剩餘能量 的英文怎麼說

中文拼音 [shèngyúnéngliáng]
剩餘能量 英文
dump energy
  • 剩 : Ⅰ動詞（剩餘） be left over; remain Ⅱ形容詞（剩餘的） surplus; remnant
  • 餘 : Ⅰ同「余」Ⅰ-Ⅳ1. Ⅱ名詞（姓氏） a surname
  • 能 : 能名詞（姓氏） a surname
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 剩餘 : overplus
  • 能量 : 1 [物理學] energy; amount of energy 2 （能力） capabilities; capacity; 能量不滅 conservation of e...
  1. After like near future arrowroot continent dam flies a shop sign afresh go situation and to the limit of one ' s capacity rises should notice early days goes situation, if be pulled considerably, magnify again quantity, be about vigilance is banker shipment ( this time may be a few longer, banker is sucked prepare time to grow more, shipment time is long ), island visitting extensive region goes situation ( be about in first time to the limit of one ' s capacity first shipment ) if early days is to pass dish of full share, ( at present the individual thinks to have treasure new the sources of energy ) in the to the limit of one ' s capacity when breaking through strong line or resistance line but follow - up, that ability is really true the quantity adds valence to rise dropping is not must to the limit of one ' s capacity, and shrink the volume drops consequence is more serious, because early days banker already gave money, basically be, use odd amount to be bungled again dish, medicinal powder door meet disastrous

    如近期葛洲壩重新開牌后的走勢而放量上升要注重前期走勢，假如大幅拉升后再放大量，就要警惕是莊家出貨（這個時間可能比較長一些，莊家吸籌時間越長，出貨時間就長） ，看看寰島走勢（在第一次放量就要先出貨了）假如前期是經過盤整的股票， （目前個人認為有寶新能源）在突破勁線或阻力線時放量就可跟進，那才是真真正正的量增價升下跌不是一定要放量，而縮量下跌後果更嚴重，主要是因為前期莊家已出完貨，利用剩餘數量再砸一下盤，散戶就會損失慘重！
  2. It seems that not all fat is simply a depot for the accumulation of surplus energy.

    並非所有脂肪都是剩餘能量的積蓄。
  3. This separation step is rather lengthy and cannot always be achieved, due to a high residual content of pyrite in the kerogen.

    由於油母質中黃鐵礦的剩餘含量較高，這個分離過程相當長，而且總是不能達到。
  4. This specific view becomes the tip of our designing ; the energy consumption has great relation with the rf module, which is breakpoint of the ebra ( energy - based radius self - adjust wireless sensor network protocol ). based on the facts between the energy consuming and the rf transferring radius, the ebra protocol is designed and implemented under the visual c + + 6. 0 ide, which switches its running mode with the energy consuming of nodes, so that meet the goal of energy saving of the nodes in wsn

    本文正是從這一視角入手，根據結點能量消耗與無線傳輸發射半徑間的關系，設計並實現了一種基於能量的半徑自適應傳感器網路路由協議，使得節點能夠根據自身剩餘能量的狀況對節點的運行模式進行控制，同時對無線模塊的收發半徑進行動態調整，達到節能目的。
  5. The improvement on selection of cluster head : considering the remaining power and power consumption in transmission of candidate cluster heads, the valve value is adjusted and a new cluster head selection mechanism is adopted

    簇頭選擇演算法的改進:通過考慮候選簇頭節點的剩餘能量水平和它們傳輸時的能量消耗，對leach中的閾值t （ n ）進行調整。從而採用新的簇頭選擇機制。
  6. In the leach - new protocol, the mainly improvement of the leach protocol exhibits as follow : for the sake of balancing the network load, the network choose the clusters based on the residual energy ; we take multi - hop communication between sensors instead of single - hop communication, which results in the reduction of energy consumption of clusters ; the new protocol finds the path to the cluster head with the minimum cost, using an algorithm similar to flooding to propagate the cost information and greedy algorithm to find the lowest cost link ; the algorithm for assigning tdma time slot reduces overall delays of network

    在leach - new協議中，對leach協議的改進主要體現在以下幾個方面:根據節點剩餘能量選擇簇頭，以平衡網路負載;節點間採用多跳路由，降低簇頭能量消耗;節點根據能量消耗的代價來選擇至簇頭的路由，通過擴散演算法來廣播代價消息，採用貪婪演算法來選擇能量消耗最小的路徑;採用tdma時隙分配演算法減少網路時延。最後，利用ns2模擬軟體進行驗證。
  7. And a intelligent battery management system with full functions has been designed, which improved the management of charge and the estimation of residual capacity. the paper changed the current value of constant current charge - state, which current seems not constant during the working time, based on the three mice laws about battery charge. this change would increase the speed of charge, without harm to the battery

    同時本論文還設計了一套功能齊備的蓄電池智能管理系統，針對蓄電池管理中的充電管理和剩餘時間預測進行了改進，提出：在恆流充電時，根據麥斯三大定律，改變恆流充電時的恆流值，使恆流充電「不恆流」 ，而是根據放電的不同情況進行充電，充分提高充電速度，同時又不損傷電池活性物質；不再進行剩餘容量預測，而是進行剩餘時間預測，提供更加切實可行的信息，並且提出了一種簡單易行的剩餘時間預測的方法，給出了預測實驗的結果。
  8. 7 stojmenovi c i. geocasting with guaranteed delivery in sensor networks. ieee wireless communications, december 2004, 11 : 29 - 37. 8 estrin d, govindan r, heidemann j, kumar s. next century challenges : scalable coordination in sensor networks

    出於優化電池使用的需要，在floodnet中每個傳感器節點的能量使用模式與本地的具體情況即該點傳感器電池的剩餘電量和傳送數據到下一傳感器節點所需要的電量和水災預測模型的要求即對每個傳感器所在點的數據重要性相適應。
  9. But the battery management system ( bsm ) of hev is very expensive and its circuit is complex, simultaneously, chemical changes are also complex during discharging and charging of nimh battery, so it is extraordinarily difficult to calculate and estimate an accurate surplus energy and state of charge of nimh batteries. up to now, this technology is still researching and developing

    但是電池能量管理系統成本昂貴，電路復雜，而且電池在充放電過程中的化學變化也很復雜，要精確計算和預測電池的荷電狀態和剩餘能量及壽命是很困難的，到目前為止，這一技術仍在研究發展中。
  10. The program of delphi can call the dynamic link library ( dll ) which is programmed beforehand. it can on - line estimate and correct soc in time. it can advance the precision of the estimation of brc and the capability of the energy management system, then satisfies the practical need of electric vehicles

    並且，在對電池的荷電狀態的預測採用了delphi和matlab混合編程的方法，在delphi中調用事先編好的動態連接庫（ dll ） ，能實時在線的對電池的荷電狀態進行估計和校正，提高了電池剩餘容量預測的精度，從而提高能量管理系統的性能，滿足電動汽車的實用需求。
  11. 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，並進行溫度、循環使用壽命、自放電等補償，從而建立了蓄電池的充放電模型。
  12. Analysis of 6 fishery scenarios showed that the re index could correctly indicate the validity of the models results ; however the coverage index could not work well when regression models made blunder

    對六種漁業的研究表明re指數能比較正確的指示剩餘產量模型的評估效果，而coverage指數不適用當模型回歸出現重大誤差的情況。
  13. Calculation of residual energy of propellant in ammunition after long period storage

    彈藥長期貯存后發射藥剩餘能量的計算
  14. Abstract : the variation of residual energy of propellant in ammunition after long period storage is stud - ied

    文摘:對彈藥在長期貯存過程中其發射藥剩餘能量的變化情況進行了研究。
  15. 16 yu y, govindan r, estrin d. geographical and energy aware routing : a recursive data dissemination protocol for wireless sensor networks. technical report ucla csd - tr - 01 - 0023, computer science department, ucla, may 2001. 17 heinzelman w, chandrakasan a, balakrishnan h. energy - efficient communication protocol for wireless microsensor networks

    比如說，當兩個傳感器具有相同的剩餘電量，並且將一個數據包傳送到二者所需電量相同，這個數據包可能會被傳送給數據重要性低的那個節點上的傳感器，從而降低更重要的數據因為電池耗盡而丟失的概率。
  16. Study on numerical simulation of self - ignition for single base propellant and its energy variation

    單基發射藥的熱自燃數值模擬與其剩餘能量變化研究
  17. In this protocol, based on the analyses of the existing clustering algorithms, a clustering algorithm with maximal residual energy is provided. a tree structure is constructed by the proposed algorithm so that the cluster - heads are on a spanning tree rooted at the sink

    在協議中，通過分析已有的經典組簇演算法，並結合代碼分發的特點提出了一個最大剩餘能量組簇演算法，並基於簇結構提出了一個綜合建樹演算法。
  18. The main idea of our algorithm is to avoid choosing nodes with lower residual energy as cluster - heads, thus to ensure balanced energy - usage among the nodes in the network

    演算法通過綜合考慮候選節點的剩餘能量級、通信能量損耗等參數來優化簇首的選擇，從而有效地避免了低能量節點被選為簇首的可能性，進一步保證網路內節點能量負載的均衡性。
  19. The mathematical model of released heat from propellant in boxed ammunition is etablished, the residualenergy of propellant in ammunition during storage is calculated numerically, and the results of calculation areanalyzed and discussed

    首先建立了箱裝彈藥中發射藥放熱規律的數學模型，然後利用數值模擬的方法計算了其在貯存過程中的剩餘能量，最後對計算結果進行了分析與討論。
  20. Measuring procedure of residual capacity for lead acid battery in photovoltaic system

    光伏系統用鉛酸蓄電池的剩餘能量的測量程序
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