燒結時間 的英文怎麼說

中文拼音 [shāojiēshíjiān]
燒結時間 英文
sintering time
  • 燒 : Ⅰ動詞1 （使東西著火） burn 2 （加熱或接觸某些化學藥品、放射性物質等使物體起變化） cook; bake; hea...
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 時 : shí］Ⅰ名1 （比較長的一段時間）time; times; days:當時at that time; in those days; 古時 ancient tim...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  1. And the impact of processing conditions on the electrochemical performance of the porous sn - cu alloys was investigated. results showed that it was good to add more verdigris and to make the annealing time longer for improving the performance. however, the problem of capacity fading can not be solved completely by this method

    並對制備合金材料過程中所添加物質的種類和比例、燒結時間等工藝參數對合金的性能的影響進行了分析，發現添加堿式碳酸銅，並且增大添加比例以及延長燒結時間對電極材料的循環壽命有利，但是不能根本解決容量衰減的問題。
  2. The experimental data has been used to validate pdm and low temperature sintering mechanics. the advantage and disadvantage of pdm have been discussed also. for the first time, the pdm is used to study the low temperature sintering mechanics of uo _ 2, and the research results indicate : 1

    3 、基於燒結頸長大速率與緻密化動力學方程得出，影響二氧化鈾低溫燒結的因素有原始粉末粒徑、粉末堆積方式、坯塊原始密度、燒結溫度、燒結時間、燒結氣氛等;粉末壓坯一定時，燒結溫度、燒結時間和燒結氣氛就成為控制低溫燒結的關鍵因素。
  3. The microwave magnetic sintering can not only lower the sintering temperature and shorten the sintering time, but also decrease the micro - grain size of magnets and make intergranular phase and grain boundary of main phase distributed well. the abnormal grain growth was found in conventional sintered ndfeb magnets, which may be due to the greater particle size and uneven distribution of powder, and higher sintering temperature and longer sintering time. of course, the abnormal grain growth would deteriorate the magnetic properties

    微波磁場燒結的不但降低燒結溫度，縮短燒結時間，而且使磁體整體加熱，受熱更均勻，因而磁體晶粒更細小，並且主相晶粒邊界趨于規則化，晶間相的分佈更均勻；在常規燒結的磁體中則出現了晶粒異常長大現象，造成這一現象的原因，一方面可能是燒結溫度過高或燒結時間過長，另一方面可能是磨製的粉體均勻性較差，存在的大顆粒被許多細小顆粒包圍，在燒結過程中，大顆粒不斷吞併小顆粒，逐漸長大，而異常長大的晶粒自然會導致磁體性能的惡化。
  4. Sintering time ranges from 3 to 10 hours, and sintering temperature ranges from 160ctc to 1900 ?, under an ar. protection of 1. 0 atm

    在1 . 0atm的ar氣保護下進行燒結，選用的燒結時間從3小時到10小時，燒結溫度由1600到1900 。
  5. Additions of carbon for improved slag resistance. spinel formation improves hot strength, slag resistance and brick joint erosion. 3 repairing material for bof uses fused magnesia or sintered magnesia as the main raw material and after modifid pitch and special additives are added, it has the following characteristcs than other conventional converter pitch temperature, shorter sintering time, longer service life and less pollution. it is mainly used for repairing converter working face, also for tapping side, tapping hole and bottom

    3 ，轉爐大面補料是採用電熔鎂砂或燒結鎂砂為主要原料，通過加入改性瀝青和特種添加劑使它和傳統瀝青補爐料相比具有高溫附著性好燒結時間短流動性好使用壽命長污染小等特點，主要用於修補轉爐迎鋼面通常稱「大面」也可以用於修補出鋼側，出鋼口及爐底等部位。
  6. The highest sintering temperature got higher and the speed of temperature became faster, with the fining of the powder particle size or the increase of the microwave source ' s power or the decrease of the green compact ' s volume. the sintering time became shorter, with the fining of the powder particle size or the decrease of the microwave source ' s power or the increase of the green compact ' s volume

    隨著功率的提高，燒結的最高溫度上升、燒結時間延長、升溫速率略有提高；隨著粒徑的減小，燒結的最高溫度上升、燒結時間縮短、升溫速率明顯提高；隨著初坯體積增大，則燒結的最高溫度下降、燒結時間縮短、升溫速率降低；初坯的密度對燒結過程影響不大。
  7. A defect model is suggested to account for the pl of sintered psc

    發光峰的強度隨著燒結時間的增加略有下降，多孔碳化硅的發光來自於缺陷態。
  8. Accordingly, the degree of degradation is observed to enhance if the period of the sintering process is too long

    由此發現過度加長燒結時間有加速劣化的趨勢。
  9. The results show that the grain size of cosb3 grows with increasing sintering temperature or sintering time

    結果表明：隨著燒結溫度的增加和燒結時間的延長，燒結體的晶粒有明顯長大。
  10. The highest sintering temperature was 900 c, and the sintering lasted 70 seconds. the conventional sintered magnets were sintered at 1000 c for 1h

    常規燒結的溫度為1000 ，燒結時間為1h ，並分別在800和600各進行1h的回火。
  11. When sintering temperature and sintering time are 625 c and 7min respectively, the densenfied bulk thermoelectric materials with mean grains size of 100nm were prepared

    當燒結溫度為625 ，燒結時間7min時，得到了最小平均晶粒尺寸為100nm的cosb _ 3密實塊體材料。
  12. Any products were prepared without impurities. the sps method was used to sintering the zrnisn - based compounds. the influence of different reaction temperature and holding time to density was discussed in detail

    採用放電等離子法（ sps ）燒結制備zrnisn基化合物，並探討了不同的燒結溫度和燒結時間對材料緻密度的影響。
  13. The mechanical and physical properties of the obtained w - cu composites were also tested. it was found that the property of the starting w - cu powder has a great influence on the sintering densification of the powder compacts

    對上述粉體的性能進行了表徵，並研究了燒結溫度和燒結時間對燒結體的物理、力學性能及組織結構的影響。
  14. It showed that better crystal films could formed when sintered between 350 ~ 550 for 3 hours. with the increasing of temperature and the extending of time, the diffraction apices became stronger and the crystal became bigger

    薄膜電極的燒結工藝研究結果表明，當燒結溫度在350 ~ 550燒結時間為3h時得到結晶良好的limn2o4薄膜，隨著溫度的升高，衍射峰越來越明顯，晶粒越來越大。
  15. As shown by the measurements, the electrical resistivity of sintered psc has a tendency of first decreasing and then increasing as the sintering temperature and / or sintering time increase. also it decreases with the increased pressure on the pressed powder compact

    對樣品的電阻率進行了測量，總體呈現出隨燒結時間和燒結溫度的增加而先降低后增加的趨勢，並隨壓坯的成型壓力的增加而降低。
  16. Results showed that the factors include : solvent and concentration of limn204 precursor solution, spin - coating speed, heating speed, sintering temperature and time etc. in the end, techniques of sintering under vacuum conditions were studied

    主要有以下幾方面:溶液中離子總濃度以及分散劑濃度對成膜質量的影響;旋轉塗覆時轉速、熱處理的升溫速度、燒結溫度、燒結時間對薄膜晶型結構及性能的影響。
  17. Cr particles were enclosed by cr - w solid solution alloy after cr powder and w powder were sintered if the grain size of cr powder is larger than w powder. around cr particles more cr - w solute was formed with prolonging sintering time. during infiltration process, cr was dissolved and moved into the pores in w skeleton by cu liquids and made w skeleton become w - cr skeleton

    粒度較大的cr粉和粒度較小的w粉混合燒結后，形成crw固溶體合金包圍cr塊的組織形貌，燒結時間越長， cr塊周圍形成的crw固溶體越多；熔滲過程中， cr被cu液溶解並轉移到w骨架之間的孔隙中， w骨架則轉變為cr - w骨架。
  18. At the same time, a modified calcination method was first put forward, that is, after the first calcination, additional annealing was enforced. by the use of the thermal analysis, xrd, partical size, specific surface area and electrochemical measurement, the structure and performance of the product were studied, and the synthesis process was optimized by comparing structure and performance with one another

    通過優化合成工藝，發現ph值在2 3之間、 paa與金屬離子的摩爾比為1 . 4 ： 1 、燒結溫度為550 、燒結時間在10h左右時所得產物有良好的結構和電化學性能。
  19. To micrometer sic powder, pressed compacts were made under 750 mpa pressure with sintering time ranging from 4 to 7h and sintering temperature ranging from 1600 to 1800 @, but to nanometer sic powder, pressed compacts are made under1000 mpa pressure with sintering temperature being 1600 ? and sintering time ranging from 4 to 5h. howerver, all compacts were sintered under an ar protection of 1. 0 atm pressure

    對于微米粉末，壓坯在750mpa壓力下壓製成型，燒結溫度為1600 1800 ，燒結時間為4 7h ；而對于納米碳化硅粉末，壓坯在1000mpa壓力下壓製成型，燒結溫度為1600 ，燒結時間為4 5h ，所有壓坯都在1 . 0atm的ar
  20. The dielectric constants of silica - rich, alumina - rich, and stoichiometric mullite ceramics are 5. 5, 6. 0 and 6. 3 respectively. the dielectric constant of mullite - si / c / n composites is related with the sintering parameters. with the increase of the sintering temperature and dwelling time, the " " and tg of mullite - si / c / n composites are decreased, this phenomenon is related with the change of the microstructure and phase composition of nano si / c / n powders

    莫來石- si c n復合材料的介電常數與熱壓燒結工藝有很大的關系，隨熱壓燒結溫度（ 1450 1600之間）的升高，燒結時間（燒結溫度為1550 ）的增長，莫來石- si c n復合材料的介電常數實部、虛部及介電損耗角正切均明顯下降，這與吸收劑的性質隨溫度和時間的變化有關。
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