝"高度、高效率"的歷史.自藥皮焊條開始焊接材料已發展成為更高效的埋弧焊焊材和氣保焊焊材,並能更容易地結合自動化焊接和機器人焊接.氣保焊焊材主要分為實芯焊絲和藥芯焊絲,藥芯焊絲的應用因其出色的實用性和效率而逐年.介紹了藥芯焊絲作為主要焊材的發展趨勢,尤其是在碳鋼焊接上的應用
  13. The faster an object moves, the greater difference it has between real existence and result of observation. deflection of space - time allows us to know the difference. when the airship is stationary, we say the real length of the ruler is the same as its measured length, however as long as the airship leaves the earth with a high speed, we can find there is error between its real length and measured length

    我們還以飛上的尺子為例,當飛與地球相對靜止時,我們說這兩把尺子等長,尺子的真正的長度與我們看到的長度是相等的,但當飛飛離地球時我們會發現,在飛上的尺子的真正長度與我們所看到的尺子的長度有誤差,而且隨飛度的,這一誤差會越來越大。
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