求冪 的英文怎麼說
中文拼音 [qiúmì]
求冪
英文
exponentiation-
We need to know how hard it is to reverse the exponentiation
我們需要知道求冪運算的逆運算的難度。When more than one exponentiation is performed in a single expression, the
如果在單個表達式中執行多個求冪運算,則按Exponentiation uses the
求冪使用If we use exponentiation to encrypt or decrypt, the adversary can use logarithm to attack
如果我們運用求冪運算來加密和解密,對手就可以運用對數進行攻擊。Exponentiation, which normally has higher precedence than addition or multiplication, is evaluated last in this example because the other expressions are enclosed in parentheses
通常比加法或乘法具有更高優先級的求冪在此示例中最後計算,因為其他表達式都放在括號中。Considering the difference - resisting capacity of power function in classic s - box, we substitute the inverse function by better power function. we prove that these change do not influence the difference resisting capacity from the theory
其次考慮到經典s盒中冪函數的抗差分攻擊能力,我們用冪函數取代rijndael演算法中s盒的求逆運算。Based on the ostwald - de waele equation, the leakage characteristics of power - law transmitted by helical gear pump are researched, and the leakage model of power - law in the clearence is founded, and - the velocity distributing and the leakage capacity are worked out by the boundary condition. the power loss of leakage is got through the clearence leakage capacity, and the friction power loss is attained by the velocity distributing. the mathematic calculation model
利用冪律流體本構方程,首次對聚合物流體在斜齒齒輪泵中的漏流特性進行了研究,建立冪律流體在間隙中的泄漏模型,利用邊界條件求出速度分佈及泄漏量;由間隙泄漏量得到漏流損失功率,由速度分佈得到流體摩擦功率損失,並得到間隙最優解的數值計算數學模型,同時給出實例及數值計算結果。Way to find the solution of power series convergence radius
求冪級數收斂半徑的方法The summation and application to the certain power series
一類冪級數求和方法及其應用Initial vector and iterating control in the solution to eigenvalue and eigenvector of a matrix by the matrix iterarion method
乘冪法求矩陣特徵向量與特徵值的初始向量及循環控制Pass the interlace series type linear differential equation that coefficient contains power function and arrangement number change into the linear differential equation of successive integral, have found out the theory and method that begs this kind of equation to know to untie. theorem have happened have given strict proof, and through example, have introduced it ' s application
摘要通過把系數含有冪函數與排列數的交錯級數型線性微分方程化為可逐次積分的線性微分方程,找出了求這類方程通解的方法與理論,把所得定理給出了嚴格的證明,並通過實例介紹了它的應用。Method for solving finite summation of k steps arithmetic progression by using power series
階等差數列有限和的冪級數求法In light of the measure way of fluid static pressure falling in proportion, the explicit function method of solving exponent by power function was simply and conveniently acquired through recording fluid flowing times
文章採用流體靜壓頭下降成比例的測量方法,記錄其流動時間,簡便地解決了冪函數求解指數的顯函數方法。Operator to raise a number to the power of an exponent
運算符對一個數和一個指數進行求冪運算。The result is the first operand raised to the power of the second
結果是以第一個操作數為底、以第二個操作數為指數的求冪運算的值。With the development of fuzzy set theory, all kinds of the structure are upgraded not only from their universes to their power sets but also from their universes to their fuzzy power sets
模糊數學的發展要求各種數學結構不但要由論域向其冪集上提升,而且還要求向模糊冪集上提升。The author mainly realized the method of generating the large random numbers and judging the prime number using lehmann means, then three pairs of secure key with different lengths ( 256 bits, 512 bits, 1024 bits ) was generated to meet the demand of different security grade. in encryption module, modular multiplication arithmetic of large number was realized adopting addition chaining. in decryption module, extended euclid was used to get inverse, and the chinese remainder theorem was used to realize decryption, which increased the speed of decryption greatly
作者主要實現了大隨機數的生成、採用整除小素數和勒曼測試法判定素數,可以生成三種不同長度的密鑰對( 256位、 512位、 1024位)來滿足不同的加密安全等級的需求;加密模塊中,選用了二進制序列的乘法方法,實現了大數模冪乘運算;解密模塊中,引用了擴展的歐幾里德法求逆元,並採用中國剩餘定理實現解密過程,大大提高了解密速度。The difference from the traditional optimization method of fgms is that this paper abandons the hypothesis of componential distribution on the basis of power exponent and directly considers the componential ratio and the thickness of each interlayer as design variable of optimization. the method can seek the optimum solution in more capacious space
與傳統的梯度材料優化設計方法不同,本文摒棄了梯度組成按照冪指數分佈規律變化的傳統假設,在優化過程中直接採用梯度塗層各中間梯度層的組分比和厚度作為優化設計變量,可以在更廣泛的設計空間內尋求最優解。This paper introduces three theorems. by using the theorem, we can easily calculate the limit of integral upper limit function and power function
摘要介紹了三個定理,利用這三個定理在求解有關積分上限函數的極限及冪指函數的極限時更加簡便。This article gives a further development of the power exponent function and some related examples
摘要對冪指函數的求導法則做了進一步推廣,並給出了相應的求導舉例。分享友人