爐子熱行 的英文怎麼說

中文拼音 [lúzirèháng]
爐子熱行 英文
hot furnace condition
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 行 : 行Ⅰ名詞1 （行列） line; row 2 （排行） seniority among brothers and sisters:你行幾? 我行三。where...
  • 爐子 : furnace; stove; oven
  1. Huida products are recommended as thermal insulation in stove, cave dwelling of steel mill, petrochemical, ceramics, glass, cement industries and power industries as well as other various ancillary heating equipment

    該材料由於使用溫度高，適用於鋼鐵、石化、陶瓷、玻璃、水泥等各種爐窯的保溫，及電力、機械、電子、造船等行業的保溫隔熱。
  2. The main production includes heat - pipe, heat - pipe exchanger setting, rubber tyre hot water deaerate power station, boiler deaerator, tyre forming machine, rubber cutting machine, vulcanize, vulcanizing pot and the special carbon steel or stainless steel pot for oil, chemical engineering, medicine, chemical fertilizer field use

    濟南仙峰泰山化工設備有限公司主要生產熱管、熱管換熱器、橡膠輪胎廠子午胎斜交胎熱水除氧動力站、鍋爐除氧器、輪胎成型機、切膠機、硫化機、硫化罐，還有石油、化工、化肥、醫藥、冶金、建材等行業使用的各種碳鋼、不銹鋼、有色金屬的塔、罐、釜、換熱器等產品。
  3. Roads, garden - paths, the house - fronts, the barton - walls were warm as hearths, and reflected the noontide temperature into the noctambulist s face

    道路院中的小徑房屋正面的墻壁，還有院子的圍墻，都熱得像壁爐一樣，而且還把正午的熱氣，反射到夜間行人的臉上。
  4. Avoiding the difficulties of detecting the difficult parameters in furnace control and of building up the models, integrated with fuzzy control and conventional pid control, abb ’ s control it system is used to predict the bloom surface and center temperature directly based on the temperature of furnace wall easily to be detected so that the temperature settings in various furnace sections can be self - corrected, the furnace temperature of each section self - adjusted and on - line parameters of combustion control self - optimized. in addition, the heating parameters and the operating status of the field plant can be monitored with alarm

    採用abb公司的controlit控制系統，避開爐子控制中遇到的困難參數檢測及建模困難等因素，直接根據容易檢測的爐壁溫度來推知鋼坯表面溫度及鋼坯中心溫度，將模糊控制技術與常規pid控制相結合，實現各段溫爐設定值自修正、各段爐溫自協調、各參數在線自整定的自尋優最佳燃燒控制;對熱工參數、現場設備的運行情況進行監視、報警，實現爐膛壓力、管道壓力、換熱器的保護控制，並將重要參數送往廠級mis網路。
  5. This program can predict the wall temperature 、 internal wall heat tranfer coefficient 、 fluid temperature and entropy profile along the water wall. all of these provide an important foundation for designing this type of water wall structure to ensure the safety of the boiler operation. this hydrodynamic calculation program and the results can be used to analyze operation reliability and structure design of water wall system

    利用所開發的程序對設計的超臨界cfb進行了計算，給出不同負荷下，水冷壁出口工質溫度分佈，水冷壁受熱面不同位置處的金屬壁溫、內壁放熱系數、流體溫度焓值分佈，以及不同管子的流動壓降等結果，為分析鍋爐工作可靠性及水冷壁系統的結構設計提供了重要依據。
  6. Furthermore, the growth and the study of self - organized quantum dots structures become more and more important recently, and the application of self - organization technique become wider and wider in this thesis, we address the theory of film growth and the growth technique firstly more, the ways and characteristics of surface detection are prescribed we mainly report the growth process, results and discuss of self - organized quantum dots structures in the a12o3 substrates by s - k mode using ecr - mocvd, in the espd - u device the growth art of ain epilayer which is the preliminary foundation of self - organized gan / ain quantum dots structures, including the substrate cleaning, nitridation, the growth of buffer and the growth of gan and ain epilayer, is discussed we deliberately compare the test result of rheed xrd and afm and achieved the optimalized condition of ain at last we have successfully realized the growth of ain which is much smooth and better crystal quality moreover, we grow the self - organized gan / ain quantum dots structure in s - k mode because the limits of the heater temperature, we can not grow the atom - smooth epilayer of ain until now so we could not grow better quantum dots which have small diameter and big density but the self - organized quantum dots structures with better quality will be realized successfully if the substrate temperature is increased the thesis study belong to my tutor subject of national nature science foundation ( 69976008 )

    本論文主要論述了在espd - u裝置上，採用電子迴旋共振等離子體增強mocvd （ ecr - pamocvd ）方法，在藍寶石襯底上通過s - k模式自組裝生長gan aln量子點結構的生長工藝、結果及討論。而重點分析了自組裝生長量子點之前的aln外延層生長工藝，包括襯底清洗、氮化、緩沖層的生長和gan 、 aln外延層的生長；通過高能電子衍射、 x射線衍射和原子力顯微鏡測試，並且對這些測試結果進行了詳細的比較研究，得出了較優化的工藝條件，生長出了晶質較好、表面較平整的aln外延層；進而採用s - k模式自組裝生長了gan aln量子點結構。由於實驗裝置加熱爐溫度的限制，我們沒有能夠生長出原子級平滑的aln外延層表面，因而沒能夠生長出密度比較大和直徑比較小的量子點。
  7. A long - term temperature compensate way was put forward to optimize temperature control of reheating furnace after parameter variety with physically working result

    摘要給出了在優化加熱爐爐溫控制時，爐子的參數變化后，進行一種長期補償的辦法及其實際效果。
  8. Abstract : by using the 3 - d unsteady state heat transfer equation, the heat convection and radiation between the checker and the gas which flows through the checker holes, and the heat conduction among the checker in the chamber of the hot blast stove were studied. the time dependable gas temperature and the temperature distributions within the checker were obtained

    文摘:應用三維非穩態熱量傳輸方程，對高爐熱風爐在燃燒過程中蓄熱室內格子磚與氣體之間的對流和輻射傳熱，以及格子磚內部的導熱過程進行了耦合求解.得到了在燃燒期內格子磚及燃燒過程中燃燒廢氣的溫度分佈情況及其隨時間的變化規律
  9. During the past yesas, our products are fundamentally applied in household hardware industry, electic fans, electric hardware products, automobile, motor cars, bicycles, elevator, metal furniture manufacturing industry, stainless steel household utensils manufacturing, gas cooker units and electric water heater manufacturing, tin manufacturing, etc

    多年來我公司生產的數千臺電阻焊機，被大量應用在：家電小五金行業、電池行業、電風扇、電子五金件；汽車、摩托車、自行車；電梯金屬傢具製造，不銹鋼器皿製造，空調機殼體製造，各種燃汽爐具和電熱水器、制罐等行業。
  10. At the end of the experiment, we reconstructed the subsystem of second air measuring, i. e. we used airfoil measuring equipment as a replacement of original equipment of flute pipe. we also demarcated the velocities of spouts of burner which can deal with correlative data, and which can provide some help for operation

    最後又對監測系統二次風測量子系統進行改造，將原笛型管裝置修復為機翼測風裝置，對傳感器進行差壓標定;在爐內噴口處標定速度，將數據進行處理，提供給熱工控制顯示用，對運行調整提供了幫助。
  11. Compared with other general cfd software, the numerical modeling software of combustion process improved by the author of this paper has following features : ( 1 ) it can adjust the corresponding parameters and manipulating methods according to furnace architecture, operational parameters and fuels etc. ; ( 2 ) it can arrange the nodes of grid flexibly and also make special calculation to certain nodes, which cannot be accomplished by the general commercial software ; ( 3 ) in the boundary ( water - cooled wall ) condition processing, the third boundary condition is selected for the temperature calculating, linking the combustion process inside the furnace with the flow and heat exchange of water inside the water - cooled wall, so the heat absorbing and the influence of the water - cooled wall to combustion process and heat transfer of furnace are explicitly explained

    與其它通用的cfd軟體相比，經論文作者所改進的燃燒過程數值模擬軟體的特點在於： （ 1 ）能夠結合爐子結構、運行參數及燃料等，調整模型中相應的參數及處理方法； （ 2 ）可以靈活的安排網格節點，對某些節點進行特殊處理； （ 3 ）在邊界（水冷壁）條件的處理上，溫度選用了第三類邊界條件，把爐內燃燒過程和水冷壁內工質的流動和換熱聯系了起來，使得水冷壁內的吸熱情況對爐內的燃燒和結渣的影響充分體現出來。
  12. First, based on reading lots of references biomass gasification technology is discussed in detail including the basic principle of biomass gasification, categories and working principle of biomass gasification equipment and ancillary system of biomass gasification in this paper. second, performance calculation modules of sub - systems such as gas turbine, heat recovery steam generator, steam turbine and dryer in the bigcc system are built, especially, performance calculation modules of gas turbine fueling biomass fuel gas based on variable specific heat and biomass dryer are built. in the mean time, program of performance calculation modules for sub - systems is developed using delphi 6. 0

    首先，本文在閱讀大量文獻基礎上對生物質氣化技術進行了詳細的闡述，主要包括：生物質氣化基本原理、生物質氣化設備的種類和工作原理以及生物質氣化的附屬系統；其次，建立了bigcc系統中各個子系統燃氣輪機、余熱鍋爐、蒸汽輪機、乾燥器等的性能計算模型，特別建立了基於變比熱的燒生物質燃料氣的燃氣輪機性能計算模型和生物質乾燥器的性能計算模型，並用delphi6
  13. Gas flow in a magnesium reduction furnace was numerically simulated with the comprehensive cfx software, and the effect of the gas flow on heat transfer process in the magnesium reduction furnace was studied

    摘要採用cfx軟體對皮江法鎂還原爐內的煙氣流動進行數學建模和模擬計算，研究鎂還原爐內的煙氣流動對爐子傳熱過程的影響情況。
  14. Thus the idea is advanced to test crm heat by dta. some important components of crmdta are selected or designed in this paper

    論文對差熱儀供熱爐子、樣品支持器、測溫元件、總體結構和硬軟體進行了選擇和設計。
  15. Because the model used in the paper is different from other methods of judgment to slagging, all the variables affecting slagging are assigned the local values resulted from numeric calculation ( in other methods, the parameter to affect slagging can only use one flag value ). hence, the judgment to the slagging condition on any specific node of the grid can be made, so that effective and timely measures can be taken during operation

    因為，與其它結渣評判方法不同的是，本文的模型中，影響結渣的各變量全部用數值計算結果得到的當地值（其它判斷方法所用的參數，對一臺爐子只用一個標志值） ，這樣給出的是受熱面上任一網格節點的結渣情況，以便運行過程中及時有效地採取措施。
  16. Field : boiler production, heating treatment equipment, electric appliance, glasses, ceramic, metallurgy, chemical engineering, mechanism, textile, steel factory, aluminum factory, aero plant etc. we follow by the high quality, low price marketing method, reinforce internal managements, satisfy our customers, provide the best products and services, and attained good recognition and trust of our clients

    使用范圍：產品用於各種電爐製造，金屬產品熱處理設備各大鋼廠鋁廠冶金石油化工玻璃陶瓷搪瓷紡織家用電器電子電器工業電器食品機械飛機製造汽車製造航天航空軍品等製造行業。
  17. On the one hand, factor analysis is used to diagnose operating state of boilers so that the main factors affecting carbon loss of a boiler can be known ; on the other hand, the math model is created

    一方面利用因子分析法對鍋爐運行情況進行診斷，以了解影響一臺鍋爐機械未完全燃燒熱損失的主要因素；另一方面嘗試建立機械未完全燃燒熱損失的數學模型。
  18. The appearance questions of the cooling water pipe and reasons of high fuel consumption which existed in the use process have been carried on the analysis to the reheating furnace, and the reconstruct of the cooling water system has been carried out to the reheating furnace, and has obtained the certain energy - saving effect

    摘要對加熱爐內冷卻水管在使用過程中存在的問題及爐子燃耗高的原因進行了分析，並對加熱爐內冷卻水系統進行了改造，取得了一定的節能效果。
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