高溫焙燒 的英文怎麼說

中文拼音 [gāowēnbèishāo]
高溫焙燒 英文
high temperature roasting
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 溫 : Ⅰ形容詞（不冷不熱） warm; lukewarm; hot; gentle; mild Ⅱ名詞1 （溫度） temperature 2 （瘟） acute ...
  • 焙 : 動詞（用微火烘） bake; torrefy; heat over a slow fire
  • 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...
  • 高溫 : high temperature; elevated temperature; hyperthermia; megatemperature; inferno
  1. Main products of huayao include ceramic roller kiln, tunnel kiln, glass furnace, metallurgical carbide furnace, baking furnace, coke oven, heat treatment furnace, cement kiln, brick kiln, boiler, crystallite glass kiln, high - temperature shuttle kiln, and etc

    陶瓷輥道窯、隧道窯，玻璃熔窯，冶金碳化爐、焙燒爐、焦爐、熱處理爐，建材水泥窯、磚瓦窯、鍋爐，微晶玻璃窯，高溫抽屜窯等均為拳頭產品。
  2. Foam glass is a new kind of inorganic heat insulating material with a structure of equally closed cells. it is mainly made of glass added with adequate foaming agents after heating and baking in high - temperature tunnel furnace, then annealing and cooling

    泡沫玻璃是一種以玻璃為主要原料，摻入適量發泡劑，通過高溫遂道窯爐加熱焙燒和退火冷卻加工處理后制得，具有均勻的獨立密閉氣隙結構的新型無機絕熱材料。
  3. Due to preparing high grade rutile nanometer titanium dioxide in the same method have more disadvantages such as tall calcining heat, easy agglomerate, reunite gravely and difficult to attain the nanometer grade

    由於用與之相同的方法制備金紅石型納米tio _ 2粉體存在焙燒溫度高、易燒結、團聚現象嚴重等缺點，難以達到納米級。
  4. Spinel limn2o4 begin to form at 350 with the sintering time of 4 hours because there are one li + and two mn2 + in one precursor molecule. when the sintering temperature is larger than 750, a specific sintering route is designed to avoid the formation of li2mno3 impurities

    前驅體的焙燒溫度和焙燒時間對limn _ 2o _ 4樣品的晶相結構有很大的影響，焙燒溫度高於750時，應採用分段焙燒工藝以防止局部高溫形成li _ 2mno _ 3雜質。
  5. By the increasing of temperature, liyco3 - xo4 was further changed into licoo2 and lixco1 - xo, and then licoo2 formed by the reaction of lixco1 - xo with li2o. the reaction that produces licoo2 is almost completely done at 700, although some remaining li2o and li2co3 present as a partially amorphous film dispersed on the surface of licoo2, which can accelerate the growth of licoo2 crystallites. however, when temperature is higher than 850, some of licoo2 begin to decompose into the solid solution phase of liyco2 - yo2 and lixco1 - xo, and damaged its own crystal structure

    制備licoo _ 2的合成反應中licoo _ 2的微結構不斷發生變化，隨著焙燒溫度升高， co _ 3o _ 4晶粒逐漸減小， licoo _ 2晶粒和顆粒逐漸長大，晶格內部缺陷減少， licoo _ 2晶格趨于完整，在焙燒溫度為850時licoo _ 2晶粒達到最大值；焙燒溫度低於700 ，晶胞參數a隨著焙燒溫度上升而減小，晶胞參數c隨著焙燒溫度上升而增大；而高於700則晶胞參數基本保持不變。
  6. The results show that the a - phase - transformation of pure aach can be completed by heating at 1200 ? for two hours. but under this temperature, the alumina particles will be sintered together, which can lead to the formation of bough - like structures. and these bough - like structure will make the powder difficult to be dispersed

    接著對碳酸鋁銨進行了焙燒實驗，研究了其在升溫過程中的相變行為，結果表明：純aach在1200保溫1 . 5h的情況下才能100轉變為氧化鋁，而在這樣高的溫度下，粒子之間會形成燒結頸，從而使粉體產物在形貌上出現所謂「樹枝狀」結構，給粉體使用時的分散帶來了困難。
  7. After prep - baking and making - granule, under different temperature we baking on the preceding powder, and it proof the most proper baking temperature is 1440. under 1440, we do the excessive zinc oxide experiment, and find when zinc oxide excessiving3 %, we can get the best production which i is 5962

    將制備得到的前驅粉在850 2 . 5h條件進行預燒、制粒后，在不同焙燒溫度下進行了鐵氧體焙燒試驗，並對最優配方下zno過量條件進行試驗研究。結果表明，在焙燒溫度1440 ， zno過量3 %的條件下，可制得i為5962的高磁導率鐵氧體。
  8. The strength variation of pellets during oxidizing roast was studied with a high temperature compressive tester with adjustable atmosphere

    通過還原反應后的高溫抗壓強度研究估算了球團礦焙燒中必要的強度。
  9. A critical temperature was found, at which the strength of pellets is severely dropped during the oxidizing roasting

    使用可調氣氛高溫抗壓試驗機研究了相應球團礦在氧化焙燒過程中的強度變化規律。
分享友人
分享到 Line

分享到臉書