memory effect 中文意思是什麼

memory effect 解釋
存儲效應
  • memory : n. 1. 記憶;記憶力;【自動化】存儲器;信息存儲方式;存儲量。2. 回憶。3. 紀念。4. 死後的名聲,遺芳。5. 追想得起的年限[范圍]。
  • effect : n 1 結果。2 效能,效果,效力,效應,作用,功效;影響。3 感觸,印象;外觀,現象。4 旨趣,意義。5 ...
  1. Typical examples include common elements such as oxygen, helium and the relative new carbon - 60 ; the anaesthetic gases such as nitrous oxide lathing gas and ether, urea - the first man - made organic compound, consumer products such as adhesives and the sugar substituted aspartame ; dna the coil of life ; and the fiascos in the proclaimed discoveries of cold fusion and memory effect of water

    主要內容包括:氧、氦、笑氣、乙醚、碳60等元素及化合物的發現, 11 .第一個有機化合物的合成,各類日用黏貼膠的制備,代糖aspartame的發現, dna雙螺旋結構模型的釐定以及冷核聚變和水分子記憶功能兩項發現的鬧劇。
  2. Research progress in micromechanism of shape memory effect in niti alloys

    砂帶磨削技術及材料的研究現狀和發展前景
  3. The aim of the paper is that providing evaluation evidences to find early the place and degree of fatigue accumulation damage through researching the relation between fatigue accumulation damage and magnetic memory effect based on stationary wave

    本文的目標是通過基於駐波疲勞累積損傷與磁記憶效應關系的研究,為早期發現這類構件的疲勞累積損傷部位及其嚴重程度提供評價依據。
  4. Therefore, sequential research on chf is necessary. when in accidental conditions of nuclear reactor, the mass flux of coolant is very low. in such condition, the steam quality is high, and the mechanism of chf is mainly controlled by bulk flow, whereas microcosmic parameters near the chf area are affected by the flow conditions in whole tube which called " upstream memory effect "

    在反應堆事故工況下,冷卻劑流量很低,含汽量很高,其臨界機制與正常運行工況下的臨界機制有所不同,不僅是一種主流控制臨界工況,更由於其局部的各微觀參數受上游流道的累積效果的影響而存在上游記憶效應。
  5. The parameters contain impulse noise, memory effect, scan correlated shift, coherent noise, random noise, dropped lines, inoperable detectors, saturated detectors, mtf, system resolution

    輻射性能參數包括脈沖噪聲、記憶效應、掃描相關偏移、一致噪聲、隨機噪聲、丟失行、不可操作探測器、飽和探測器、調制傳遞函數、系統解析度。
  6. At compared with ni - cd battery is better owing to high specific cap - acity, no memory effect, and no cadmium pollutio - n. while it is used on electric vehicle, the complete weight of the vehicle can be reduced, the perform - ance of application is good and servicing life is long. it is an ideal power source for electric vehile

    鎳氫電池與鎳鎘電池相比,既相似又超越,比能量高、無記憶效應、無鎘公害,應用於電動車上時,使整車重量減輕、使用特性優良、壽命長,是理想的電動車電源。
  7. Microstructure and shape memory effect of cualmnznzr alloy

    合金的顯微組織及其形狀記憶效應
  8. Shape memory effect of femnsicrni shape memory alloy

    鐵錳硅鉻鎳形狀記憶合金的形狀記憶效應
  9. The study showed that the memory effect of water flux of pan / pu hollow fiber membranes was tightly related to interfacial phase micro - void

    結果表明水通量的記憶效應與相界面微孔密切相關。
  10. Memory effect of banner web - ad

    網路旗幟廣告的記憶效果
  11. It shows that at the stress concentration zone, changes of mfl were relatively weak with slight deformation of the specimens. with the deforming to plastic and further the changing of mfl exhibits more distinct, and when necking emerging a very intensive change takes place. it is indicated that magnetic memory effect is related to the microstructure of the material

    經分析認為,磁記憶信號的這種變化與材料內部微觀組織的狀態有關,試件變形很小時,磁彈性效應對試件表面泄漏磁場的變化起主要作用;試件變形較大時,其表面泄漏磁場的變化主要受塑性變形區內位錯聚集產生的微缺陷的影響。
  12. Temperature memory effect of ti - ni - cu shape memory alloy

    形狀記憶合金的溫度記憶效應
  13. The influence of retrieval format on subsequent memory effect

    提取方式對相繼記憶效應的影響
  14. Shape memory effect of cu - 11. 19al - 6. 43mn alloy

    合金的形狀記憶效應
  15. The mechanism analysis on the shape memory effect of cu - zn - al alloy

    合金形狀記憶效應的機理分析
  16. An investigation on shape memory effect of femnsicrnico alloy

    6061復合材料上的潤濕性研究
  17. Main research works can be summed up in four aspects. firstly, the sensing and actuating characteristics of shape memory alloys were systematically studied and measured after analyzing shape memory effect and superelasticity

    全文的研究工作主要分為四個方面:首先,在對sma形狀記憶效應和超彈性行為分析的基礎上,系統研究和測試了sma的傳感和驅動性能。
  18. Study on shape memory effect of tini alloy after impact deformation

    鈦鎳形狀記憶合金沖擊變形后形狀記憶效應的研究
  19. The memory effect of mh - ni battery

    電池記憶效應的研究
  20. But so far, the magnetic memory effect of oscillatory components has not been studied enough, which embarrasses the application and development of magnetic memory testing technique

    但目前對振動構件的磁記憶問題研究不足,嚴重阻礙了該技術的應用與發展。
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