multiple bond 中文意思是什麼
multiple bond
解釋
復鍵；多重鍵-
The study makes it clear that bond graph method is suit for the modeling of multiple energy systems
建模過程及實驗結果表明，鍵合圖法是一種適合於多能源系統的建模方法。 -
The convertible bond is a derivative securities on the basis of stock and bond. the determination of its price is complicated and difficult because < wp = 7 > of its specific clause stipulation. for example it can be resold can be redeemed within term of validity, and possess the characteristics of multiple option ahead of time etc. actually it was comparatively difficult to price option, so it is almost impossible to fix the price accurately for the convertible bond which includes the multiple option
可轉換債券是在股票與債券基礎上的衍生證券，它的價格決定更為復雜且難以具體確定，之所以如此，都緣于其特定的條款規定上，比如在有效期內可以< wp = 3 >贖回、可以回售、可以提前實現轉換等具有多重的期權特徵，本來期權定價就較為困難，而可轉換債券又包含多重期權，事實證明給可轉換債券精確定價幾乎是不可能的事。 -
However, as a convenient tool for modeling the dynamic procedures of multiple energy systems, the bond graph serves as an ideal alternative to unify the ev components with different physical as well as chemical attributions
利用現代控制工程很難將它們組合在一起，而作為研究多能源系統動態特性方法之一的鍵合圖法卻能很方便的把它們統一起來。 -
Chapter two analyses the problems that fixes the convertible bond price in our country. many listed companies generally use european option price at the formula, namely black - scholes model. because of the multiple option nature and the american option nature contained in the transferable bond, black - scholes model ca n ' t be applied mechanically to fix the price of the convertible bond
第二章分析了可轉換債券定價在我國所存在的問題，即從我國上市公司發行可轉換債券的公告來看，一般都使用歐洲期權定價公式，這是由1973年fischerblack和myronscholes在其《期權和公司負債定價》的著名論文中所建立起的歐式期權定價解析表達式，即black - scholes模型而成。 -
In the whole bonding application, bond targets ’ identification and orientation are the most important aspects for full - automation. this dissertation introduces zoom microscope into the microscope positioning system to settle the contradiction between microscope ’ s visual range and depth of field. multiple scale images go through various image processing, and finally different bond targets are identified and positioned
將採集得到不同放大倍數時鍵合器件的清晰圖像經過各種圖像處理程序識別並分離出鍵合目標，通過一種「全局粗定位、局部精定位」的坐標變換方式完成了鍵合目標在操作空間中的精確定位。
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