模頭調節 的英文怎麼說
中文拼音 [mótóudiàojié]
模頭調節
英文
die adjustment-
These issues are essential to the understanding of the nature of cell cycle control, and to elucidating the roles of the histone acetylation modification in cell cycle regulation in eukaryotes. in this thesis, we studied the mechanisms of histone acetylation in cell cycle regulation in physarum polycephalum, a naturally synchronized slime mold. the results of this study confirmed that histone acetylation changed the expression of proteins related with the regulation of checkpoint conversion in cell cycle
初步確定了組蛋白乙酰化在多頭絨泡菌細胞周期各轉換點的調控過程中對細胞周期調控相關蛋白表達水平的調節作用；了解了組蛋白乙酰化修飾對細胞周期各轉換點調控的作用途徑；建立了組蛋白乙酰化修飾對多頭絨泡菌細胞周期調控機制的基本模型。The time headway distribution of the simulation system based on this model can be tuned by two simple parameters, so it can accord with different time headway distribution rule in condition of practical unsaturated traffic
基於該模型建立的模擬系統，憑借兩個簡單的參數來調節不同車速的期望車頭間距，使車頭時距分佈規律符合交通未飽和時車頭時距的具體分佈情況。2 kneading massage heads on neck and each 6 pcs on the back & waist controlled individual w / t 2 kneading speeds ; 2 ) 4 vibrators on seat with 4 vibration modes ; 3 ) 2 electronic hammer on calves with 4 tapping modes ; 4 ) back & calves inclined angle adjustable, the adjust lever at the same way to easy use and save space ; 6 ) simple armrest
頸部2個，背部、腰部各6個揉捏按摩頭， 2種速度單獨控制； 2 ）座墊4個振動馬達， 3種振動模式； 3 ）腿部2個電捶， 4種捶打模式； 4 ）背部、小腿角度傾斜可調，調節桿在同一方向使用方便，節約空間； 5 ）簡易扶手。The paper puts emphasis on the auxiliary and decision - making software design for the reservoir optimizing regulation. with dynamic plan and fuzzy optimization, the paper gives the computing result and compares them on the example of guanzhong area ' s shitou river reservoir in shaanxi province
本論文著重研究了水庫興利調度輔助決策軟體的開發方法，並以陜西關中石頭河水庫為例，採用動態規劃和模糊演算法分別對石頭河水庫進行了興利調節計算並對結果進行了分析比較。For the sake of the research about hydroelectric interfere among machines, the article utilized the simulink in matlab as simulating tool, meanwhile established the simulating model about two high head diversion water turbines regulation system in violent fluctuating pressure sharing one head race tunnel and surge tank and one penstock. then calculated the load rejection transition process by means of the real parameters of a hydro power station, analysed the interfere of hydro power station safety and stable nenring brought by hydroelectric interfere and put forward a series of measures that lightening the hydroelectric interfere
為了研究機組間的水力干擾，本文採用matlab下的simulink作為模擬工具，建立共用有壓引水管道、調壓井、壓力主管的兩臺高水頭引水式水輪機調節系統大波動時的模擬模型，引入實際電站的參數，對甩負荷過渡過程進行了模擬計算，分析水力干擾對電站安全、穩定運行所造成的影響，並提出了一系列減輕水力干擾的措施。The gear type mould could adjust for ensuring accurate and steady. the incline clamping makes the products release easier and assures longer life clamping
油壓驅動輪調模裝置，調節迅速，鎖模穩定，並能保證頭板和動板的精確度。At last, the welfare loss when oligarchic business ' s marginal cost and demand and product differentiate vary is researched, the policy advice is given to the government how to regulate
最後，研究了各種寡頭模型企業在邊際成本變化，需求變化，產品差異度變化時福利的損失情況，並對政府如何進行調節和控制提出政策建議。According to the characteristic of nine - area diagram of substation vol / var coordinated control, this system gives the defination of fuzzy sets and the degree of membership of input / output variables, and designs corresponding control rules. the results of simulation demonstrate the system can satisfy the constrains of the day - adjusting times of the switching of on - load transformer and paralleled compensation capacitors, and ensure voltage quality, reactive power basical balance. considering the var requirement in different load time period and the control demand in load saltation, a improved control scheme is provided. the results of simulation show the improved scheme can meet the demand of vol / var in different load time period, protect the wrong operation when either voltage or reactive power appears saltation, and decrease the times of regulation of the switching of on - load transformer and paralleled compensation capacitors finally, a background software module of substation vol / var coordinated control is designed, based on the supervisory control and data acquisition system of substation
模擬結果證明該系統能在各種負荷條件下確保電壓合格和無功基本平衡，且能滿足變電站對有載調壓變壓器分接頭日調節次數和並聯補償電容器組的日投切次數的限制。通過考慮不同負荷時段對無功功率的需求和負荷突變情況下的控制要求，對上述模糊控制策略進行了改進，模擬結果證明改進后的控制策略能滿足不同負荷時段對電壓和無功的要求、抑制電壓或無功突變情況下的誤動作，且有效地減少了有載調壓變壓器分接頭和並聯補償電容器組的調節次數。最後基於變電站scada系統設計了一后臺電壓無功綜合控制軟體模塊。The rbf network has a better performance, and better forecasting accuracy. then mathematical model of substation voltage / var control is constructed, the squares minimization of voltage differences as target, also considering requirement of voltage and power balance, taking it into consideration that the magnitude constraint of transformer ratio and compensating capacitor, also that constraint of operation times of one day transformer tap and capacitor switch
因此提高了學習性能，具有較好的預測精度。然後，建立變電站電壓無功控制的數學模型，考慮電壓的調壓要求和無功功率平衡，計及變壓器變比和並聯補償電容的上下限約束，變壓器分接頭和電容器允許的日調節次數的限制，以電壓偏差的平方和最小為目標函數。When the dimension of the mode is different from its height, it is allowable to adjust head piece stroke according to circumstances, which saves up 98 labor - saved loading converted products accuracy
當模具大小和高度不同時，可根據情況而定調整機頭行程。可以節省人力負荷加工產品準確度可達98 。Experimental data indicate control system can correct completion the rise or fall of voltage transformer and the throw or cut of capacitor - group, prevent equipments from frequently regulated and shakes, raise the lifespan of the equipments
實驗數據表明，將模糊控制引入電壓無功綜合控制中，控制系統能夠正確的完成對有載調壓變壓器分接頭的升降和電容器組的投切，並可以避免設備頻繁調節和振蕩，提高設備運行壽命。Based on the characteristic of the coupling objects it optimizes the decouple parameters, and the simulation result proves that the decoupling optimized algorithm compensates the hydraulic system lag, achieves the best collection efficiency, and enhances the stability of walking
並根據耦合對象的特性，進行去耦優化，模擬結果表明該去搞優化演算法能補償液壓系統滯后特性，獨立進行集擴頭高度最優調節，達到最佳集礦效率，提高行走穩定性。Crowd out unit using screw that the big proportion of length and diameter, the effictiveness of plasticizing is very good. the head of mould using advanced electromotive system and hydraulic system, the degree of automatization is high, acting facillitately and the high of product efficiency. the head of mould using heating method inside, adjusting easily, the thickness of sheet is very precise, and the availability of heating is high, and saving the electricity
擠出機採用大長徑比螺桿，塑化效果好模頭換網部分採用先進電動液壓裝置，自動化程度高，操作方便生產效率高模頭採用內加熱式，具有調模容易板片厚薄更精確均勻，更為突出的是熱利用率高省電節能溫度控制採用分享友人