溫度循環 的英文怎麼說

中文拼音 [wēnxúnhuán]
溫度循環 英文
temperature cycle
  • : Ⅰ形容詞(不冷不熱) warm; lukewarm; hot; gentle; mild Ⅱ名詞1 (溫度) temperature 2 (瘟) acute ...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • : 循動詞(遵守; 依照; 沿襲) follow; abide by
  • : Ⅰ名詞1 (環子) ring; hoop 2 (環節) link 3 (姓氏) a surname Ⅱ動詞(圍繞) surround; encircle;...
  • 溫度 : [物理學] temperature
  • 循環 : circulate; circle; round; repeat; loop; period; recurrence; cycling; circulating; mixing; circula...
  1. Procedure for system - level temperature cycle endurance test

    系統級溫度循環耐久性試驗程序
  2. Standard practice for determining the effects of temperature cycling on fenestration products

    測定穿孔產品溫度循環效果的標準實施規程
  3. According to the m1l - std - 883c standard of thermal cycle loading, the delamination propagation rates at the interface between chip and underfill were studied experimentally by using c - mode scanning acoustic microscope ( c - sam ) for two types of flip chip packages with different states of solder joint

    採用mil - std - 883c標準,通過溫度循環實驗,使用高頻超聲顯微鏡( c - sam )無損檢測技術,測量了在不同焊點狀態下, b型和d型兩種實際倒裝焊封裝晶元與底充膠界面分層裂縫傳播速率。
  4. In this paper, the sensibility analysis of the factors affecting the temperature in well bore is relatively systematically made by using a large number of the data calculated with the borehole flow and heat transfer 3 ? d numerical model proposed by the author. the study shows that the thermophysical parameters of the drilling fluid and formation, etc. and the entrance temperature and circulating capacity, etc. of drilling fluid have a greater influence on the temperature in well bore. therefore, accurately mastering the thermophysical parameter values of penetrated formation and drilling fluid in well bore, considering the influence of the temperature and pressure on thermophysical parameters and accurately measuring such parameters as entrance temperature and discharge capacity of drilling fluid, etc. are of utmost importance for accurately simulating the temperature in well bore

    利用由作者提出的井內流動和傳熱的三維數值模型計算所得的大量數據,文章對影響井內的諸多因素進行了較系統的敏感性分析,研究表明:鉆井液和地層等的熱物理參數以及鉆井液的入口排量等對井內有較大影響,因此,準確掌握所鉆地區地層和井內鉆井液的熱物理參數值,考慮壓力對熱物理參數的影響,準確測量鉆井液的入口、排量等參數值,對于井內的準確模擬至關重要。
  5. The sort, material composite, structure properties and conduction mechanisms of eca ( electrical conductive adhesive ) were discussed in this paper. then three types of ega specimens were designed and made, on which temperature cycles test from - 55 ? to + 125 ? and thermal aging at + 125 ? were carried out. changes of the adhesive strength, eca ' s bulk resistance and contact resistance under the environment stress were summarized and a detailed evaluation on these specimens was given

    本文在全面闡述導電膠的分類組成、物理結構、導電機理的基礎上,設計並製作了三批導電膠樣品,通過對樣品進行長時間的- 55 ? ? + 125溫度循環和125高存儲試驗,總結了導電膠粘接強、體電阻和接觸電阻在境應力下的變化規律,對三類樣品的長期可靠性做出了全面的評價,並結合導電膠電阻率和「穿流閾值」的計算機模擬,給出了提高導電膠可靠性和電導率的建議,介紹了國內外在高電導率高可靠性導電膠研製方面的一些最新進展。
  6. Flame tube in aircraft engine undergoes high temperature and high speed airflow washing. a hypothesis was suggested, which takes the transient heat transferring as the main reason to the cracking and damage on flame tube. finite element method was adopted to simulate the thermal fatigue and the hypothesis was reproduced

    發動機火焰筒的熱疲勞損傷是導致火焰筒失效的主要原因,本文提出了一種火焰筒熱疲勞損傷假設,認為火焰筒熱疲勞損傷不是由於發動機的運行和停車時冷熱溫度循環造成的,而是發動機啟動時瞬態傳導過程中材料塑性變形的結果,利用該假設結合有限元計算模擬了火焰筒產生疲勞損傷的原因。
  7. Aerospace series - elements of electrical and optical connection - test methods - part 218 : ageing of terminal lugs and in - line splices by temperature and current cycling

    航空航天系列.光電連接件.試驗方法.第218部分:終端電插片和內連接件的溫度循環老化和電流老化
  8. Plastics piping systems - thermoplastics piping systems for soil and waste discharge inside buildings - test method for resistance to elevated temperature cycling

    塑料管道系統.建築物內糞水污排放用熱塑制管道系統.耐高溫度循環的試驗方法
  9. The residue contact pressure will be decreased after temperature cycle, the higher the working temperature, the lower the residue contact pressure, which has been proved by experiment

    研究表明,當復合管處于熱加載狀態時,復合管存在著極限工作;經過極限溫度循環后,殘余接觸壓力將減小,且極限越高,殘余接觸壓力值越小;通過實驗得到了驗證。
  10. Based on the experiment of nimh battery, investigations on characteristics of discharging and charging of nimh battery, and analysis of influencing factor of nimh battery, an approach of ah ? coe ? ocu has been carried out to estimate an accurate surplus energy and state of charge of nimh batteries, and consider the compensation of the temperature, aging and self - discharging etc. after theoretic analysis has been completed, simulations are given to determine parameters of batteries for changan hev

    本文在蓄電池試驗的基礎上,分析和研究ni - mh蓄電池充放電特性及其影響因素,建立了電池內阻、電動勢模型,提出了安時?能量守恆?開路電壓演算法( ah ? coe ? ocu法)預測蓄電池的剩餘能量和荷電狀態計算方法,並進行使用壽命、自放電等補償,從而建立了蓄電池的充放電模型。
  11. Optics and optical instruments. environmental test methods. temperature cycles combined with sinusoidal or random vibration

    光學和光學儀器.境試驗方法.與正弦波振動及隨機振動組合的溫度循環
  12. Optics and optical instruments - environmental test methods - temperature cycles combined with sinusoidal or random vibration

    光學和光學儀器.境試驗方法.與正弦波振動或隨機振動組合的溫度循環
  13. The change of residual contact pressure of bimetal composite pipe under the action of heat load in this article, the possibility of separation between two metal layers in temperature cycle was researched ; it has been shown that under heat loading condition, it has a limit working temperature

    摘要分析了在熱載荷作用下雙金屬復合鋼管結合強的變化,研究了經歷溫度循環后內外層管之間出現松脫的可能性。
  14. Semiconductor devices - mechanical and climatic test methods - temperature cycling

    半導體器件.機械和氣候試驗方法.溫度循環
  15. Temperature cycling test

    溫度循環試驗
  16. Test method for axial load temperature cycling of drop cable connector interface

    分接電纜連接器介面的軸向負荷溫度循環試驗方法
  17. Semiconductor devices - mechanical and climatic test methods - part 25 : temperature cycling

    半導體器件.機械和氣候試驗方法.第25部分:溫度循環
  18. Communication cables - specifications for test methods - environmental test methods - temperature cycling

    通信電纜.試驗方法規范.境試驗方法.溫度循環
  19. Communiaction cables - specifications for test methods - part 4 - 6 : environmental test methods - temperature cycling

    通信電纜.試驗方法規范.第4 - 6部分:境試驗方法.溫度循環
  20. Procedure to measure temperature cycling effects on optical fiber, optical cable, and other passive fiber optic components

    溫度循環對光纖光纜和其他無源光纖元件影響的測量程序
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