燒蝕處 的英文怎麼說

中文拼音 [shāoshíchǔ]
燒蝕處 英文
burnt place
  • : 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...
  • : Ⅰ動詞1. (損失; 虧耗) lose 2. (腐蝕) erode; corrode Ⅱ名詞(天體現象) eclipse
  • : 處名詞1 (地方) place 2 (方面; 某一點) part; point 3 (機關或機關里一個部門) department; offi...
  1. They have excellent corrosion, thermal shock resistance and spalling resistance. they wide applications and can be used in key locations of thermal processing equipment such as bof, eaf, lf and so on. 2 alumina - magnesia - carbon brick made from high - purity bauxite or fused alumina and fused magnesia grain or high purity magnesia by pressing, resin - bond for thermal shock resistance

    1 ,鎂碳磚是不的耐火材料,經過摩擦壓磚機的成型以及乾燥理后而成,它的主要原料是電熔鎂,高純鎂砂和高純石墨,結合劑為樹脂,鎂碳磚有良好的耐侵性,熱震穩定性和抗剝落性,它已經被廣泛地用在鋼廠的轉爐電爐鋼包精煉鋼包等關鍵部位。
  2. The simulations results show that the spoiler is available to make the fuel and the oxidizer coming from the former to stay in the cavity for a long time, to let the fuel and oxidizer mix and burn completely. since there is a high temperature zone forming by vortex in the middle of the motor, it required a restricted thermal protection. the plate with holes decreased the vortex function in the cavity, which could not promote the combustion efficiency, but to decrease temperature in the cavity and be benefit to thermal protection of the wall

    計算結果分析表明:擾流板可以使燃料和氧化劑在擾流腔內的滯留時間加長,促進燃料與氧化劑的摻混燃,提高燃效率,但由於渦流在發動機的中間部位形成了高溫燃區域,致使局部燃料和絕熱層速率增大,加大了熱防護的難度;孔板結構減弱了擾流腔內迴流區的漩流作用,不能增加推進劑燃效率,但可以使擾流腔內的溫度降低,給壁面熱防護帶來好
  3. The missile with its radome is at high temperature during the entrance. due to aerodynamics heating process, the high temperature cause air ionization and ablation of the radome, so the radome is at unsymmetrical heat environment, its electrical properties vary with different parts of the radome

    導彈在再入過程中,由於空氣動力加熱效應,引起空氣電離和天線罩表面被,因此,天線罩于不對稱熱環境中,它各部分的介電性能不同。
  4. Laser - ablation technique is a powerful and available method, and has been widely used in many important fields, such as thin film preparation, nano - technique and element analysis. in the course of laser - ablation, the ejected species is normally called laser ablation plasma, and its processes of production and expansion are very complex

    脈沖激光技術在材料理、薄膜制備、納米技術、微量元素分析等領域的應用越來越廣泛,但激光-固體相互作用、等離子體的形成及膨脹等過程尚未完全清楚。
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