ideal nozzle 中文意思是什麼

ideal nozzle 解釋
理想噴管
  • ideal : adj 1 理想的,典型的。2 觀念的;想像的;空想的;不切實際的。3 唯心論的;理想主義的。n 理想;典型...
  • nozzle : n. 管嘴;噴嘴;〈俚語〉鼻子。 a jet [propelling] nozzle 【火箭】尾噴管。
  1. Firstly, the structures and properties of abs resin, a kind of material for fdm process, are introduced, and theological properties of melted abs filament during extrusion from fdm ' s nozzle are studied in viscosity and elasticity, the research results can provide theoretical guidance for establishing the compensation model of ideal contour line

    本論文首先從粘性和彈性兩個方面闡述和研究了熔融態abs熔體從噴頭擠出過程中的流變性能,流變性能的分析和研究不僅有助於更好地理解fdm工藝的擠出絲過程,而且為建立理想輪廓線的補償模型提供了理論依據。
  2. The coupling from the pulse jet in the nozzle to the unsteady flow in the tube was discussed. and the relations between the parameters of gas charge and discharge, structure, working, flowing in tube and ideal cooling efficiency were established. the theory foundation of the influence of pulse jet on the flowing in the tube and characteristic would be built

    探討了脈動射流與管內非定常流動的耦合問題,建立了脈動射流有關參數如進、排氣參數、結構參數、運行參數等和振蕩管內流動參數及理想製冷效率之間的普遍聯系,為研究脈動射流參數對振蕩管內流動及其性能的影響打下了理論基礎。
  3. Blow gun with wide nozzle. ideal for cleaning big surfaces and points difficult to reach

    吹風槍帶寬噴嘴,特別適用於清潔大表面或難以達到的點
  4. The flow field of fadw is very complicated, especially in the free vortex jet zone. so the method is according to the ideal flow, including the design of the asymmetric supersonic laval nozzle and the diffuser

    所以,本文所建立的fadw的基本設計方法是理想狀態下的設計方法,其中主要包括非對稱超音速噴管的設計和氣動窗口擴壓器的設計方法。
  5. According to the rheological properties of melted abs filament during extrusion from fdm ' s nozzle, on the basis of research on extruded filament section shape, the compensation model of ideal contour line is established, and a new technique for compensating inner or outer contour line of workpiece is put forward, which should depend on the real width of extruded filament ( instead of nozzle radius ) and the real dimensional shrinkage of workpiece

    根據abs絲從噴頭擠出過程中的流變性能,在研究fdm工藝噴頭擠出絲截面形狀的基礎上,建立了理想輪廓線的補償模型,並提出了根據擠出絲實際寬度(而非噴嘴孔直徑)和零件尺寸實際收縮量補償零件內、外輪廓的新方法,驗證試驗結果表明該補償模型和補償方法正確可行。
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