著色不足效應 的英文怎麼說

中文拼音 [zhāoshǎibùzúxiàoyīng]
著色不足效應 英文
hypochromic effect
  • 著 : 著助詞1. （表示動作的持續） 2. （表示狀態的持續） 3. （用在動詞或表示程度的形容詞後面, 加強命令或囑咐的語氣） 4. （加在某些動詞後面, 使變成介詞）
  • 色 : 色名詞[口語] （顏色） colour
  • 不 : 名詞[書面語] （剁物所用的木墩） a block of wood
  • 足 : Ⅰ名詞1 （腳; 腿） foot; leg 2 （姓氏） a surname Ⅱ形容詞（充足; 足夠） sufficient; ample; enough;...
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 著色 : put colour on; colour; dye; tinting
  • 效應 : [物理學] effect; action; influence
  1. Aetioporphyrin product the proportion dye cream and fast bleaching powder praxis, able satisfaction to differ the solicit, and can return the natural pigment of shallow hair ; the fabrication differ the fashion hues the effect, amalgamation can anticipate the stain anteiso, and have to help the color and luster more accurate and more last long ; duct into the bedye fomulation the bedye elixir at the same time amid protect the sum nursing with the offer, and can make dye the post - hair the guilder retention the health

    配合染膏、漂粉使用能滿足不同染淺要求，可拉淺頭發天然色素；製造不同的迷人時尚色彩和效果，並可防止染劑過烈反應，有助色澤更準確更持久；同時將著色劑導入著色配方中以提供保護和護理，可使染后發質保持健康。
  2. Under such circumstances it " s very meaningful either in theory or in practice to carefully study the contents, characteristics and styles of the green trade barrier, and analyses the effectiveness of the green clauses of wto, the influence of the green trade barrier upon our foreign trade combining with specific cases, face the opportunities and challenges green trade barrier bring for our foreign trade, put forward operative corresponding measure push actively the development of trade and environment in order to promote the continuous development of our foreign trade

    本文從其成因及興起的深刻背景著手，闡述了綠色貿易壁壘的概念、特徵及表現形式，然後把綠色貿易壁壘問題放到wto框架下深入探討，對wto規則中的綠色條款進行了理論分析，指出其在應對綠色貿易壁壘過程中存在的不足。通過對綠色貿易壁壘和wto規則中的綠色條款效力沖突之研究，對協調二者關系作出客觀判斷，並闡明如何對綠色條款進行修訂完善。
  3. In the construction industry there has always been a mismatch between the research investment and construction expenditure and this has lead the industry to proceed on a scale with an inadequate understanding of many aspects of construction, such as, deterioration mechanism for structures that has often meant that due allowance has not been made for practical repair and maintenance. however, notwithstanding this situation there have been encouraging signs that within the last twenty years the transition from the conventional materials to the more advanced materials is being spear - headed by the construction industry where over 30 of all polymers produced are now utilised in that industry

    水工建築物是社會各建築群體中的一類，是所在地環境的一個有機組成部分，隨著經濟社會的發展，水工建築物的外觀越來越受到重視.水工建築物的外觀質量控制主要在設計與施工兩個環節.外觀設計的質量表現在建築物滿足運行功能要求的情況下，既方便施工，又具有特色.施工的質量表現在建築物的實施效果.常見的外觀質量缺隙主要有蜂窩麻面、色澤不一、氣泡偏多、表面平整度差等，應從施工工藝、建築材料的質量等方面加以控制
  4. Later on, after elaborating the disadvantages of the old methods in detecting and recognizing moving objects, a series of corresponding approaches are proposed, such as grid scan, local tracking bug and dynamic window in object tracing to reduce the huge data needed to be processed, maximum and minimum for selecting a proper segmentation threshold and improved conversion from rgb model to hsv and so on to decrease the influence of inhomogeneous lighting and the color noise, a bilinear interpolation in each quadrant to eliminate the bad effect on the recognition precise because of the distortions of the camera. after that, much emphasis is given on application study in pattern recognition with a feed - forward neural network. both the basic bp algorithm and improved bp algorithm in the study process are described in detail, and the later is used to quicken convergence speed and improve validity of the network

    然後，分析和闡明了傳統的運動目標檢測方法的不足，並在此基礎上結合研究中的實際實驗環境，提出了一系列解決方法，包括針對降低龐大數據量而提出的網格掃描、局部「跟蟲」追蹤和動態窗口掃描等目標檢測方法，針對實驗環境中光照不均和顏色干擾提出基於人機交互的最大最小值閾值選取方法和引入改進的rgb模型到hsv模型的轉換方法，為消除圖像畸變對識別精度的惡劣影響而採用的通過控制點進行雙線性插值進行畸變校正的方法；緊接著，概述了神經網路的發展歷史和幾種常用神經網路模型的特點，重點研究了前饋型神經網路在模式識別中的應用問題，詳細闡述了基本的bp演算法和學習過程中bp演算法的改進，從而使網路收斂速度更快，解決問題更有效，並在此基礎上，設計了一個基於bp神經網路的運動目標識別系統，給出了實驗結果。
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