防放射性能 的英文怎麼說

中文拼音 [fángfàngshèxìngnéng]
防放射性能 英文
radioactivity protection
  • 防 : Ⅰ動詞（防鷥） provide against; defend against; guard against Ⅱ名詞1 （防守; 防禦） defence 2 （堤...
  • 放 : releaseset freelet go
  • 射 : Ⅰ動詞1 （用推力或彈力送出） shoot; fire 2 （液體受到壓力迅速擠出） discharge in a jet 3 （放出） ...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 能 : 能名詞（姓氏） a surname
  • 放射 : radiate; emit; blas; radiation; emission; shooting; shedding; abjection; emanation; effluence
  1. It has permanent release negative ions, and far - infrared emission, deodorant antibacterial, purifying water and air, activated human cells, and promote blood circulation, eliminate fatigue, improve sleep, improve human immunity, prevention of heart diseases, cervical spondylosis, hemorrhoids, and other health - care functions

    它具有永久性釋放負離子、發射遠紅外、除臭抑菌、凈化水和空氣、活化人體細胞、促進血液循環、消除疲勞、改善睡眠、提高人體免疫力、預防心臟病、頸椎病、痔瘡等多種醫療保健功能。
  2. Article 27 no organizations or individuals may conduct any operation that may impair the use of civil air defense works or weaken their protective capacities, discharge waste water or gas or dump waste material into any civil air defense works, or produce or store any explosives, hypertoxics, inflammables, radioactive substances or corrosives therein

    第二十七條任何組織或者個人不得進行影響人民防空工程使用或者降低人民防空工程防護能力的作業，不得向人民防空工程內排入廢水、廢氣和傾倒廢棄物，不得在人民防空工程內生產、儲存爆炸、劇毒、易燃、放射性和腐蝕性物品。
  3. Radiation protection - performance criteria for radiobioassay - part 1 : general principles

    輻射防護.放射生物測定的性能標準.第1部分:一般原則
  4. It has the waterproof, worm proof, splitting proof, mould proof, fire - resistant, non - deforming and recyclable properties without the formaldehyde, poison and radiation

    具有防水、防蛀、防裂、防霉、阻燃、不變形、可循環利用的性能、而且不含甲醛、無毒、無放射。
  5. Nuclear power plant and nuclear installation build a project, what cause radioactivity pollution possibly is serious and secondary after sufferring an earthquake to destroy calamity, must undertake seismic security is evaluated seriously, undertake strict aseismatic fortify lawfully

    核電站和核設施建設工程，受地震破壞后可能引發放射性污染的嚴重次生災難，必須認真進行地震安全性評價，並依法進行嚴格的抗震設防
  6. Article 21 the local people ' s governments concerned shall take appropriate and effective measures for sources of the secondary disasters such as fires, floods, landslides, radioactive contaminations and epidemic diseases that may arise in the wake of earthquakes

    第二十一條對地震可能引起的火災、水災、山體滑坡、放射性污染、疫情等次生災害源，有關地方人民政府應當採取相應的有效防範措施。
  7. For the construction projects such as nuclear power plants and nuclear facilities, which may lead to serious secondary disasters due to radioactive contamination in the wake of earthquake damage, seismic safety shall be evaluated carefully and the projects shall be fortified against earthquakes strictly in accordance with law

    核電站和核設施建設工程，受地震破壞后可能引發放射性污染的嚴重次生災害，必須認真進行地震安全性評價，並依法進行嚴格的抗震設防。
  8. Article 20 any unit that, as a result of an accident or any other exigency, discharges or leaks toxic or harmful gases or radioactive substances, thereby causing or threatening to cause an accident of atmospheric pollution and jeopardize human health, must promptly take emergency measures to prevent and control the atmospheric pollution hazards, make the situation known to such units and inhabitants as are likely to be endangered by the atmospheric pollution hazards, report the situation to the local administrative department of environmental protection and accept its investigation and settlement

    第二十條單位因發生事故或者其他突然性事件，排放和泄漏有毒有害氣體和放射性物質，造成或者可能造成大氣污染事故、危害人體健康的，必須立即採取防治大氣污染危害的應急措施，通報可能受到大氣污染危害的單位和居民，並報告當地環境保護行政主管部門，接受調查處理。
  9. Some key factors in design of kev radioactive ion beam facility are discussed. they are extension of primary ion beam line, target / ion source, selection of target materials, optical calculation of the radioactive ion beam system, measurement of weak radioactive ion beam and overall efficiency of the system

    本文介紹了kev放射性核束裝置中幾個關鍵部分的設計和初步實驗結果，包括系統總體概況，初級束流線，靶源系統，靶材料選擇，系統光路，低能放射性弱束流的測量，放射性劑量及輻射防護，系統總體效率評估等。
  10. Intelligent nuclear instrument has been a dominant developing direction of radioactivity measurement instrument, and has far - reaching impact on the fields such as applied nuclear techniques, international nuclear safety, weapon inspection, national defence engineering and scientific test

    智能核儀器已成為放射性測量儀器發展的一個主導方向，對應用核技術、國際核安全與武器核查、國防工程與科學試驗等領域將產生極其深遠的影響。
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