渦流加熱 的英文怎麼說
中文拼音 [guōliújiārè]
渦流加熱
英文
eddy current heating-
Induction heated oil tempered spring wire is a kind of new technical material which has been developed since 1980s. it can be heated by means of eddy induced into itself through electromagnetic coil and this method is mainly used in surface quenching. with correct designing and reasonable current frequency, induction coil and heat treatment process selected, as well as plc controlling applied, the wire can be uniform heated along cross - sectional and longitudinal direction and can be quenched and tempered continuously
應加熱油淬火-回火彈簧鋼絲,是二十世紀八十年代發展起來的新技術材料,在國外稱為itw induction heat oil tempered spring wire 。是通過線圈電磁感應鋼絲本身產生的渦流進行加熱,通常主要用於表面淬火。經正確設計,選擇電流頻率,合理的感應線圈及熱處理工藝,並實施plc控制,可使鋼絲整個截面及長度上得到均勻加熱,進行連續整體淬火和回火。Choosing the thin silicon steel board to be the vortex heating board material can not only decrease the weight of water heater and make the water heater smaller, but also accord with the tending to skin effect
選耿薄的硅鋼板作渦流加熱板的材料不僅符合渦流的趨膚效應,還可以大大減輕熱水器的重量和減小熱水器的體積。Based on researching the shaft bearing replacer, this paper built the models of electromagnetic field and vortex density in bearing race snap being induction heating
摘要在研究軸承內環感應拆裝的基礎上,建立了感應加熱過程中工件內電磁場和渦流分佈的基本方程。The regularities distribution of the electromagnetic field and vortex density had been simulated by the software matlab, the results of simulation not only proved the existence skin effect but also provided theory evidence for designing and researching of the shaft bearing replacer
通過matlab軟體對被加熱工件進行了電磁場和渦流分佈的計算機模擬,形象描述了工件內電磁場的分佈規律,證明了集膚效應的存在,為軸承感應拆卸裝置的設計研究提供了理論依據。In this paper. the conclusion of this paper has utility meaning in analysis on turbine blades cooling after some proper correcting of the geometry structure and boundary conditions
由於所採用的結構及計算域近似渦輪葉片的冷卻形式(主流加熱,內流通道冷卻) ,因此這種方法經過進一步的改進,可用於渦輪葉片冷卻的計算研究。So these circuits can be simplified. due to the power output of the electromagnetism vortex water heater has direct relation to the interval between the vortex board and the excitation loop plane
由於熱水器的熱功率輸出跟渦流加熱扳與勵磁線圈平面之間的距離有直接的關系,距離越小則輸出功率越大。Moreover, a method for iterating thermal and magnetic analysis is put forward. in chapter 5, the distributed characteristics of eddy and temperature fields in induction heating process are simulation by fem respectively, including the distributions of eddy and temperature fields during the whole induction heating process, the influence of frequency and magnetic disperse, and the prediction of hardened depth
第五章:用ansys軟體對感應加熱過程中工件內渦流場、溫度場的一些基本問題進行模擬及分析,主要包括:加熱過程中工件渦流功率密度及溫度分佈規律;頻率與磁力線逸散對加熱效果的影響;同時對感應淬火淬硬層深度進行了模擬預測。The paper establishes mathematics model of electromagnetic heating system of eddy current field and temperature field, and gives corresponding discrete format with elements as eight nodes, hexahedron equal cell, through calculating eddy - current field to gain the internal heat source that the temperature field needed, to use discrete method to solve the problem of induction - heating part ' s temperature field by axial symmetrical electromagnetic, and then to analyze the characteristic of instantaneous temperature field
本文建立了電磁加熱系統的渦流場和溫度場間接耦合的數學模型,分析了不同頻率下渦流和溫度的分佈情況,並以八節點六面體等參元為例給出了渦流場對應的離散格式,通過計算渦流場獲得溫度場所需要的內熱源強度,加熱部件的溫度場以軸對稱格式進行離散求解,並對瞬態溫度場有限單元法的求解特點進行了分析。A experimental study on a cooling system of a small flow vortex tube with the humidifer at the hot end
小流量渦流管熱端加濕製冷系統實驗研究In order to improve the refrigerating efficiency of the micro - vortex - tube, we have proposed a cooling system of a micro - vortex - tube with humidifying at the hot end. the hot gas temperature is lower than the gas of environmental temperature through humidifying the hot gas in the hot end
為了提高微型渦流管的製冷效率,提出了渦流管熱端加濕製冷系統,通過對熱端氣體加濕降溫,獲得低於環境溫度的氣體,同冷端氣體一起製冷。The induction heating generates heat by means of joule effect resulting from an eddy current. it is widely used in industrial operations due to its high efficiency, precise control and low pollution properties
感應加熱利用工件中渦流的焦耳效應將工件加熱,該方法具有效率高、控制精確、污染少等特點,在工業生產中得到了廣泛的應用。So the thin silicon steel board is the best material in this task of developing electromagnetism vortex water heater
顯然,選擇硅鋼板作渦流加熱板的材料是最合適的。And then we used the armor plate to do the experiment, we found that the thin silicon steel board which poses high magnetism conductance rate is far better than the normal steel board
選擇鋼板材料作渦流加熱實驗時,發現具有高磁導率的薄硅鋼板的渦流熱效應明顯比普通鋼板好。The simulations results show that the spoiler is available to make the fuel and the oxidizer coming from the former to stay in the cavity for a long time, to let the fuel and oxidizer mix and burn completely. since there is a high temperature zone forming by vortex in the middle of the motor, it required a restricted thermal protection. the plate with holes decreased the vortex function in the cavity, which could not promote the combustion efficiency, but to decrease temperature in the cavity and be benefit to thermal protection of the wall
計算結果分析表明:擾流板可以使燃料和氧化劑在擾流腔內的滯留時間加長,促進燃料與氧化劑的摻混燃燒,提高燃燒效率,但由於渦流在發動機的中間部位形成了高溫燃燒區域,致使局部燃料和絕熱層燒蝕速率增大,加大了熱防護的難度;孔板結構減弱了擾流腔內迴流區的漩流作用,不能增加推進劑燃燒效率,但可以使擾流腔內的溫度降低,給壁面熱防護帶來好處。The smaller interval is the larger power output is. so in order to be the largest power output, the structure should be as small as possible. as far as the instantaneous heating electromagnetism vortex water heater is concerned, the power which the excitation device outputs is too small, so we adopt two e
又由於對于即熱型電磁渦流熱器來說,單個勵磁裝置輸出的功率過小,達不到加熱的目的,因而木電磁渦流熱水器採用兩套勵磁裝置,進行雙面加熱,每塊渦流加熱扳的兩表面均有水流過,即整體上採用雙面加熱,四面過流的結構方式。Water can flow through two surfaces of each silicon steel board
每塊渦流加熱板的兩個表面都有水流過。First we used stainless steel tube - board and galvanization tube - board to do the vortex heating experiment. we found the heating effect in galvanization tube - board is better than in stainless steel tube - board
先使用不銹鋼管板和鍍鋅管板進行渦流加熱實驗,發現使用鍍鋅管的效果比不銹鋼管要好得多。On the design of structure, we adopted two pieces of silicon steel board to install inside the flume, each part encounters the excitation loop outside the flume
在結構設計上,採用兩塊渦流加熱板置於水槽式加熱器箱體的內部,分別對應外部的兩個勵磁線圈。On the other hand, electromagnetism vortex has been investigated deeply in foreign country or domestic, and the induction cooker has been manufactured, which was very popular in appliances market
因此,此前將電磁渦流加熱技術應用於開發熱水器的研究並不十分成功。對于電磁渦流加熱技術,國內外都投入大量的研究,已較成熟地應用於電磁爐。If applying the induction cooker technology to develop a new type electromagnetism vortex water heater, it would keep the characters of the induction cooker. so the electromagnetism vortex water can overcome the defect such as giving off poison gas, which pollutes environment and does harm to people health. the new type electromagnetism vortex water heater will be safer than traditional ones, because the electric and water is separated
借鑒電磁爐技術,若將電磁渦流加熱技術應用於熱水器,研製出電磁渦流熱水器,將具有電磁爐所具有的安全、高效、節能、環保的特點,從而克服了燃氣熱水器使用過程中排出的廢氣、毒氣污染環境,損害人體健康,熱效率低的缺點以及電熱水器水電不分離存在的安全問題,真正實現安全、高效、節能、環保的電磁渦流熱水器。分享友人