dynamic loss 中文意思是什麼

dynamic loss 解釋
動力損失
  • dynamic : adj 1 動力的,動力學的;力學(上)的;動(態)的;起動的。2 有力的,有生氣的;能動的;(工作)效...
  • loss : n. 1. 喪失;丟失,遺失。2. 減損,損失,虧損(額);損耗;減少,下降。3. 失敗;輸掉。4. 錯過;浪費。5. 損毀;【軍事】傷亡;〈pl. 〉 傷亡及被俘人數。
  1. A new dynamic adaptive aqm ( active queue management ) scheme based on network loss ratio is proposed

    摘要提出了一種新的基於網路丟包率的動態自適應的主動隊列管理的改進演算法。
  2. The dynamic change of nh4 +, no3 - and tn, under the situation which urea was applied in the high fertility paddy - field in yuhang of hangzhou city with a lysimeter which was designed and made by ourselves, was studied and analyzed in order to find the rules of the change in the water - body of surface and the leakage rule of nitrogen, to reduce the effect of nitrogen loss on the water pollution

    藉助自行設計製作的稻田滲漏計,在杭州餘杭對高肥力稻田不同施用尿素氮肥情況下,稻田地表水和滲漏水中銨態氮、硝態氮和總氮(簡稱三氮)的動態變化規律進行了研究分析,以利於發現氮素在地表水體變化和淋失規律,盡量減少氮素淋失對地下水體所造成的影響。
  3. Dynamic observation on hearing loss caused by sustained noise exposure for ten years

    持續接噪工人10年聽力損傷動態觀察
  4. In the past, the establishment of dynamic mathematical model neglected iron loss generally, but iron loss exists truly

    以往建立感應電機動態數學模型時,通常忽略了電機的鐵耗,但在電機中鐵耗是真實存在的。
  5. The results show that the dynamic elastic modulus, loss modulus and complex viscosity of the nanocomposite are higher than those of pp, while the loss factor is lower, that the complex viscosity of the nanocomposites is more sensitive to temperature, and that the flow activation energy and the crystallization temperature increase respectively by 15 % and 10k as compared with pp, which may contribute to the enhanced interfacial interaction between pp and ommt resulting from the addition of tmpp

    結果表明:與純聚丙烯相比,納米復合材料具有較高的動態彈性模量、損耗模量和復合粘度,力學損耗因子則降低,納米復合材料的復合粘度對溫度的敏感性略高於聚丙烯;界面改性劑的加入增強了有機蒙脫土與聚丙烯的界面作用,與聚丙烯相比,納米復合材料的流動活化能提高約15 % ,結晶峰溫度提高10k左右。
  6. Standard test method for loss modulus conformance of dynamic mechanical analyzers

    動態機械分析儀損耗模量一致性的標準試驗方法
  7. Abstract : this paper uses examples to demonstrate that ambiguous dynamic profit and loss model can analyze management system of oil depot station. computing program can make decision of operating analysis simple , quick and feasible

    文摘:本文用示例表明,應用灰色動態盈虧模型可進行石油庫站經營系統的分析,將其計算方法編製成計算機程序,可使經營分析的決策過程更加簡化、迅速、實用。
  8. The dynamic mechanical thermal analysis suggests that the loss modulus of pp / fe composites increased with cycles of milling

    30inz哈(碾磨14次的比表面積為4 16mz咆pp與wtr復合形成結合緊密的復合粉體。
  9. To limit the predicting precision loss in a certain range, author presented a method of bayes modeling and predicting for dynamic errors based on standard value interpolation at intervals during the multi - step prediction after consulting a lot of papers at home and abroad

    為將預報精度損失控制在一定的范圍之內,作者在查閱了國內外大量相關文獻之後,提出了基於標準量插入的動態測量誤差的貝葉斯建模預報理論,並根據貝葉斯理論給出了預報值的不確定度。
  10. Study on soil and water loss and dynamic of soil water of citrus orchards in demonstration area of environmental migrants, northwest guangxi

    桂西北環境移民示範區柑橘園水土流失及土壤水分動態研究
  11. After the comparison of the merits and faults between fourier spectrum analysis method and wavelet - neural network analysis method, the latter is selected. after the research on the principle of accuracy - loss diagnosis of the dynamic measurement, the diagnosis theory and method are advanced. according to the error model established of the dynamic system and the results of the error tracing, using bp neural network, the accuracy - loss law of each inner unit is acknowledged

    對于實際進行誤差分解與溯源的信號處理方法,在比較了譜分析方法與小波神經網路分析方法的優缺點之後,指出譜分析方法的分解結果不夠理想,並最終確定用小波神經網路來進行實際測量系統的誤差分解與溯源。
  12. Magnetics is one of the main factors, which limit the power - density and characteristics of power module. for lowing weight and volume, reducing power loss and ripple current, improving dynamic performance, the magnetic - integration technique has been one of the research populations in power electronics. the thesis researches the magnetic - integration applied to the active - clamp forward converter so as to reduce the ripple current and improve its performance

    對于已經大量採用高頻軟開關技術的模塊電源,限制其功率密度進一步提高、性能進一步改善的重要因素之一是磁性元件,而磁集成技術由於具有可以減小磁件體積重量,減少磁件損耗,減小輸出電流脈動,改善輸出動態性能等優點,成為目前電力電子技術的研究熱點之一。
  13. Subsequently, taking into consideration the characteristics of audio data over internet including delay, jitter, packet loss and etc., we propose a series of methods for solving this above problems, such as pre - storage technology, buffer technology, dynamic adjustment of the voice - coding rate to the state of network and integrated media synchronization playing mechanism, and etc. in the end, simulation on 10 / 100m lan is made using the above methods, and the result of the experiment demonstrates the method has good performance and can improve the quality of the audio data transmission

    其次本文還深入研究了語音數據在非實時的internet數據網上的傳輸特性,這些特性包括延時、延時抖動、數據包丟失等。在本文的設計方案中提出了針對這些問題的解決方法,包括預取機制、設置緩沖區技術、動態速率調節技術以及媒體綜合同步播放機制等。最後採用這些方法在10 100m局域網上做了模擬實驗,實驗結果表明本文提出的方法是有效的,在網路狀況惡劣的情況下能夠改善語音播放質量。
  14. The features of the dynamic bit rate allocation model are listed below : 1. the existed dynamic bit rate allocation algorithms that only involved the situations of data loss ca n ' t meets the requirement of the videoconference system

    作者的動態位速率調整模塊具有以下特點: 1 )已有的動態速率調整演算法只考慮了發生loss時進行速率調整,在一定程度上不能滿足視頻會議系統的實際需要。
  15. Here the operations research, economics and related knowledge are used to analyze this issue. the author firstly elaborates such issues as : finance decision - making, investment environment analysis, decision making evaluation index, and investment risk analysis, and then a dynamic multi objective programming model is set up. there are three objectives in the model, which are npv, value and opportunity loss

    本文針對我國航運企業的經營特點及其所面臨的問題,運用運籌學中的多目標規劃法,在分析闡述融資決策、投資環境、投資決策評價指標及投資風險分析的基礎上,提出並建立了船舶投資決策多目標規劃模型,在船舶運營經濟效果、決策者效用值、機會損失等方面,對各種投資方案的不同特點進行了比較選優。
  16. Real - time transport with dynamic error correction code utilizes error correction methods that vary with current packet loss rate and packet error rate of network

    該技術是在多媒體數據的實時傳輸中,依據網路丟包率和包錯誤率情況,動態的使用不同糾錯編碼方案的實時傳輸技術。
  17. Having set up the models of the system, we discussed further some primary problems of the real - time technology, such as the data processing, the calculation of the flow, the calculation of the loss and the effective measures that can decrease the loss etc. the data processing realized the dynamic subsection interpolation to the original data. through this measure, the data would be more precise and reliable. the calculation of the flow and the loss solved the problems about the real - time calculation of the flow and the loss, showing the characteristics and advantages of the real - time system

    其中數據處理演算法實現了對取得的原始數據進行動態分段插值,使得處理后的數據有效的貼近介面數據的原始幾何,較好的反映了系統的運行狀態;潮流計算和損耗計算解決了利用運行數據和系統參數在線計算系統潮流和損耗的問題,反映出實時系統的特點和優勢;降損分析主要探討了較通用的一些技術降損措施,並定量的分析了它們的降損效果和同時採用幾種措施的綜合降損效果。
  18. 4. taking example for dimension accuracy, and applying modem mathematical methods such as time series analysis, grey system theory and artificial neural network theory, the mathematical models of dynamic loss of manufacturing accuracy are established. the comparison of the accuracy of each model is made by illustrations

    以尺寸精度為例,分別應用時間序列分析、灰色系統理論及人工神經網路原理等現代數學手段建立了加工精度動態損失的數學模型,通過實例進行了各種模型精度的比較。
  19. The linear viscoelastic behavior of melts for nanocomposites with different content of montmorillonite modified by cetyltrimethylammonium bromide and octadecyltrimethylammonium bromide was studied. the results obtained through examining the dynamic storage module g ", dynamic loss module g " and stress relaxtion module g ( t ) of the composites revealed that the linear viscoelastic properties of composites strongly depended on the loadings of montmorillonite exfoliated into the composites

    在蒙脫土含量低至3叭%時,體系低頻率區域(末端區域)的動態模量出現近似於固體的粘彈行為屍類固( solid - li毅的」行為) ,模量對頻率依賴性降低甚至無依賴性。
  20. The dynamic mechanical behavior of the polymer composites, dynamic storage modulus ( g ' dynamic loss modulus ( g " ) and loss tangents ( tans ), have been studied in this paper. for different ceramic, the higher structure of the ceramic filler is, the high value of tan8 is

    研究了壓電陶瓷/聚合物復合體系的動態力學,發現壓電陶瓷在聚合物中的分散狀況和與聚合物間的相互作用,直接影響復合體系內耗( tan6 )和動態模量( g , , g ? )的大小。
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