液滴法 的英文怎麼說
中文拼音 [yèdīfǎ]
液滴法
英文
sessile drop method-
In the first method, one drop of this dilution is dropped into the conjunctival sac.
第一種方法是將一滴這種稀釋液滴入結膜囊。Numerical simulation of hydrodynamics of drop formation by a level set method
水平集方法數值模擬單液滴的生成過程This approach also gives undue importance to the small drop sizes, since it is assumed that they are never burned but always exist as in steady state.
這個方法假設小尺寸液滴處于穩態下並不燃燒,因而對其重要性估計得過高。The scatterings of minute bubbles and phase splitting drops in jun ware are computed respectively with mie scattering and rayleigh scattering in order to compare the difference of two methods by which generant mechanism of jun ware is analyzed
摘要分別用米氏散射和瑞利散射對鈞瓷內小氣泡和分相液滴的散射進行模擬計算,以對比兩種計算方法的差異。Standard test method for determining liquid drop size characteristics in a spray using optical nonimaging light - scattering instruments
用光學無圖信號光散射儀確定噴射時液滴尺寸特性的標準試驗方法Sodium hydrogen carbonate for industrial use. determination of chloride content. mercurimetric method
工業用碳酸氫鈉.氯化物含量的測定.汞液滴定法Sodium chloride for industrial use. determination of chlorides mercurimetric method
工業用氯化鈉.氯的測定.汞液滴定法Sodium sulphate for industrial use. determination of chlorides content. mercurimetric method
工業硫酸鈉.氯化物含量的測定.汞液滴定法Potassium chloride for industrial use. determination of chloride content. mercurimetric method
工業氯化鉀.氯化物含量的測定.汞液滴定法Sodium hydroxyde for industrial use. determination of chlorides content. mercurimetric method
工業用氫氧化鈉.氯化物含量的測定.汞液滴定法Potassium hydroxide for industrial use. determination of chlorides content. mercurimetric method
工業用氫氧化鉀.氯化物含量的測定.汞液滴定法Inorganic chemical products for industrial use. general method for determination of chloride content. mercurimetric method
工業用無機化學製品.氯化物含量測定的一般方法.汞液滴定法As well - known, there is an induced current on the surface when metal material is in the high frequency electromagnetic field, since tending to skin heating effect to make the temperature of metal material surface go up promptly, surface beginning melt when temperature reaches the melting point of metal, metal material is heated up continuously by surface to core till the metal droplet of melting
自懸浮定向流技術制備金屬納米微粒與一般的蒸發冷凝法有所不同,其原理是:金屬材料在高頻電磁場中產生表面感生電流,由於趨膚加熱效應使得金屬材料表面的溫度迅速升高,當溫度達到金屬的熔點時表面開始熔化,通過熱傳導作用金屬材料由表面到芯部不斷加熱直至熔化成金屬液滴。Carbonyl iron particles and iron - epoxy resin composite particles, which both mrs and microwave absorber are based on, were prepared by method of dropping fe ( co ) 5 to dmf in constant temperatures and of heating the solution of fe ( co ) 5 / dmf stage by stage, combining in situ composite technique
本論文採用恆溫滴加法和逐步升溫液相法熱分解合成了羰基鐵粒子,並結合原位聚合復合技術制備了羰基鐵-環氧樹脂復合粒子,然後用它們組成了磁流變液和微波吸收材料。In the alternate approach, the burning rate is expressed as a function of drop radius.
在另一種方法中,燃燒速率表示為液滴半徑的函數。The results of the experiment are analyzed, referring to the theory. in light of such problems as the long production period and the difficulty in controlling the planeness while polishing the surface of the coupler, a new design of the coupler is proposed
針對製作周期太長、控制研磨面平面度難等問題,提出了一種新的耦合器改進方案,並提出了一種可對打磨過程中包層剩餘厚度進行實時監控的方法-液滴法。As an part of a project " investigation on new protection techniques and principle of dust and vapor cloud industrial explosion hazards " supported by nsfc, the interaction between shock waves and liquid like drops and sprays is studied experimentally and numerically
本文針對國家自然科學基金重點項目「粉塵和氣雲工業爆炸災害新的防治方法及其原理的研究」的子課題?水霧抑爆機理,進行了激波與液滴、液霧相互作用的實驗和理論研究。Test method for determining liquid drop size characteristics in a spray using optical non - imaging light - scattering instruments
光學無成像光閃射儀測定水霧中液滴尺寸特徵的方法A simple model for primary breakup of energetic liquid jets was established using unstable wave theory. based on the jet - embedding method, the jet - core shape, the distribution of jet velocity and the primary distribution of liquid drops were computed
使用不穩定波理論,建立了射流初始破碎的簡化模型,採用射流嵌入法( je )進行了數值計算,得到了hy911射流核形狀、速度分佈以及液滴尺寸的初始分佈。The paper gets some information about the outlines, velocity, areas, and change of gas films and internal contracts of balls in different sizes by using subtract operation, binary image, fill holes of images, and so on
通過利用差影演算法減少背景噪聲、圖像的二值化處理和填充處理、氣泡特徵分析、氣泡中心坐標的確定等得到兩相流中氣泡、液滴和顆粒的尺寸和運動速度以及氣膜分佈等兩相流重要參數。分享友人