critical particle diameter 中文意思是什麼

critical particle diameter 解釋
臨界顆粒直徑
  • critical : adj 1 批判的,批評的;(在某方面)有鑒定力的 (in)。2 吹毛求疵的;愛挑剔別人的 (of about)。3 ...
  • particle : n 1 顆粒,微粒;微量,極少量。2 【物、數】粒子,質點。3 【語法】虛詞,不變詞〈冠詞、副詞、介詞、...
  • diameter : n. 1. 直徑。2. (顯微鏡等的)放大倍數。
  1. The critical concentration and critical particle surface area in constant rate section is studied. the floc density pa and the floc equivalent diameter da are calculated on the basis of experimental data and theoretic analysis

    研究了等速段的臨界濃度、臨界顆粒表面積;分析計算了絮團密度_ 、泥沙絮團當量直徑d _ 。
  2. The paper analyses the particle radial separating speed in inertia field and the dropping speed in the gravity field, determines the relations among the separating critical diameter, the rotate speed of screw, airflow speed and the radial size of separating interface, establishes and work out the separating diameter which value the separating effect of the new equipment

    根據物料的空氣阻力與離心分離理論分析了離心力場中粒子徑向分離速度及重力場中的粒子沉降速度,確定分離臨界粒徑與螺旋轉速、氣流速度及分離界面徑向尺寸等之間的關系建立了並求出了衡量此種新機型氣固二相流分離效果的衡量指標? ?分離粒徑。
  3. Meanwhile the influences of a hopper structure on the flow patterns of wet materials are different from dry materials. usually the critical open diameter of a hopper for dry particles is more than 3 times of particle diameter, but not less than 4 times for wet particles. for dry particles, the hopper angle which causes transformation from funnel flow into mass flow is about 45

    同時料倉結構參數對干濕顆粒流動特性的影響也存在一些明顯的差異:對于干顆粒,滿足不結拱的料倉開口度尺寸至少為顆粒直徑的三倍,而濕顆粒則要求料倉開口度至少為顆粒直徑的四倍;干顆粒由漏斗流向整體流轉換的角度在45度左右,而濕顆粒的轉換角度為40度左右。
  4. Effect of rdx particle size on critical diameter

    的粒度對臨界截面積的影響
  5. By observing the macrocosmic and microcosmic state of the test specimens, the ablation pattern of inhibitor was put forward and ablation mechanism was analyzed. the critical average particle diameter that influenced inhibitor ablation was obtained. the time - dependent ablation expression associated particle concentration and angle was achieved through analyzing their variation alone with the change of specimen figure

    ( 4 )通過對試驗后絕熱材料試件的表觀和微觀狀態分析,提出了過載條件下絕熱層的燒蝕模式,並分析了其燒蝕機理,獲得了試驗條件下影響絕熱層燒蝕的平均顆粒直徑。
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