running under power 中文意思是什麼
running under power
解釋
牽引運行-
To measure, calculate, display, print sound intensity sound pressure, sound power, three dimensional sound intensity spectrum, equal intensity contour are all deeply studied. a set of software using multiple document interface ( mdi ) running under microsoft windows platform is developed
本文就聲強、聲壓、三維聲強譜、等聲強線以及a計權、 1 / 3倍頻程的測量、計算、顯示、列印等進行了深入的研究，並編制了一整套運行於windows平臺的圖形化多文檔界面聲強測量分析軟體。 -
The third part is based on the former two parts, under the context of space power resources technology, designs and improves human resources management system and efficiency assessment system, so as to farther improve the management efficiency and fully explore the potential in the running of the company
第三部分是在前兩部分基礎上，結合航天電源科技進行人力資源管理系統、績效評價體系的設計提高管理績效、挖掘潛力促進企業的經營。第四部分對系統運行情況進行評估，同時反映人力資源管理在西部落後地區的意義。 -
The status maintenance, based on on - line monitoring for insulation, could inspect and monitor the equipments " characters automatically, continuously or timing under without cutting power and breaking away from running system. it can reflect the equipment running status and provide the maintenance standards
以絕緣在線監測為基礎的狀態維修，能夠在其不停電、不脫離系統運行狀態下，自動地、連續地或定時地進行設備絕緣特性檢測和監督，實時反映設備運行狀態，提供設備檢修的標準。 -
Abstract : an algorithm of minimizing the number of buffers under certain delay constraint with accurate delay models is presented. given a two - terminal net, the algorithm can minimize the total number of buffers inserted to meet the delay constraint. a high order delay model is applied to estimate interconnect delay and a nonlinear delay model based on look - up table is for buffer delay estimation. the experimental results show that the algorithm can efficiently achieve the trade - offs between number of buffers and delay, and avoid needless power and area cost. the running time is satisfactory
文摘:提出了在精確時延模型下，滿足時延約束的緩沖器數目最小化的演算法.給出一個兩端線網，該演算法可以求出滿足時延約束的最小緩沖器數目.運用高階時延模型計算互連線的時延，運用基於查找表的非線性時延模型計算緩沖器的時延.實驗結果證明此演算法有效地優化了緩沖器插入數目和線網的時延，在二者之間取得了較好的折中.演算法的運行時間也是令人滿意的 -
At present, xiqiao science and technology industry land has completed " three connections and one leveling ", with roads linking up all parts of the land. the main way under planning will be 60 meters wide. nanhai running water factory guarantecs the sufficient supplyof water. 10kv substation provides strong power supply to the enterproses inside the land
園內道路四通八達，規劃建設的主幹道寬60米；南太自來水廠保證充足的用水； 10kv變電站為園內企業提供強大的電力供應；先進的郵電通訊網路聯繫世界各地； 24小時治安巡邏、電子保安監控系統等完善的保安服務，保證工業園正常運作和治安穩定；綠化、路燈、排水等配套工程正不斷完善。 -
According to a real ac vf asynchronous dynomometer system, first step, the paper deducts the mathematic model of the system, and analyzes the system stability on the basis of the ? irst method ? of lyapunov stability, then draws the eigenvalues of the system under the situation of the variation of different parameters, and results in finding the changing regularity of the system stability caused by varitation of variant system parameter ; secondly, sets up a system simulation model in terms of a real power feedback ac vf asynchronous dynomometer system, and emulates different running states of the system, not only analyzes methods of adjusting parameters to improve the working performance in the field of weak flux of the system, but also proves the effectiveness of the methods via simulation ; at last, compares the simulation results of the model with the experiment results of the real system, and show the nearly correctness of simulation system, and also confirms the practical usage of the simulation system as an effectively assistant tool in the process of developing and design a real dynomometer system
首先根據實際系統工作原理推導出系統的數學模型，在系統數學模型的基礎上依據李雅普諾夫穩定性判別第一法進行了系統穩定性分析，繪制了系統不同參數變化時的系統特徵值變化圖，從而得到系統部分參數變化對系統穩定性的影響規律，為實際系統的參數設計提供了參考；然後又以系統數學模型為基礎，依據實際的電封閉交流變頻異步測功機系統建立系統模擬模型，模擬不同工況下系統運行情況，分析了改善弱磁區系統性能的某些系統參數調節方法，通過模擬證明了此類方法的有效性；最後將系統模型與實際系統的實驗結果進行了比較，驗證了模擬系統模型的基本正確性，也肯定了這一模擬系統在實際測功機系統設計中作為輔助工具的實用性。 -
The bingling ( si gou xia ) hydropower station is a series of power stations on the yellow river, in order to the expropriation and the emigration be reduced, after studied the relation of water level and flux of the bingling hydropower station on the taping dam location, under the different running circumstances of the liujiaxia reservoir, to located the bingling hydropower station on the head of the liujiaxia reservoir, and keeping the total installation and the generated energy not be changed all made use of the floodwater of the liujiaxia reservoir
摘要黃河炳靈（寺溝峽）水電站是黃河幹流上的一個梯級電站，為了減少征地移民損失，經對炳靈水電站（塔坪壩址）尾水斷面在劉家峽水庫不同運行方式下的水位與流量關系進行分析研究，在總裝機和年發電量基本不變的情況下，充分利用劉家峽水庫汛限水位，將電站樞紐選址在其電站庫尾內。
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