overflow structure 中文意思是什麼
overflow structure
解釋
溢流建築物-
Secondly, it is analyzed that tradable shareholders will suffer a great loss resulting from non - tradable shareholders ’ selling for profit encashment when they haven ’ t paid enough consideration price in the share structure reform, based on the fact that transfer prices of non - tradable shares are much lower than that of tradable shares, and comparison between the discount ratio of transfer price of non - tradable share to tradable share and the lower ratio converted from consideration price paid in the share structure reform, by the conception of share price overflow between different transferring system in china
隨后本文援引華生關於我國股票市場流通股所存在的「流通性溢價」概念，通過非流通股轉讓價格遠低於流通股股價的事實，以及非流通股對流通股股價的折價率與股權分置改革方案給流通股股東帶來的折算的股價降低率之間的比對，說明了在股權分置改革對價水平不夠的情況下，非流通股股東為了兌現盈利而大量拋售股份和流通股股東因此蒙受虧損的狀況。 -
Energy dissipation and erosion control of stepped overflow structure on key dam of gully correction
治溝骨幹工程臺階式泄水建築物的消能防沖研究 -
The results show that the damages to the appearance of concrete structures exposed to atmosphere, including honeycombing, cracking along rebar, rebar corrosion, and concrete delamination, are quite serious, that the poor quality of concrete construction, the insufficient thickness of local concrete cover, and the rebar corrosion expansion and dilatancy induced by carbonization of concrete cover are the main causes, and that the main form of damages to the overflow structure is the abrasion resulted from water scouring
結果表明，水閘的水上（大氣中）混凝土結構外觀破損十分明顯，露石露砂、順筋裂縫、鋼筋銹蝕、混凝土破損剝落等已十分嚴重；引起破壞的主要原因是混凝土施工質量較差，局部保護層厚度不足，混凝土保護層碳化引起鋼筋銹蝕脹裂，而水流沖刷磨蝕是水閘過流結構破壞的主要形式。 -
In chapter 4 we discuss the design of the high speed and high performance vlsi and its imp1ementation, firstly we ana1yze and compare the features and ru1es of al1 kinds of fft algorithm, adopt complex radix 4 butterfly calcu1ation as basic alu, then discuss all kinds of process architectures, the design thoughts, rule, method, technique way, the characteristics of the design are r4 dit algorithm, pingpong ram design method and pipeline structure between stages. we also analyze the limited word length effect and the method to avoid overflow of the fixed points fft process, bring out the expandable platform mode
第四章主要討論了高速高性能的快速傅立葉變換處理器的設計和實現，首先分析和比較了各種快速傅立葉變換演算法的特性和規律，提出基4蝶算的演算法具有最好的性價比，討論了順序、級聯、并行和陣列的處理結構，闡述了設計高速高性能快速傅立葉變換處理器時的設計原則、設計思路、所採用的技術路線，驗證並測試fft處理器，分析了定點fft處理過程由於有限字長效應所產生的量化誤差的范圍及防溢出控制辦法，提出了可擴展平臺模式。 -
Not seem as the traditional research route this paper in terms of maxism and the evolutionism theory to study the absorptive capability attribute and impress along with the knowledge innovation, to study knowledge innovation chain structure and contain among the different course compare with the lack and narrow sense and broad sense state of absorptive capability, accompany with market and state innovation system working. it reaches conclusion as follow : 1. the absorptive capability is substantial which make up of core competence and take a important role for enterprises to capture overflow knowledge of competitor and common knowledge in society, to deepen inner r & d activity, to build up the utility of organization and information intercourse
本文以馬克思主義唯物史觀和辨證分析理論為指導，運用企業能力進化論和企業發展演進的分析方法，圍繞隨著企業知識創新在各個階段的不斷深化所帶來企業吸納能力的形成與增進，探討了吸納能力范疇及其在不同創新過程中的特徵；提出了企業知識創新鏈結構，分析了吸納能力缺失、狹義吸納能力和廣義吸納能力增進的不同內涵；知識創新市場機制和國家創新體系對企業吸納能力增進的環境效應等，得出以下結論： 1 、吸納能力對于企業有效地獲取外界公共知識和競爭對手溢出知識、深化r & d活動、增強組織結構的有效性和信息交流的充分性等具有十分重要的意義。 -
Based on the structure features of overflow, two kinds of scheme are considered for heating units. one is directly heating, namely put the units into water to heat water directly and another is indirectly, that is put heating units on the back of the gate, by which water can be heated through the heated gate
本設計根據溢洪道弧門的結構特點，對加熱裝置考慮兩種方案：一種是直接加熱型，即將元件放置於水中，直接對水進行加熱；另一種是間接加熱型，即將加熱元件放置於門后，加熱元件經過門體對水進行加熱。 -
Analyzing every part ’ s function and characteristic, i improve overflow control unit ’ s design technique to suit fpga design and traditional register exchange survivor managing algorithm. the system use input clock as system clock and use parallel structure in system to provide flexible speed
採用適合fpga特點的溢出控制設計方法;改進傳統的寄存器交換法re （ registerexchange ）的倖存路徑管理設計方法;全系統採用輸入數據的同步時鐘作為系統時鐘，系統內部採用全并行的方式，以提供靈活的速度。
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