winding temperature rise 中文意思是什麼
winding temperature rise
解釋
線圈溫升- winding : adj. 1. 卷繞的；繞線的，繞組的。2. 迂迴曲折的，蜿蜒的。n. 1. 卷繞起來的一盤（繩索等）；卷繞動作；絡紗。2. 彎曲，紆曲；不正行為。3. 【采】卷揚，提升；【電學】繞組，繞法；線圈。
- temperature : n. 1. 溫度，氣溫。2. 體溫。3. 〈口語〉發燒，高燒。
- rise : vi （rose; risen ） （opp fall sink）1 上升，升起；（日、帆等）現出，出來；（地勢）向上斜，隆起。...
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Guide for determination of maximum winding temperature rise in liquid - filled transformers
液體填充變壓器的最大繞組溫度升高的測定指南 -
Maximum temperature - rise of winding : 125k
最高溫升： 125k -
Maximum temperature - rise of winding : 100k
最高溫升： 100k -
The thermal model used in this paper can figure out the temperature rise of the winding and core respectively
本文採用的熱模型包含兩個熱源和三個熱阻，可以分別計算出平面變壓器繞組和鐵心的溫升。 -
On this basis, fortran program is written to solve temperature and velocity fields in transformer. by using this program we can calculate total flow, duct flow, mean temperature rise of transformer oil, oil time constant, mean oil temperature rise in each winding - coil, temperature distribution in each winding - coil, and stable / transient state temperature field. so this program has a great use value
在此基礎上，我們編制了計算自然油導向冷卻的具有餅式線圈變壓器流場和溫度場的fortran程序，程序可以對總油流量，進入各相、各油道的油流量，各線圈內的油流分佈，變壓器的油平均溫升，油的時間常數，各線圈的平均線油溫升，各線圈內的油溫分佈以及各線圈的穩態溫度場、暫態溫度場進行定量模擬，具有較強的實用價值。 -
Guide for determination of maximum winding temperature rise in liquid filled transformers
充液變壓器的最大繞組溫升的測定指南 -
So, insulating material, especially the temperature rise value that winding circles the heat - resisting ability of the paper insulating material between restricted transformer
所以，絕緣材料，尤其是繞組匝間的紙質絕緣材料的耐熱能力限制了變壓器的溫升值。 -
By close study on the average temperature rise, temperature distribution, and tune constant of the class f resin dry type power transformer ' s high voltage and low voltage winding under self - cooling and wind - cooling mode, we find out the connection between the variation of the load and the items, mentioned above. the results of the experiments can be reference to both thermal design optimization of dry type power transformer and the revision of current standards. meanwhile, we develop the software, which can predict the overload ability of the dry type power transformer
本文對f級樹脂澆注式乾式變壓器的高、低線圈的平均溫升，內部溫度分佈和時間常數在自冷和風冷，兩種冷卻方式下隨負載變化的規律進行了研究，得出了平均溫升、熱點溫升和時間常數隨負載變化的相互關系和有關計算用參數和公式，試驗結果可作為改進乾式電力變壓器的熱設計的依據和對現行標準進行修改的參考。
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