heating power 中文意思是什麼

heating power 解釋
發熱能力
  • heating : adj. 1. 加熱的；供熱的。2. 刺激的。n. 1. 加熱；供暖；（建築物的）暖氣裝置。2. 白熾，灼熱。
  • power : n 1 力，力量；能力；體力，精力；（生理）機能；〈常 pl 〉才能。2 勢力，權力，權限；威力；政權；權...
  1. Tilizing sirocco - cycling heating system, honeycomb board complex molding machine can make full use of heat energy and lower the heating power

    蜂窩紙板復合成型機採用熱風循環加熱系統，可充分利用熱能，降低加熱功率。
  2. We made use of wheatstone bridge to control ratio of heating power between the samples, thus, it enable to control and measure the differential heating power accurately. consequently, it improves sensitivity of the system. the resolution of the measurement can reach from 1 : 1000 to 1 : 10000 or better in comparison with the traditional differential technique

    我們測量了聚苯胺及其摻雜鹽酸后在1 . 8k至45k的熱容，利用聲子分形子模型來處理非晶態對比熱的貢獻，對獲得的數據進行處理，發現eb和es的比熱數據均不符合德拜理論，超出德拜模型的比熱來源於非晶態的貢獻。
  3. Hysteresis is not only found for the temperatures, due to the difference between the onset and damping temperatures, but also for the input heating power, i. e., the critical onset power is also different with the critical power for the damping process

    此外，還發現熱聲起振和消振過程中的臨界溫度和臨界功率都存在滯后現象。基於對滯后現象的分析，提出了一個混合驅動源熱聲驅動器的方案。
  4. At the same time, the control circuit must realize power regulating of the rectifying circuit and the inverter circuit and keep some parameters impervious to the interferer. this paper has researched high frequency solid induction heating power supply

    同時，控制電路必須對整流電路、逆變電路等系統主電路部分進行功率控制，使在各種擾動下維持系統各參量不偏離其設定值。
  5. Drying and solidification system : multi - formed oven and path. forms of heating : power, steam, gas, fuel and coal

    烘乾固化系統：多種形式的烘烤爐、各種形式的烘道，加熱源形式有：電力、蒸汽、燃氣、燃油、燃煤。
  6. In famous constructions and key projects such as capital international airport, sanxia three gorges hydropower project, nanjing metro subway, qingdao good - world sea palace, jinan railroad sub - bureau, suzhou amusement park, beijing 1st heating power plant, china 2nd autombile plant, xian peace villa, our products continue to operate safely

    其技術性能指標達到目前國內同類產品的領先水平，其空載損耗比s11型配電變壓器的空載損耗降低60以上。同時，由於本產品採用全密封結構，絕緣油和絕緣介質不與空氣接觸，因而可在潮濕的環境中運行，是城市和農村配電網路中理想的配電設備。
  7. Use clamp ampere meter to measure the current and check if the heating power is normal

    用鉗形表測量電流，檢查發熱功率是否正常。
  8. A loop for calculating the fuel heating power on line by enthalpy is described together with the setting of its important arithmetical parameters

    輪發電機組制動風閘的位置檢測，因習慣上採用機械式行程開關，導致故障率高，檢測可靠性差。
  9. At present, in studying and developing heavy capacities and parallel resonant inverter, it is expected to solve the problems of researching on simple structure and easy to start frequently series resonant inverter in the fields of domestic high frequency induction heating installation. therefore, researching of the subject is to design and study a high frequency ( more than 1 mhz ) and high power topological structures of full solid - state induction heating power supply

    目前在研究和開發大容量的並聯逆變中頻電源的同時，研製結構簡單，易於頻繁起動的串聯逆變高頻電源是國內高頻感應裝置領域有待解決的問題，基於此種需要，本課題主要研究設計一種高頻（ 1mhz以上）大功率全固態感應加熱電源逆變電路的拓撲結構。
  10. 2 the manner of setting flux of heating power station that according to area of heating was disused. the characteristic parmeter of heating power station was recognized in genetic algorithm, it make the flux of heating power station change followed the area of heating change and make preparations for charging according to area of heating

    2廢棄了原來採用的按面積確定換熱站一次流量的方法，對換熱站的熱力特性參數進行辨識，使一次供水流量能夠動態的跟隨各站供熱面積的變化，為將來按熱收費打下了基礎。
  11. Concentric jacket pipe surrounded the test condenser. steam was generated in the boiler, flowed upward to the inlet of connection pipes, then flowed downward into the condenser tube, the cooling water flowed countercurrently through the annulus. the experiment covered the range of the pressure 1. 0 ~ 3. 0bar, heating power 2. 0 ~ 15. 0kw, steam mass flow rate 0. 001 ~ 0. 004kg / s, air mass flow rate 0. 0 ~ 0. 00163kg / s, and cooling water temperature 20 - 60 ?

    在系統壓力為0 . 1 0 . 3mpa ，加熱功率為2 15kw ，蒸汽質量流量為0 . 001 0 . 004kg s ，空氣質量流量為0 . 0 0 . 00163kg s ，二次側冷卻水溫度20 60的范圍內，系統研究了豎直下降管內含有空氣的蒸汽冷凝特性，獲得了不同壓力、不同空氣含量和不同加熱功率下，冷凝段的溫度分佈和局部熱流密度的數據。
  12. It " s very necessary to design and utilize the drive circuit of high frequency power mosfet, power regulation circuit and frequency - tracing circuit as three very important parts in control system of induction heating power supply. all those provide some experience for the designing and debugging of electrical source, reducing the cost and advancing efficiency

    本課題就是基於這種需要，研究高頻（ 1mhz 3mhz ）情況下採用功率mosfet為主開關器件的串聯逆變電源的頻率跟蹤控制電路，因此高頻情況下功率mosfet的驅動電路、頻率跟蹤電路以及功率調節電路等成為主要的研究對象，這些為以後電源裝置的設計調試、減少器件成本及提高工作效率提供良好的前期準備。
  13. This new technology changes from the traditional method by which the induced and compressor wheel separately are designed and produced to a new one by which the one - piece compressor is designed. on the basis of this new technology and the optimum blade profile, the performance of both the compressor and the turbocharger is largely improved. through the heating power calculation of the compressor, the analysis of the surge and the block of the compressor, the test - bed performance test of the turbocharger, the matching test of turbocharger and diesel engine, the propulsion test of the turbocharger on plateau condition, it is proved that the newly - designed compressor not only has high efficiency, but also improves the flow distribution in the high efficiency area so that the propulsion line can run through the high efficiency area

    主要內容包括：提出一種全新的壓氣機葉輪技術和概念，這種技術將傳統的導風輪和壓氣機分開設計、單獨加工改為整體設計、整體加工的單體葉輪；從增壓器與柴油機配機計算所得出的基本參數出發，通過對壓氣機進行熱力計算，確定壓氣機的基本結構參數；再對葉型以及葉輪輪廓與葉輪罩殼的配合間隙進行優化，對新設計的壓氣機進行喘振和堵塞分析；通過增壓器平臺性能試驗，驗證了新設計的壓氣機的性能水平得到了較大的提高，達到了提高增壓器的整體性能水平的目的；通過增壓器與柴油機配機試驗、以及增壓器用於高原條件下的牽引試驗，驗證了新設計的壓氣機不但具有高效率，還改善了高效率區的流量分佈，使牽引特性線貫穿高效率區。
  14. The strategies of the closed loop control of high frequency induction heating power supply and the fuzzy control is introduced to the power control

    最後分析了高頻感應加熱電源的閉環控制的控制策略，並將智能控制引入感應加熱電源的功率調節中。
  15. This paper has researched high frequency solid induction heating power supply. in the first chapter, it has introduced the history and basic knowledge of induction heating, and the development of power electronic devices are also introduced

    本文以固態高頻感應加熱電源為研究對象，首先簡要的介紹了感應加熱的基本知識和感應加熱技術的發展過程，同時對電力電子器件的發展也做了簡要的介紹。
  16. In the second chapter, it has introduced the super - frequency induction heating power supply in detail, including its rectifier, its inverter and its parallel - resonant load

    第二章對超音頻感應加熱電源做了詳細的技術分析，包括它的整流電路、逆變電路和並聯諧振槽路。
  17. We design inversion control circuit with cmos figure pll cd4046 act as core and microprocessor 80c196kc act as assistant controller. adopting a control method that combine fuzzy controller and pll control, improve induction heating power succeed in startup. adopting electric current voltage pair closed loop feedback design, with trough route capacitance voltage and trough route electric current act as pair closed loop feedback signal, guarantee induction heating power output accuracy

    並對系統主電路的元器件參數進行了詳細的計算；設計了以cmos數字鎖相環cd4046為核心、以80c196kc作為輔助控制器的逆變控制電路；採用了模糊邏輯與鎖相環相結合的控制技術，提高了電源的啟動成功率；採用電流、電壓雙閉環反饋方案，採用槽路電容電壓和槽路電流作為反饋信號，從而保證了電源功率的輸出精度。
  18. It is difficult to apply general pid control to temperature of secondary water of the heating power station with the indeterminate nonlinear and changing parameter characteristics by self - adjusting three parameters k _ ( p ) k _ ( j ) k _ ( d ) on line the fuzzy - pid controller has better response rate and stability property than the general pid controller

    常規的pid控制難以滿足供暖熱水溫度控制要求。據此，本文提出了採用模糊pid演算法實現對熱力站溫度的控制，利用模糊推理對pid參數k _ p 、 k _ i 、 k _ d進行在線整定。
  19. On the basis of these, design machining drawing of medium frequency induction heating power, and produce a prototype of a machine, debugging and testing to prototype of a machine

    與此同時，還設計了中頻感應加熱電源的各種保護電路和中頻電源的生產圖紙，研製了一臺樣機。
  20. Electric heating power kw

    電加熱功率kw
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