火焰發射度 的英文怎麼說
中文拼音 [huǒyànfāshèdù]
火焰發射度
英文
flame emissivity-
Atomic absorption flam emission spectrophotometer
原子吸收火焰發射分光光度計At last, the conclusions of the whole thesis are drawn, and it is put forward that the future research emphases on the infrared radiation absorption ct technology should focus on : instantly get the absorption projections are the crucial factor to utilize the technology industrially ; on the basis of the hypothesis that the gas is ideal gas, species concentration of particular gas medium can be measured at the same time, which must be helpful to comprehend combustion essence ; if laser source to replaces blackbody stove, for irradiant flame, interferometric projection can be attained, and its temperature distribution will known
最後，對全文進行了總結，並指出今後研究工作重點。指出：瞬時得到各方向的投影是此技術實用化關鍵；在獲得溫度分佈信息基礎上，進行必要的假設和推導，能同時得到火焰中某特定組分濃度的分佈，這必將進一步我們對燃燒本質的理解；利用方向性好，輻射強度高的激光源代替常規的黑體爐，能得到輻射干涉投影圖像，這樣就能測量所介紹系統不能測量的發光火焰溫度分佈。Results from this thesis concluded that numerical simulation can be applied to study " effect of varying the incident angle of dilution air on the performance of the gas turbine combustor "
本文針對某種航空發動機火焰管模型結構，採用數值模擬方法對「摻混空氣噴射角度對燃燒室性能的影響」這一問題進行了探討。Flame emission spectrophotometry. introduction to its use
火焰發射分光光度測定法.使用說明Standard plan for methods of chemical analysis by flame emission spectrophotometry
火焰發射分光光度化學分析方法的標準計劃Determination of lithium, sodium, potassium and cesium in uranium dioxide dioxide powders and pellets by atomic absorption spectrophotometry flame emission spectrophotometry
二氧化鈾粉末和芯塊中鋰鈉鉀銫的測定原子吸收分光光度法火焰發射光譜法Potassium chloride for industrial use. determination of sodium content. flame emission spectrophotometric method
工業氯化鉀.鈉含量的測定.火焰發射分光光度計法Potassium hydroxide for industrial use. determination of sodium content. flame emission spectrophotometric method
工業用氫氧化鉀.鈉含量的測定.火焰發射分光光度法Potassium chloride for industrial or agricultural use. determination of potassium content. flame emission spectrophotometric method
工業或農業用氯化鉀.鉀含量的測定.火焰發射分光光度法Methods for chemical analysis of aluminium fluoride for industrial use - the flame emission photometric method for the determination of sodium content
工業用氟化鋁化學分析方法火焰發射光度法測定鈉量Butyltin compounds contamination in sea products collected from aug. 2001 to mar. 2002 in several chinese cities were determined with gas chromatography coupled with flame photometric detector using quartz surface - induced luminescence ( gc - qsil - fpd )
摘要採用氣相色譜表面發射火焰光度檢測器聯用技術，對在2001年8月~ 2002年3月間採集於我國幾個城市的海產品進行了丁基錫污染測定。( 4 ) the feasibility of applying of brightness temperature approach method and continuous measurement method in practical application are verified. the results of 8 - wavelength thermometer, which are based on the brightness temperature model, verify that continuous measurement method based on brightness temperature is a practical data processing method when the range of target ’ s emissivity is known. the
分別利用亮溫逼近法和基於亮溫模型的連續測量法對基於亮度溫度模型的八波長實測數據進行模擬，利用基於參考模型的連續測量法對固體火箭發動機羽焰溫度實測數據進行模擬，其結果驗證了連續測量法在工程實際中應用的可能性，並進一步驗證了當所給發射率范圍越接近實際物體發射率，計算結果越接近真溫。Integrating medium infrared radiation absorption phenomena and ct technology, a two - dimensional temperature distribution diagnosis method is proposed, which is named as infrared radiation absorption ct technology
借鑒此技術的基本概念，利用介質吸收輻射現象，結合ct技術，本文引入了火焰溫度兩維分佈的新測量方法?吸收發光ct法。Unlike the procedure for recording the emission spectrum of fluorescent lights, the emission of light from the flame is not steady
與記錄熒光發射光譜不同，火焰發出的光並不穩定，可能僅僅持續一個相當短的時間，而且光的強度也會發生變化。分享友人