噴嘴組 的英文怎麼說

中文拼音 [pēnzuǐzǔ]
噴嘴組 英文
descaling spray
  • 噴 : 噴動詞1. （液體等受壓力而射出） spurt; spout; gush; jet 2. （噴灑） spray; sprinkle
  • 嘴 : 名詞1. （口的通稱） mouth 2. （形狀或作用像嘴的東西） anything shaped or functioning like a mouth 3. （指說話） talk; speak
  • 組 : Ⅰ名詞1 （由不多的人員組成的單位） group 2 （姓氏） a surname Ⅱ動詞（組織） organize; form Ⅲ量詞（...
  1. This paper deriving the theory work inflection point in the static stage characteristics curve of small measurement range linear dimension measurement. by the way of high pressure and back pressure pneumatic measure and designed the parameter of the mainly and measure spray head, which are the key component in the spray head - baffle pneumatic sensor. the different groups for the main - spray head and the measure spray head, will effect the dynamic and static stage characteristic parameter. the author have done contrast experiment and optimization design to test and verify the theory derivation whereby made the rang of show valve of pneumatic measure system measure range up to 40 u m, the sensitivity up to 100mv / u m, resolution up to 0. 05 p m, the uncertainly of measure is less than 0. o2 u m, satisfaction of requirement of groups the carboy hatch thickness size precise measure of soft shims

    對高壓背壓式氣動測量用於小量程線性尺寸測量的靜態特性曲線的理論工作拐點進行了推導，對氣動測量系統中的噴嘴-擋板型氣動傳感器中的關鍵部件? ?主噴嘴和測量噴嘴的參數進行了理論設計，對主噴嘴和測量噴嘴的不同組合，將影響測量系統靜、動態特性指標的噴嘴參數進行了對比實驗和優化設計，並通過實驗驗證了理論推導，從而使氣動測量系統量程的示值范圍達到40 m ，靈敏度達到100mv m ，解析度達到0 . 05 m ，測量不確定度小於0 . 2 m ，滿足了壓縮機缸蓋軟體墊片厚度尺寸精密測量分組的要求。
  2. The spray area of this series of nozzle is formed by one or several continuous hollow cone - shape rings of concentric circles. the nozzle aperture will not be blocked up. it is mainly used for flue elimination, cooling of steel - making convertor. and redistributing in all kinds of washing towers. it also can be used for jar cleaning. used in cooling tower and fire apparatus

    該系列噴嘴的噴霧區域是由一個或幾個連續的同心圓空心錐環組合而成，不易阻塞，主要用於煉鋼轉爐煙道除塵降溫及各種洗滌塔里的再分佈，也可用於清洗罐、冷卻塔、消防設備中。
  3. With the software of simulating low - pressure vacuum carburizing process and computer control system, carburizing process parameters are controlled accurately. the minimum error of carburizing layer depth, the optimal distribution of carbon concentration in carburizing layer and the minimum distortion are insured

    均勻布置鼠籠狀加熱元件和多組滲碳氣氛噴嘴，並對滲碳參數進行精確控制，可保證零件最小的滲層深度誤差最佳的滲層碳濃度分佈。
  4. Focusing on the performance evaluating and the design of tripropellant injector, adopting the cold test rig with background pressure supply, malvem particle analyzer, ccd photography system, tripropellant hot test - bed, numerical simulation software and auxiliary theoretical a nalysis, the d ischarge c haracteristic a s w ell a s a tomization p erformance o f the injector and the combustion performance as well as the mode - transition characteristic of thrust chamber are studied detailedly based on the 3 different structures of coaxial tripropellant injector, large numbers of important conclusions are gained

    本文圍繞三組元噴嘴的性能評定及設計方法。採用反壓冷試臺、馬爾文測粒儀、 ccd高速攝影系統、三組元發動機熱態試驗臺、數值模擬程序及輔助理論分析等多種技術手段和研究方法，對三種結構的同軸式三組元噴嘴深入進行了噴嘴流量特性和霧化特性、推力室燃燒性能和轉工況性能研究，得到了大量重要結果。
  5. The impulse type turbines made by ganfa, are ranging form 80 to 1, 000m in water head, 200kw to 20mw in capacity and 0. 55 to 2. 3m in runner diameter

    我公司生產的沖擊式機組適應水頭801000m ，轉輪直徑0 . 552 . 3m ，容量20040000kw ，根據安裝方式分為立式臥式兩種，有單噴嘴雙噴嘴和多噴嘴。
  6. A mathematical model of automatic generation control for hydroelectric station is established, and a solution method to agc mathematical model on multi - nozzle scoop - type turbines is proposed

    摘要建立了水電站廠內自動發電控制的數學模型，提出一種針對多噴嘴水斗式水輪機組的自動發電控制模型求解方法。
  7. Through individual the different operating modes of multi - nozzle scoop - type turbine and combined dynamic programming method, it can determine the optimal economic operation scheme for hydroelectric station

    以仁宗海水庫電站2臺6噴嘴水斗式水輪機組為例，通過將多噴嘴水斗式水輪機的不同運行方式個體化，並結合動態規劃法求解，水電站可確定出最優經濟運行方案。
  8. Francis turbine generator set of both vertical and horizontal types are suitable for water head from 10m to 300m. its feature is that the water flow enters the runner inward in a radial direction, changes direction gradually and then passes out axially

    水斗式水輪發電機組適用於水頭80 ~ 800米，是利用水流動能沖擊水輪機轉輪旋轉作功，且其噴嘴的射流中心與轉輪在同一平面上。
  9. They often solve the problems with two methods. the first one is disturbing and controlling the spurting water with a movable baffle - plate. the second is the proper arrangement of the sprinklers, ( such as isoceles triangle distribution, equilateral triangle distribution, square distribution, and rectangle distribution )

    噴灌的均勻度不高的問題由來已久，國內外的噴灌技術研究人員為解決該問題一般從「干擾、控制從噴嘴噴出的水舌」 （利用擋水板和導流板來實現）與「合理的安排噴頭的組合形式」 （等腰三角形布置、等邊三角形布置、正方形布置、長方形布置）上來。
  10. The dehydration time is square of the droplets diameter so the small diameters of the droplets can cut down the drying time then reduce the height of the drying chamber. to the combined spin - flow pressure spray drying, the diameters of droplets are small and the dehydration rate is higher so keeping the qualities of the dried products we can increase the speed of the inlet wind and reduce the temperature of the outlet wind thus can improve the evaporation intensity of the drying chamber and the average energy utilization of the drying equipment

    因霧滴的脫水時間與其直徑的平方成正比，減小液滴直徑有利於縮短乾燥脫水時間，可有效降低乾燥塔的高度；由於旋流式組合壓力噴嘴霧化滴徑的減小，脫水速度明顯加快，在不影響乾燥物料性質的前提下，適當提高進風溫度，同時有效地降低排氣溫度，有利於提高幹燥塔的蒸發強度，也有利於提高幹燥設備的平均能源利用率。
  11. Using swirl atomizer designed by this paper, kerosene was injected into the ejector combustor, and achieved steady combustion. this made a solid foundation for the future study on combustion organization

    設計了旋流式霧化噴嘴，實現了煤油在引射火箭模態中的穩定燃燒，為進一步的燃燒組織研究奠定了基礎。
  12. As a simple device without moving parts, vortex tube is composed of nozzle, vortex chamber, separating plate, control valve, hot - end and cold - end

    渦流管是一種結構極為簡單的製冷裝置，它由噴嘴、渦流室、分離孔板、熱閥以及冷熱兩端管組成。
  13. Summarizing the design method of tripropellant injector

    總結了三組元噴嘴設計方法。
  14. The design method of coaxial tripropellant injector is summarized

    總結了同軸式三組元噴嘴設計方法。
  15. However, by comparison with flap nozzle servo valve which has been used widely and popularly by now, the torque motor of jet pipe servo valve has a larger rotary inertia. this causes low natural frequency of servo valve, and thus the response speed of jet pipe servo valve is slow. moreover, the jet pipe of servo valve has large flexibility, and it is easy to excite oscillations and noise in the valve, which is named self - excited oscillations and noise

    然而與目前普遍使用的噴嘴擋板伺服閥相比，射流管伺服閥的銜鐵組件轉動慣量大，導致力矩馬達部分固有頻率低，從而響應速度慢，此外，射流管供油管柔性大，容易產生自激現象，這些缺點都使得射流管伺服閥的動態特性差，從而影響了它的工作性能。
  16. ( 2 ) base on the analysis of the atomizing principles of spray nozzle, mathematical model of combined spin - flow pressure spray drying was set up and the essential parameters such as spraying pressure, liquid quantity, temperature, spraying angle, inject distance, particle diameter and distribution, hollow diameter for several materials in normal conditions by experiment and ldv

    （ 2 ）對旋流式組合壓力噴嘴噴射霧化機理加以分析，建立了旋流式噴嘴霧化的數學模型，採用冷態試驗法並藉助激光霧滴測試等實驗裝置對噴嘴的霧化參數（如霧化壓力、噴液量、料液溫度、霧化角、霧距、霧滴直徑和分佈以及噴嘴的空芯半徑等）進行測量和計算。
  17. The results show that the improved structure has obviously reduced pressure drop and increased axial speed of the nozzle, as a result the wallop of electroplating solution is improved and the thickness of diffused layer reduced, the electrodeposition process improved, and what is more, the coating structure has been compacted, crystalline particles fined and the performance improved

    結果表明，結構改進后，明顯減小了壓力損失，提高了噴嘴的抽向速度，電鍍液沖擊鍍件的沖擊力得到提高，有效地減少了擴散層的厚度，改善了電沉積過程，而且使鍍層組織緻密，晶粒細化性能得到提高。
  18. Every group has 8 hind limbs of 4 dogs. the wounds were rinsed 6h after shooting. jetting flow was 30 ~ 45 ? to inside surface of wound tract and l ~ 2cm above in cim and rb

    Cim組、 rb組沖洗時噴嘴與傷道入口表面距離為1 2cm ，沖洗時射流與傷道內側面成30 45角，由上而下依次沖洗， cim組沖洗壓力為0 . 35 0 . 56kg / cm ~ 2 ， rb組沖洗壓力由操作者單手擠壓皮球產生。
  19. ( 4 ) the droplets diameter of the combined spin - flow pressure spray drying are between 30um and 150um and the ranges of the droplets are narrow. the average diameter of the droplets is between 50 um and 100 um and the spraying angle can be adjusted from 30 to 180

    （ 4 ）採用旋流式組合壓力噴嘴霧化后的液滴直徑大都分佈在30 150um之間，霧滴分佈范圍較窄，其霧化的平均液滴直徑在50 100um左右，壓力噴嘴的霧化角度可在150 180范圍內。
  20. We designed five kinds of fluid pipeline and nozzle position and simulated the fluid field to make the bit clear. after comparing the simulation results we chose one better construction of fluid pipeline and nozzle position

    為了分析鉆頭的井底流場特性，針對鉆頭的結構設計了五種流道形式和噴嘴組合方式，並分別進行了模擬和分析，最終選擇了一種比較理想的噴嘴布置方式。
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