differential regulation 中文意思是什麼

differential regulation 解釋
差動調節
  • differential : adj 1 差別的，區別的；特定的。2 【數學】微分的。3 【物、機】差動的，差速的，差示的。n 1 （鐵路不...
  • regulation : n 1 規則，規程，規章，條例。2 控制，管理，限制，（情慾等的）節制。3 調整，調節，整頓。4 校準；穩...
  1. Verification regulation of the differential scanning calorimeter

    示差掃描熱量計檢定規程
  2. Verification regulation of differential pressure type flowmeter

    差壓式流量計檢定規程
  3. Recent studies have highlighted the differential expression between male and female genomes, the mechanism of epigenetic processes and the regulation network of development

    新近的研究集中在雌雄基因組的差異表達、後生過程的控制機理和發育調控網路等方面。
  4. Verification regulation of model 931 b rms differential voltmeter

    931b型有效值差分電壓表檢定規程
  5. Verification regulation of differential spectrophotometer

    全差示分光光度計檢定規程
  6. Verification regulation of pressure differential transmitter

    差壓變送器檢定規程
  7. The main contributions of this dissertation are listed as the followings : l ) deducing and proving the " three in one " theory of natural monopoly, that is, from the angles of economies of scale, economies of scope and economies of network, giving an explanation of natural monopoly ; 2 ) putting forward the concept of " strict superadditivity " and proving that total value function and total revenue function of network economy have strict superadditivity ; 3 ) summarizing the emerging characteristics in the market definition of natural monopoly, that is, in the monopoly industry, " market " tends to be more and more smaller than " industry " ; 4 ) expounding that the objective patterns of regulatory reforms of the railway industry in china are explicit regulation with partly characteristics of implicit regulation ; 5 ) proving the idea that the structural reforms of the railway industry in china should be hierarchical ; 6 ) demonstrating the theoretical bases for whether infrastructure management should be separated from transpo rt operation ; 7 ) expounding and proving that the interior of the railway industry in china should implement the differential property rights reform pattern

    本文的研究特點在於： （ 1 ）在規模經濟、范圍經濟的基礎上進一步推導並證明了網路經濟與自然壟斷的關系，即自然壟斷可以從規模經濟、范圍經濟、網路經濟三個角度來解釋論述； （ 2 ）明確提出了一個與鮑莫爾、潘澤與威利格等人提出的「成本劣加性」相類似的概念? ?價值優加性，並證明了網路經濟的總價值函數和總收益函數具有嚴格優加性； （ 3 ）概括了自然壟斷市場界定中所出現的新特徵，即在壟斷產業中， 「市場」正越來越小於「產業」 ； （ 4 ）進一步論證了中國鐵路產業規制創新的目標模式是兼有部分內生規制特點的外生規制； （ 5 ）在中國鐵路產業的結構改革中應體現分層次的思想； （ 6 ）明確論述了內容提要鐵路路網公司等自然壟斷環節是否分割的理論基礎; （ 7 ）提出並進一步證明了中國鐵路產業內部應實行差異化的產權改革模式。
  8. The hz series ( original rx series ) collar - beveltype differential planetary stepless speed changer is developed with the taking part in of some experts from colleges, according to the eighties technology introduced from japan, it is extensively applied to many kinds of transmission systems of the machinery used in the processing which needs stepless drive speed, such as tannery, printing and dyeing, spinning, and weaving, papermaking, plastics processing, chemical engineering, food printing, packing and so on. this product is a better device for stepless speed regulation on mechanical flowline or automatic assembly line

    Hz型（原rx型）系列環錐差動行星無級變速器引進日本80年代新技術，在大專院校有關專家參與下研製生產的，它廣泛應用於皮革、印染、紡織、造紙、制藥、化工、食品、印刷、包裝等各行業工作機械需要無級變速的傳動系統中，是各行業機械流水線、自動線無級調速的較理想的一種變速器。
  9. But it also bring some important questions which affect the safety and economy running of the units, such as frequency regulation, long running with low loads, electric equipment and assistant equipment friction, oil wasting etc. the text apply differential increcent rate of equilateral discharge to analyze deeply the economy of hydro - power plant according to the practice data of the plant, putting forward the resolvation, providing indeed the theoretic feasibility investigation of engineering

    但由此帶來的水電機組的頻繁調節、長時間帶低負荷運行以及電氣設備和輔助設備的磨損和油耗的增加等，都成為影響水電機組長期安全、經濟運行的不可忽視的重要問題。本文根據安徽陳村水電廠實際資料，運用等微增率方法對agc投入后水電站廠內運行經濟性作了深入的分析，提出了解決辦法，為在工程上真正實現提供了理論上的可行性研究。
  10. The shortages of traditional pid ( proportion integral differential ) controller are that the system ’ s overshoot is large, regulation time is long and parameter is hard to be real - time adjusted and the system is difficult to meet the real - time control

    在這種情況下，傳統的pid控制器存在超調量大，調節時間長，參數不易實時在線調整的缺點，難以滿足實時控制的要求。
  11. The water turbine regulation system is a complicate auto - controlling system, it ' s small fluctuation dynamic course means : when the water turbine regulation system is interfered by tiny disturbance of load or command signal, the change of different parameters in the system is less, we can thought they are subtle change near by the discussing conditions, so we can make each tache in the system linearization, that is, describe the dynamic specialty of each tache and the whole system by means of linear differential equation

    水輪機調節系統是一個復雜的自動控制系統，其小波動過渡過程是指水輪機調節系統在受到微小的干擾（負荷或指令信號擾動）時，系統中各參數的變化都較小，可以認為是在所討論工況點附近作微小變化，則可將調節系統各環節加以線性化，用線性微分方程式來描述各環節及整個系統的動態特性。
  12. The aim of this study was to investigate the differential expression of mpges and cpges in mouse uterus during early pregnancy and its regulation under different conditions by in situ hybridization and immunohistochemistry. mpges expression in the preimplantation mouse embryos was also performed by reverse transcription pcr ( rt - pcr )

    本實驗首先利用原位雜交和免疫細胞化學的方法，檢測小鼠正常妊娠1 - 8天子宮中mpges和cpges的表達情況，並利用假孕、延遲著床和人工誘導蛻膜化等模型研究mpges和cpges的表達及其調節。
  13. Verification regulation of mud differential pressure density sensor

    綜合錄井儀鉆井液差壓式密度傳感器檢定規程
  14. In addition, the appearance of differential displayed proteins responding to different salt shock periods was also demonstrated, illuminating that complex network of regulation exist in cell

    而且不同的鹽激時間還出現不同的差異蛋白，說明其細胞內存在復雜的應答鹽激的蛋白質網路調控。
  15. When the stability of water turbine regulation system is analysesed, at first, the mathematical model of the regulation system must be established ; then the space matrix must be build by means of transfer matrix ; third, this mathematical model must be simulated by computer ; and at last, the differential equation must be solved by the method of r - k

    在對水電站水輪機調節系統進行穩定性分析時，首先應建立調節系統數學模型，利用傳遞矩陣法構建空間矩陣，再進行計算機動態模擬，並採用r ? k法求解微分方程。
分享友人
分享到 Line

分享到臉書