伦琴

lún qín
  • Roentgen;rontgen
伦琴伦琴
伦琴[lún qín]
  1. 1901年诺贝尔奖首次颁发,伦琴因为发现X射线而获得此年度的诺贝尔物理学奖。

    Roentgen received the very first Nobel Prize in physics in 1901 .

  2. 自100多年前伦琴发现X射线以来,医学图像经历了革命性的发展。

    Since Roentgen discovered the X-ray more than 100 years ago , the medical image has experienced the revolutionary development .

  3. 伦琴发现了x射线对世界科学贡献很大。

    Rontgen 's having discovered X-rays contributed much to world 's science .

  4. 在爱因斯坦卫星和伦琴卫星时代,在对许多邻近星系的观测中,我们已经发现了辐射软x射线的热气体。

    Soft X-ray emitting hot gas has been discovered in many nearby galaxies .

  5. X射线电视系统与数字减影血管造影技术&纪念伦琴发现X射线105周年

    X-ray television system and digital subtraction angiography technology

  6. 机遇只施惠于有准备的头脑&伦琴对X射线的发现与研究

    Chance favors only the mind that is prepared

  7. 1901年,伦琴由于发现x射线获得了诺贝尔物理学奖(第一个获得该奖)。

    For this work , Rontgen received the Nobel Prize in physics ( the first one ) in 1901 .

  8. 伦琴认为阴极射线管一定在发射某种穿透力极强的射线,他称这种未知的射线为X射线。

    Roentgen decided that the tube must have been emitting some sort of penetrating rays . He named them X for unknown .

  9. 上述的某些绝缘材料在受到几千伦琴的X辐射照射后,其电阻率会出现暂时性的减少。

    The resistivity of some of the insulating materials mentioned above is temporarily impaired by exposure to a few thousand roentgens of X radiation .

  10. (人体伦琴当量)致电离辐射量相当于伦琴X射线对人体组织所造成的伤害。

    ( Roentgen Equivalent Man ) the dosage of ionizing radiation that will cause the same amount of injury to human tissue as 1 roentgen of X-rays .

  11. 伦琴在他的发现报告中称这种射线为X射线,因为X通常代表一些未知的事物。

    When Rontgen wrote an account of what he had discovered , he called these new rays X-rays , for X is a symbol often used for something which is not yet understood .

  12. 成熟金鱼受1000伦琴X射线照射后,所产的卵降低了受精率及孵化率,延长了孵化时间。

    Parent goldfishes were exposed to 1,000 rontgen of X-ray irradiation . The following results were obtained for the embryonic development : 1 . decreased rate of fertilization and hatching ; 2 . retardation of hatching time ;

  13. 自从100多年前伦琴发现X射线至今,多种医学影像技术先后问世并取得了前所未有的发展,医疗水平也获得了极大的提高。

    More than one hundred years ago , Roentgen discovered X-ray . Ever since then a variety of medical imaging technologies have come out and have achieved unprecedented development . Medical treatment level has also been improved greatly .

  14. NASA钱拉德和雨燕卫星*,欧洲天文中心的XMM-牛顿*以及德国的伦琴卫星*的观测,揭露出该物体自1995年到2007年间,持续发出强x射线。

    Data from Chandra , NASA 's Swift satellite , the European Space Agency 's XMM-Newton and the German ROSAT observatory revealed a bright source of X-rays that has remained steady during observation from 1995 to 2007 .

  15. 马特是在劳伦琴大学化学工程。

    Matt is a Chemical Engineering at Laurentian University .

  16. 威廉伦琴是x光的发现者。

    Wilhelm Rontgen was the discoverer of X rays .

  17. 伦琴确信,荧光效应不是起因于阴极射线。

    Rontgen was certain that the fluorescent effect was not due to cathode rays .

  18. GB/T5116-1985伦琴与库仑每千克的相互换算表

    Rontgen and Coulomb per kilogram conversion tables

  19. 在实际应用时,测量仪器并不能直接测定伦琴数。

    In actual practice , measuring instruments do not directly determine the number of roentgens .

  20. 上述电离室可作次级标准伦琴计和防护剂量测量用。

    All of them can be used as secondary standard Rontgen meter and in protection dose measurement .

  21. 法国物理学家伦琴小时候学习成绩很好,但很顽皮。

    Roentgen , French physicist got a good credit as a child , but he is naughty .

  22. ~(60)γ源对几种典型的压电陶瓷进行辐射实验,其剂量率为4.76×10~6伦琴/小时。

    ~ ( 60 ) gamma source , the dose rate is 4.76 × 10 ~ 6 roentgen / hour .

  23. 面对种种挫折,伦琴从来没有掉过眼泪,而总是激流勇进、迎难而上。

    Facing so many difficulties he never shed tears yet he always faced up the difficulties and fought back with courage .

  24. 伦琴用来做出惊人发现的仪器是电学领域长期发展的成果。

    The apparatus with which Rontgen made his sensational disdcovery was the result of a prolonged development in the field of electricity .

  25. 远近四方的记者蜂拥而至,采访伦琴。取消定购的通知从世界各地蜂拥而来。

    From near and far reporters streamed to interview Rontgen . Cancellations on orders are pouring in from all over the world .

  26. 这便是伦琴制作的第一张手部X光片,它准确地显示出手部骨骼之间的连接。

    So Rontgen made the first X-ray picture of a hand , showing just how the bones in the hand fit together .

  27. 那时候还没有人知道电子或辐射到底是什么东西,然而,伦琴让高压电流通过真空管,对阴极射线进行研究时,却注意到放在射线管附近的氰亚铂酸钡小屏上发出微光。

    In those days , no one knew anything about electrons or radiation . Roentgen was running high-voltage current through vacuum tubes to study the escaping cathode rays .

  28. 欧洲宇航局向德国《明镜》杂志透露,最新测算结果表明,如果这枚2.5吨重的伦琴号卫星重返地球的时间再推迟7分钟,拥有2000万人口的中国首都北京将面临深度撞击。

    The European Space Agency told Das Spiegel magazine that its new calculations have discovered that if the 2.5-ton Rosat satellite 's re-entry had been delayed for seven more minutes , the Chinese capital of 20 million people would have faced a deep impact .

  29. 用1~10万伦琴的γ射线照射其孢子悬液后,在含卡那霉素的平板上,能筛选到耐2000~20000μg/ml高浓度的菌株,最高的可达6万μg/ml。

    After the suspension of spores was treated by 1-10 × 104 Roentgen gamma ray , the resistant strains which could grow on the medium containing 2 . 000 ~ 20 , 000mcg / ml ( and maximum up to 60,000mcg / ml ) of kanamycin had been isolated .