surface heat exchanger 中文意思是什麼
surface heat exchanger
解釋
表面換熱器-
Subsequently, we introduce some monitoring model and implement currently used, then we release our model, which suit the 1 # boiler of beilun power plant, on the basis of the models before. our model is subdivided into three categories, each category suit the heat exchanger of deferent type : the furnace, convective surface and trisector air preheater, all these categories use clean factor as the indication of the soot desposition level
首先介紹了鍋爐灰污染危害的現狀，對比研究了國內外的灰污染監測手段和監測模型，並針對北侖1 #鍋爐，建立了鍋爐各受熱麵灰污染監測模型，這些監測模型分為爐膛、對流受熱面、以及三分倉空預器三種類型，採用清潔因子作為受熱麵灰污染狀況的指標。 -
Ash deposition on boiler heat exchanger surface is a common phenomenon in fossile fuel powered power plant. this paper focuses on the research building a suitable model of soot deposition status of heat exchanger surface, and constructs a online monitoring system based on the built models. this will provide a reliable foundation to the optimal scheduling of the soot blowers
本文針對鍋爐受熱麵灰污染危害嚴重的普遍現象，以北侖電廠600mw1 #鍋爐作為研究對象，進行了有關電站鍋爐受熱麵灰污染在線監測的研究工作，為吹灰優化經濟運行提供了可靠的依據。 -
In the machinery industry, the sodium citrate is widely used for replacing sodium cyaniding to clean the metal surface of heat exchanger metal surface and the chemical pipeline, because of its nonpoisonous, no pollution, high combine performance, it is good buffer and complexing agent in the electroplate industry
在機械造業中，檸檬酸納由於無毒、無污染，高整合性能，因此廣泛用於替代氰化鈉，處理金屬表面熱交器和化工管道的清洗劑，是電鍍工業良好的緩沖劑和絡合劑。 -
To reduce the loss due to the fouling of the heat exchanger surface and improve the economic efficiency of the boiler, we must judge the soot deposition level exactly and reliably, then we can schedule the soot blowers to cure the loss caused by soot deposition
為了減少受熱面污染造成的損失，提高鍋爐經濟性，勢必要求準確可靠地判斷鍋爐受熱面的灰污染狀況，通過對吹灰器等加以調度來減少由於受熱麵灰污染帶來的損失。 -
After building the model of the boiler, we build a monitoring system based on the model to monitor the soot deposition level of the boiler heat exchanger surface. after this, we probe into the monitoring system, discuss its function, structure, modules and working process in detail
在建立了適用於該爐的監測模型之後，開發了鍋爐受熱麵灰污染狀況監測系統，詳細討論了在該監測系統要具備的功能、其總體結構、相應的模塊組成以及工作流程。 -
Enhanced heat transfer tube with spiral - surface has simple frame, cheap cost, and wide - ranging purpose. only few dirt can adhere to it and is easy to be washed. it has distinct strengthen effect, and can improve chief heat transfer coefficient at 35 - 40 % comparing with smooth tube exchanger which has same volume and pump power consumption
螺旋型表面強化管結構簡單，成本低廉，用途廣泛，結垢少且易清洗，其強化效果明顯，與體積、消耗泵功率相同的光管式換熱器相比，螺旋槽管換熱器可以將總傳熱系數提高35 40 ，因而備受人們青睞。 -
The results show that the silt carried in cooling water of the said plant is the main cause of fouling formation on the surface of heat exchanger in cooling water system
結果表明，冷卻水攜帶淤泥是該廠冷卻水系統換熱器表面污垢形成的主要原因。 -
The experimental study on the performance of heat - exchanger with hydrophobic surface
高疏水性空冷器性能的試驗研究 -
The author chose two typical rooms to study floor radiation heating system, analyzed change of temperature of every radiation surface in detail, and computed and analyzed the exchanged quantity of heat and room quality of room comfort. the paper analyzed the running parameters - temperature, flux, cop etc - of the gshp combined floor radiation heating system of four conditions which depend on the amounts of the turned on single vertical u - tube heat exchanger. the four conditions are as follows : condition that turning on 26 heat exchangers, condition that turning on 12 heat exchangers, condition that turning on 16 heat exchangers, condition that turning on 20 heat exchangers
本論文選擇了兩個典型房間主要對地板輻射採暖房間的各輻射面的溫度變化情況進行了詳細的分析，並對地板的散熱量和房間的舒適性進行了計算分析;並且以開啟不同數量的地源熱泵埋管換熱器進行了四個工況的測試並進行了詳細的分析和計算，分別為開啟全部地下埋管、開啟埋管12組、開啟埋管16組、開啟埋管20組。 -
The paper briefly introduces the work mechanism of heat pipe and heat pipe heat exchanger, the application of heat pipe heat exchanger in industrial recovery of waste heat, and the effective measures to prevent the problems such as ash accumulated on surface of heat pipes and sulphuric acid corrosion at low temperature during the running period of heat pipe heat exchanger
摘要簡要介紹了熱管及熱管式換熱器的工作原理，熱管式換熱器在工業余熱回收中的應用，以及熱管式換熱器運行過程中防止積灰和低溫腐蝕等問題的有效措施。 -
New model computing the secondary surface heat exchange of plate - fin heat exchanger
一種計算板翅式換熱器二次表面換熱的新模型 -
York s latest model achieves a new record of cooling capacity through the use of a high cooling power optima heat exchanger which increases the cooling surface area resulting in higher cooling capacity while the physical size of the unit remains unchanged
創下冷卻能量新記錄的york cooling king採用高冷卻能力的熱量轉換器，有關轉換器可在無需增加冷氣機體積的大前提下，提高冷卻空間，進而帶來前所未有的高冷卻能量。
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