帶翻譯的大學英語文章

　　今天小編為大家帶來的是帶翻譯的大學英語文章。下面是小編帶來的，歡迎閱讀!

　　Labradors are responsible for more personal injury claims than any other breed - and postal workers bear the brunt, a new survey has found.

　　拉布拉多比起其它品種的狗而言，傷人事件更多，一項新調查發現，首當其衝的受害者便是郵政人員。

　　New data from a pet insurer reveals labradors as the culprit in a surprising number of claims and more than a third of the total come from postal staff and delivery drivers.

　　寵物保險公司一份新資料顯示，郵政人員與運輸司機受傷事件中，有超過三分之一的罪魁禍首當屬拉布拉多。

　　The breed responsible for the most attacks on those staff specifically are German Shepherds, followed by Staffordshire Bull Terriers, Border Collies and Labradors.

　　專門傷害這些工作人員的品種有德國牧羊犬，緊隨其後的有斯塔福德㹴犬、邊境牧羊犬還有拉布拉多。

　　The research coincides with a recent study from the Royal Mail which revealed there were 2,600 dog attacks against their staff last year, with attacks in Nottinghamshire being the most frequent.

　　巧的是，英國皇家郵政最近一項研究最近也發現去年有2600起犬類傷害員工事件， 其中諾丁漢郡遇襲頻度最高。

　　Research from Animal Friends insurers revealed that some of the most horrific injuries included puncturewounds, scarring, nerve damage and even amputation.

　　“動物朋友”保險公司的研究顯示，最駭人的傷害包括有刺傷、留疤、神經損害，甚至還有截肢。

　　Postal workers had to undergo a number of treatments including surgery, the insertion of pins and plates, nerve grafts and even psychological treatment for those most deeply affected.

　　郵政人員不得不接受一系列治療，包括有外科手術、安插鋼針和鋼板、 神經移植，受害最嚴重的甚至還要接受心理治療。

　　Dr Roger Mugford, an animal psychologist, said the best thing for posties to do was befriend the dogs and keep them happy by always carrying a bag of treats.

　　動物心理學家羅傑·馬格福德博士稱，最佳方案便是郵遞員和狗交上朋友，經常帶些小點給小狗哄它們開心。

　　The Seattle sisters earned an invitation to the White House after launching a homemade craft to the edge of space are embarking on another mission this weekend.

　　這對小姐妹去年曾將自制的飛行器送上太空邊緣，為此還曾受邀訪問白宮。如今，她們計劃本週末將自制的第二個飛行器送上太空。

　　Rebecca and Kimberly Yeung are planning to send up the Loki Lego Launcher 2.0 balloon on Saturday with the hopes of achieving a new set of goals and collecting interesting scientific data along the way.

　　瑞貝卡和金伯利製作的飛行器名為Loki Lego Launcher 2.0，計劃週六升空，她們希望能夠實現新的目標，並沿途收集有趣的科學資料。

　　In an interview with GeekWire on Thursday, the elementary school girls said that the R2-D2 Lego Minifigure that flew on the first mission will be replaced this time by a Lego Rey, the popular character from “Star Wars: The Force Awakens.”

　　在週四接受GeekWire採訪時，這對小學生姐妹透露，首個飛行器上的乘客樂高R2-D2機器人被《星球大戰：原力覺醒》中的主角樂高雷伊Lego Rey取代。

　　Rebecca, 11, and Kimberly, 9, said they chose Rey, who was portrayed in the movie by British actress Daisy Ridley, because she is a good hero for girls. A picture of Loki, the girls’ cat, will be making a return voyage.

　　11歲的瑞貝卡和9歲的金伯利解釋稱，她們所以選擇雷伊英國女星戴茜·雷德利Daisy Ridley飾演，是因為她是女孩們心中的英雄。Loki則是她們的寵物貓，它的照片將再次伴隨Loki Lego Launcher 2.0升空。

　　Since the success of the first Loki Lego Launcher last September, Rebecca and Kimberly have been busy being mini celebrity scientists.

　　自從去年9月份成功發射自制飛行器Loki Lego Launcher以來，瑞貝卡和金伯利幾乎成了小名人科學家。

　　They visited NASA’s Jet Propulsion Laboratory，attended the GeekWire Summit for a kids tech panel and met former astronaut Ed Lu, participated in President Obama’s final science fair at the White House, spoke at a conference for girls in STEAM Science, Technology, Engineering, Art, and Math, competed as finalists for the GeekWire Geek of the Year award, visited Kennedy Space Center in Cape Canaveral, Fla.

　　她們受邀參觀美國宇航局旗下噴氣推進實驗室，與前宇航員埃德·盧Ed Lu共同參加GeekWire峰會，參加奧巴馬總統在白宮組織的科學博覽會，在STEAM科學、技術、工程、藝術以及數學女孩大會上發言，入圍GeekWire年度極客大獎，參觀肯尼迪航天中心等。

　　“We’ve learned so much, with all of the great opportunities this has opened up for us,” Rebecca said. “Things like meeting the president— it’s been a really amazing experience.” And their original mission also taught them some important lessons, including this gem of advice that resonated with the science community.

　　瑞貝卡說：“我們學到了很多知識，對我們來說，這為我們提供了偉大機遇。能見到總統是非常奇妙的經歷。”她們首次自制和放飛飛行器也讓她們吸取到重要教訓，這也引起科學界的共鳴。

　　“Well, one of the lessons that we learned was to always be optimistic because there are a lot of things that we thought were going wrong, when, in fact, everything was going right,” said Kimberly.

　　金伯利稱：“我們得到的教訓之一是永遠保持樂觀，因為很多我們認為可能會出錯的地方，實際上卻被證明是對的。”

　　The experience, born out of a love for science, continues with the planning and preparation. The goals for this mission are spelled out on the girls’ blog:

　　出於天生對科學的喜愛，瑞貝卡和金伯利繼續規劃和準備，她們在自己的部落格上公佈了此次任務目標：

　　Reach a height of 27,500 meters 90,200 feet. Complete the launch and descent in less than four hours. See the curvature of the earth on our video footage. Compare data with our first launch and see if we observe the same.

　　達到27500米高度，在4個小時內完成發射和降落過程，在視訊中看到地球曲率，與首次放飛對比資料，看是否觀察到同樣的場景。

　　“Since we want to complete the launch in less than four hours, we got a bigger balloon,” said Rebecca. “We’re going to put more helium in it ，and that will, according to our calculations, get us up there high enough so that we can see the curvature of the earth.”

　　瑞貝卡說：“由於計劃在4個小時內完成放飛和降落，因此需要更大的氣球。我們向裡面注入更多氦氣，根據我們的計算，這些氣體足以將飛行器送入高空，讓我們看到地球曲率。”

　　“We do know that this time we’re going to make sure to weigh everything that we have,” said Kimberly. “Because last time our calculations weren’t correct. It was slower than expected.”

　　金伯利說：“我們這次一定要確保所有東西都是經過權衡的，為此我們也做了許多改進。由於上次計算失誤，飛行器的速度比預期要慢。”

　　As for the science on board, they’re attaching a solar panel and voltage/current sensor, which has gone through rigorous pre-flight testing.

　　他們還在飛行器上安裝了太陽能電池板、電壓/電流感測器，此前已經經過嚴格測試。

　　“Our sensor is measuring both voltage, current and power and we’re going to use the solar panel and connect it to it to measure how much solar energy our solar panel absorbs,” Rebecca said. “Our current hypothesis is that as we get farther up, there will be less particles to block the sun’s rays and we’ll get more solar energy. So we’re trying to test our hypothesis.”

　　瑞貝卡說：“我們的感測器可測量電壓、電流以及電量，我們將利用太陽能電池板，並衡量太陽能電池板吸收了多少太陽能。我們的假設是：當飛行器越飛越高時，阻擋太陽射線的粒子就越來越少，因此吸收的太陽能會越多。我們正嘗試證明這個假設。”

　　The Yeungs have also added a redundant tracking system in the form of an APRS Radio Bug which relies on radio waves to communicate data. The first tracking system, which used GPS and wouldn’t transmit data when it got too high, will remain on board. A single GoPro camera will also be used instead of two, to reduce weight.

　　此外，瑞貝卡和金伯利還在飛行器上安裝了追蹤系統APRS Radio Bug，它依靠無線電波傳播資料。而第一個飛行器上使用GPS系統，當其升入高空時就無法傳輸資料。但是GPS系統還會保留在上面。新的飛行器只會攜帶1部GoPro相機而非2部，以便減輕重量。