deviate vi. 越(軌),脫離(常軌);違背;誤入歧途 (from)。 vt. 使脫離常軌。 adj. 脫離常軌的。 n. 脫離常軌的人。
argument n. 1.爭論,辯論,論證。 2.論據(jù),論點。 3.(書籍等的)梗概,摘要,大綱;(劇本等的)情節(jié)。 4.【數(shù)學(xué)】幅角;宗量,宗數(shù),自變數(shù)。 5.【邏輯學(xué)】(三段論中的)中項,中詞。 6.〔廢語〕證據(jù)。 an artificial argument 巧辯,詭辯。 start [put forward] an argument 開始[挑起]爭論。 argument against [for, in favour of] 反對[贊成]…的論點。 get [fall] into an argument with 與…發(fā)生爭論。 ram an argument home 反覆說明論點使對方接受。 without argument 無異議。
Positive periodic solutions for vol terra-type systems with deviating arguments 型系統(tǒng)的周期正解
Periodic solutions for a duffing-type equation with deviating arguments 空間中一類算子方程序列的解及其應(yīng)用問題
Oscillations of neutral hyperboltc differential equations with deviating arguments 一類中立型時滯雙曲微分方程解的振動性
Periodic solutions to a class of higher dimensional periodic systems with deviating arguments 一類具偏差變元的高維周期系統(tǒng)的周期解
Asymptotic behaviors of first order neutral fde with piecewise constant deviating arguments 具分段常偏差變元的一階中立型泛函微分方程的漸近性
The oscillatory and asymptotic behavior of solutions of a class of second order differential equations with deviating arguments 一類二階時滯泛函微分方程的振動性和漸進性
Existence of periodic solution of two species competition dynamics systems with neutral delay and several deviating arguments 具有中立時滯和變差元的兩種群競爭動力系統(tǒng)周期解的存在性
Sufficient conditions are obtained for the oscillations of a hyperbolic equtions with deviating arguments . our results improve the results and proofs in the paper [ 1, 2, 3 ] 摘要本文討論了一類中立型時滯微分方程解的振動性,推廣和改進了文[1]~[3]的有關(guān)結(jié)果和證明。
By means of the continuation theorem of coincidence degree theory, a kind of second order functional differential equation with multiple deviating arguments as follows ( the equation is abbreviated ) is studied 摘要作者利用重合度原理研究了一類多偏差變元的二階微分方程(方程式略)周期解問題。
This paper studies the systems of nonlinear neutral parabolic partial functional differential equations with continuous distributed deviating arguments, sufficient conditions are obtained for the forced oscillation of solutions of the systems 摘要研究具有連續(xù)分布偏差變元的非線性中立型拋物偏泛函數(shù)分方程系統(tǒng),獲得了系統(tǒng)解的強迫振動的充分條件。