partial difference
1.From the example, we are more acquainted with the oscillations of solutions of the partial difference equations.
2.By means of the comparison theorem, and the oscillation of some non-linear partial difference equations is discussed and some concise conditions and authenticity are given.
3.The present paper deals with the sufficient and necessary condition of the final positive solutions of non-linear partial-difference equations and first presents the comparison theorem.
4.This paper presents a numerical procedure to solve the partial difference equation that must be satisfied by the value of a mortgage loan according to CIR model.
5.Considering the neutral partial difference equations T(Δ1,Δ2)(xmn-cmnxm-k,n-l)+pmnxmρ,n-δ-qmnxm-σ,n-τ=0,m,n=0,1,2,…,where T(Δ1,Δ2)(xmn)=xm+1,n+xm,n+1-xmn,k,l,ρ,δ,σ,τ,are nonnegative integers,｛cmn｝ is double real sequence,and ｛pmn｝,｛qmn｝ are double real nonnegative sequences,some sufficient conditions are obtained for the existence of positive solution of the Eq.
6.The incidences of HMD in two groups were compared, Alveolo arterial oxygen partial pressure difference (Aa DO 2) and respiratory index (RI) were measured.
7.Conclusions There can be two or three molecules, even two different compounds in an asymmetrical unit of structure cell because of partial disorder or configuration difference in organic molecule crystals.
8.Hence, numerically solving parabolic partial differential equation by finite difference method is significant in theory and application. As to construction of parallel finite difference schemes of sixth order and exceeding sixth order parabolic equations,existing work is seldom.
9.Finally, their applications in the logic synthesis based on the partial linear function and calculating Boolean difference of logical functions are discussed.
