水淬水 的英文怎麼說

中文拼音 [shuǐcuìshuǐ]
水淬水 英文
water quenching
  • : 名詞1 (由兩個氫原子和一個氧原子結合而成的液體) water 2 (河流) river 3 (指江、河、湖、海、洋...
  • : 動詞(淬火) temper by dipping in water, oil, etc. ; quench
  1. Abstract : the alkaline digestion - granulating process for producing sodium stannate direct from waste tin slag is simple and less strict to equipment, and the direct tin recovery is more than 96 % and quality of sodium stannate product reaches standard issued by the ministry of commerce

    文摘:採用堿渣堿熔-法用錫渣廢料直接生產錫酸鈉,流程簡單,對設備要求低,錫的直收率大於96 % ,錫酸鈉產品質量達到商業部標準。
  2. Research o method of parameter measure of unclassified tailings - slag paste

    渣膏體性能參數測試方法研究
  3. 5. the comprehensive capacities of the azsm alloy were markedly promoted than that of the as - cast azsm alloy which was aged at 200 ?, air - cooled and furnace - cooled after solid - solution, aged at 90 ? and aged in nature after solid - solution

    5 )鑄態azsm合金經200時效3小時、固溶4小時后空冷和爐冷、 400固溶-90時效和自然時效的綜合性能較鑄態有顯著的提高。
  4. The ceramic layer does not crack or flake off when heated to 800 and then quenched

    將陶瓷內襯復合鋼管加熱至800高溫,然後,陶瓷層不炸不裂。
  5. High vacuum braze welding furn

    真空
  6. Introduction the methods of treating and using about bf. slag

    高爐渣處理及利用技術
  7. Sgf vacuum furnace

    真空
  8. Over 310, liquid nitrogen quenching and water quenching show higher damping capacities

    當溫度大於310 , - 195火與試樣表現出較高的阻尼性能。
  9. Testing of ceramic materials ; determination of resistance to thermal shock ; water quenching method for refractory bricks

    陶瓷材料的試驗.測定耐熱沖擊抗性.耐火磚
  10. Advanced technical ceramics. methods of testing monolithic ceramics. thermo - mechanical properties. determination of resistance to thermal shock by water quenching

    高技術陶瓷.整體陶瓷的試驗方法.熱機械性能.用硬法對抗熱震強度的測定
  11. The damage introduced by single and 5 repeated thermal shocks ( water - quench experiments ) was characterized by degradation of flexural strength in three - point bending

    單次和5次重復熱震(試驗)后經三點抗彎測試來觀察材料抗彎強度的衰減情況。
  12. But the activation energy of water quenching samples are very different at different aging temperature, the lowest is 1. 27ev and the highest is 2. 4 lev

    試樣在不同的時效溫度下激活能計算的結果有很大的不同,激活能最低為1 . 27ev ,最高為2 . 4lev 。
  13. ( 3 ) solid solution with good solid solution ability were acquired by solid soluting treatment for 25 min at 540 c, 560 c and 580 c, respectively, after that water quenching was carried on. in the case of 580 c, the coarseness of the precipitation at grain boundaries did not happen, equi - part 120 did not emerge at the intersection of three grains, these suggest that over sintering did not happen

    6013合金實驗熱軋板材經固溶處理後於180時效4小時達到峰值硬度; ( 3 ) 540 、 560 、和580固溶處理25min 、,得到了固溶充分的固溶體, 580的情況下晶界析出相未粗化、三晶粒交界處的角度未出現等分的120 ,表明未發生過燒。
  14. Over a 100 to 270 temperature range, the damping capacities are ranked from great to small as follows : sample cooled in furnace, sample cooled in the air, sample quenched at - 70 ( sample quenched at - 195 ) and sample quenched in water

    在100 270范圍內,不同熱處理態材料阻尼能力的大小以次為:其爐冷空冷70火- 195。超過270 ,由於阻尼性能測試出現第二個內耗峰,不同熱處理態試樣阻尼性能的大小沒有明顯的規律性。
  15. Standard test method for determination of thermal shock resistance for advanced ceramics by water quenching

    火法測定高級陶瓷製品耐熱沖擊性的標準試驗方法
  16. Advanced technical ceramics - monolithic ceramics - thermomechanical properties - determination of resistance to thermal shock by water quenching

    高級工業陶瓷.單片陶瓷.熱機械性能.火法測定耐熱沖擊
  17. Advanced technical ceramics - methods of testing monolithic ceramics - thermomechanical properties - part 3 : determination of resistance to thermal shock by water quenching

    高級工業陶瓷.單片陶瓷的試驗方法.熱機械性能.第3部分:火法測定耐熱沖擊性
  18. Abstract : during construction of the capital international airport ' s garage building project, the c50 and over c60 high performance concrete has been adopted for its construction. for the aim of 1, to get a maximum reduction of cement comsumption 2, to lower the concrete ' s hydration heat 3, to reduce concrete ' s shrinkage and cracks, and 4, to promote concrete ' s performance, a high quality chilled blast furnace superfine slag has been adopted as an admixture. furthermore, the adoption of some other minerals as the admixtures to get a high performance concrete has been carried out. as a result, these procedures and operations would have developed considerably the potential activity of concrete, and eventually the multiple performance and multiple function of concrete would have been improved and promoted. in conclusion a good result has been achieved in practice

    文摘:首都國際機場停車樓工程中,採用c50及c60以上高性能混凝土,為最大限度減少泥用量,降低化熱,減少收縮與裂縫,提高混凝土的性能,優選了有效成分含量高、質量好的高爐礦渣磨細后單獨摻用,或再與其他礦物組分復合作為高性能混凝土的摻合料,以充分發揮礦渣的潛在活性,從而使混凝土的多項性能得到極大的改善和提高,並在實際應用中取得了良好的效果。
  19. During construction of the capital international airport ' s garage building project, the c50 and over c60 high performance concrete has been adopted for its construction. for the aim of 1, to get a maximum reduction of cement comsumption 2, to lower the concrete ' s hydration heat 3, to reduce concrete ' s shrinkage and cracks, and 4, to promote concrete ' s performance, a high quality chilled blast furnace superfine slag has been adopted as an admixture. furthermore, the adoption of some other minerals as the admixtures to get a high performance concrete has been carried out. as a result, these procedures and operations would have developed considerably the potential activity of concrete, and eventually the multiple performance and multiple function of concrete would have been improved and promoted. in conclusion a good result has been achieved in practice

    首都國際機場停車樓工程中,採用c50及c60以上高性能混凝土,為最大限度減少泥用量,降低化熱,減少收縮與裂縫,提高混凝土的性能,優選了有效成分含量高、質量好的高爐礦渣磨細后單獨摻用,或再與其他礦物組分復合作為高性能混凝土的摻合料,以充分發揮礦渣的潛在活性,從而使混凝土的多項性能得到極大的改善和提高,並在實際應用中取得了良好的效果。
  20. At the same time, water quenching at 190 aging exhibit the highest damping capacities. compared with furnace cooling which show the highest damping capacities in five heat treatments, it show higher damping capacities when tempera ture is under 120 and above 290. further more, it show constantly damping value ( tan above 0. 004 ), but the damping value of furnace cooling is just 0. 0015 under 75

    試樣在190的時效溫度下有最高的阻尼性能,通過與爐冷試樣的阻尼性能(五種熱處理制度爐冷試樣的阻尼性能較高)對比發現,在溫度低於120 、高於290范圍,試樣在190時效溫度下的阻尼性能均高於爐冷試樣的阻尼性能,在120 290之間,它的阻尼性能低於爐冷試樣的阻尼性能,而此溫度區間正好是位錯內耗峰出現的溫度范圍。
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