燒蝕因素 的英文怎麼說

中文拼音 [shāoshíyīnsù]
燒蝕因素 英文
ablation factor
  • 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...
  • 蝕 : Ⅰ動詞1. （損失; 虧耗） lose 2. （腐蝕） erode; corrode Ⅱ名詞（天體現象） eclipse
  • 因 : Ⅰ動詞[書面語] （沿襲） follow; carry on Ⅱ介詞1 [書面語] （憑借; 根據） on the basis of; in accord...
  • 素 : Ⅰ形容詞1 （本色; 白色） white 2 （顏色單純） plain; simple; quiet 3 （本來的; 原有的） native Ⅱ名...
  1. The conclusion obtained from experimental result showed that particle concentration is an important factor on inhibitor ablation

    試驗結果表明：粒子聚集濃度是絕熱層燒蝕的重要影響因素。
  2. Thermal ablation wear is a key factor in deciding the life of a rapid - fire - gun barrel

    摘要熱燒蝕磨損是決定速射火炮身管壽命的關鍵因素。
  3. By investigating the specialty of functions in the expression, the following conclusion was drawn : particle concentration was the dominant factor that enforced ablation, and angle contributed to ablation via cutting the char layer

    通過分析關聯式中各項函數特性，得到粒子聚集濃度是影響燒蝕量的主要因素，而角度對于燒蝕量的貢獻主要體現在對絕熱層炭層的剪切破壞上的結論。
  4. Focused on the relationship between ablation and its influence ingredients, this paper analyzed simulation techniques of flow field under high acceleration condition

    針對高過載問題中絕熱材料燒蝕的影響因素，進行了地面模擬高過載發動機流場的方案分析。
  5. Ablation experiments were carried out using this system to study main factors that influenced ablation. the experiment results showed that such parameters as oxygen percentage and pressure would affect ablation greatly

    通過改變富氧含量、燃燒室壓強等參數進行了不同工況下的燒蝕實驗，分析了影響燒蝕的主要因素。
  6. Based on practical engineering, the multi - tangential firing technology and the variance perimeter wind technology were introduced in this paper too. from the practical point of view, in this paper, we state the application of multi - tangential firing technology to setting the high temperature corrosion of the water wall tubes of boiler

    本文對鍋爐水冷壁高溫腐蝕有關機理、影響因素以及預防措施作了詳盡的論述，並結合工程實際，詳細介紹多切圓燃燒技術以及變異周界風技術，從實踐角度介紹多切圓燃燒技術在解決鍋爐水冷壁高溫腐蝕中的應用。
  7. These experimental results indicated that several factors such as gas velocity, electrode erosion, insulator envelope pollution and so on limited the repetitive operating capability of the switches

    通過實驗我們發現氣流流速、電極燒蝕、絕緣筒污染等因素制約了高能、大電荷量氣體開關的重復工作性能。
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