毛管現象 的英文怎麼說

中文拼音 [máoguǎnxiànxiàng]
毛管現象 英文
capillarity phenomenon
  • : hairdownfeatherfur
  • : Ⅰ名詞1 (管子) pipe; tube 2 (吹奏的樂器) wind musical instrument 3 (形狀似管的電器件) valve;...
  • : Ⅰ名詞1 (現在; 此刻) present; now; current; existing 2 (現款) cash; ready money Ⅱ副詞(臨時; ...
  • 現象 : appearance (of things); phenomenon
  1. The solder is heated to its melting point in a reducing atmosphere, so that the joining takes place without flux as the solder fuses and then infiltrates the gaps between the two pieces to be joined by means of capillary action, creating a highly airtight seal

    在高精度狹窄的空隙中也能通過進行浸透並和母材焊接,因此可實高氣密性,獲得比母材更高的強度。
  2. Capillarity ( capillary action ) the rise or fall of liquids in narrow tubes as a result of the surface tension of the liquid, which causes the water to adhere to solid surfaces, such as soil particles or the walls of xylem vessels

    作用) :由液體表面張力引起的液體在細中上升或下降的引起水和固體表面的粘合作用,例如土壤顆粒或木質部導壁。
  3. According to the feature that deformation resulted from water absorption and mildew appear mainly on the rabbet surface of ccf, this paper adopts rsst to spray a special waterproof sealant on rabbet surface of ccf, so that the sealant can get into fiberboard to certain extent by means of capillarity and penetration, blockage the holes between fibers and capillary, cut up passage of water and change the properties of soakage and sorption to water in capillarity and fiber. at the same time, solidified sealant can form a compact waterproof pellicle on rabbet surface so as to prevent water and humidity from fiber ' s expansion and mildewing

    針對吸水變形、霉變主要發生在地板企口表面的特徵,採用企口表面全封閉法,在復合強化地板企口表面噴塗特殊的防水封閉劑,使其依靠作用及滲透作用進入板內一定深度,堵塞木纖維之間的空隙及細孔通道,截斷水分傳遞的渠道,並改變細孔壁及纖維的表面性質以不利於水的浸潤與吸附,同時其固化后能在企口表面形成一層緻密的憎水薄膜,防止水分、濕氣從企口侵入板內引起木纖維膨脹變形、發霉等
  4. Began with introducing the stomatic cubage of paper capillary and absorption to liquid of paper capillary, a method to study the distribution of paper ' s capillary is advanced, and based on that, the penetrating phenomena and penetrating depth are analyzed

    摘要基於紙張氣孔的容積和紙張對液體的吸收等,提出了研究紙張分佈的一種方法,並在此基礎上,分析了油墨的滲透和滲透深度。
  5. When soil antecedent condition is dry and the initial rainfall intensity is high, peak surface runoff also considerably lag behind that of rainfall, because of the formation of temporary relative impermeable top layer ; b ) surface runoff is controlled primarily by infiltration - excess runoff mechanism under unsaturated condition ; the major fraction of surface runoff are dominated by saturated infiltration - excess runoff response, only a small fraction by return flow mechanism when soil is saturated ; c ) subsurface flow is dominated by saturated runoff mechanism, and the duration of subsurface post the rainfall end is dependent upon rather the soil properties than the rainfall characteristics ; d ) subsurface flow intensity in cultivated soil layer ( 0 ~ 20cm ) is high up to 35mm / h when rainfall intensity is up to 120mm / h, indicating the existing of macropores and pipe flow in cultivated layer

    2 )耕作制下紫色土的產流主要機制是: 1 )當雨前土壤含水量未達到飽和狀態時,表面產流起始時間有明顯滯后,這與紫色土的快吸水性和較多非孔隙密切相關;當雨前土壤較乾燥,降雨初期雨強較大時,易形成臨時相對不透水表層,表面產流峰也有明顯滯后。 2 )表面徑流的產流方式主要是超滲產流,當土壤達到飽和狀態后,有四川大學博士學位論文小部分回歸流發生,但主要是飽和超滲產流發生,因為紫色土的相對不透水層和其它透水障礙層不明顯。 3 )壤中流主要是飽和產流,與降雨過程有明顯的滯后,而且雨停后的壤中流產流歷時與降雨特徵無關。
  6. If sclerodactyly is seen along with calcinosis, raynaud ' s phenomenon, esophageal dysmotility, and telangietastias, then the best diagnosis is crest syndrome

    如果指端硬皮病伴鈣化,雷諾,食道蠕動障礙和細血擴張癥,稱為crest綜合癥
  7. Fundus examination revealed multiple microaneurysm, hard exudate, and macular edema in the left eye ; an abnormal vascular segment across the macular region was found in the right eye

    雙眼螢光眼底攝影發左眼有明顯的柯氏癥細血擴張與染料滲漏,右眼無染料滲漏
  8. In this paper, some aspects of vacuum preloading were studied as follows. vacuum consolidation test and load consolidation test were performed and compared for different kind of soil samples. after analyzing the results of tests, the four major mechanisms of vacuum consolidation were defined as : variation of capillary potential, drainage of sealed bubbles, vaporization and action of atmosphere pressure, in which, the action of atmosphere pressure is the most important factor

    首先對不同土樣進行了一系列室內真空固結和加載固結的對比試驗,通過對試驗結果的比較分析,明確了抽真空引起土樣固結的原因,即抽真空作用會在四個方面對試樣產生影響:勢的改變、封閉氣泡的排出、汽化及大氣壓的作用,而其中大氣壓的作用是最主要的。
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