solution of equations造句
例句與造句
- If so, the subject of the solution of equations will recede into the background .
如果這樣，方程求解的課題就會(huì)失去重要性。 - The property of symmetry can also be used to save a part of the computational effort required for matrix inversion or for a solution of equations .
對(duì)稱的特性也可用來節(jié)省矩陣求逆中或求解方程中所需要的一部分計(jì)算量。 - S ： the process to get the solution of equation
生：求方程的解的過程叫做解方程。 - The process to get the solution of equation
生：求方程的解的過程叫做解方程。 - Nterativel solution of equations for - strongly accretive mappings
強(qiáng)增生映象方程解的迭代逼近 - It's difficult to find solution of equations in a sentence. 用solution of equations造句挺難的
- For a long time , we have been keeping on the study on the uniqueness of the solution of equation , the conditions of convergence and error estimates for various iterative methods
長期以來人們從未放棄過對(duì)方程解的唯一性和各種迭代法的收斂性的條件及誤差估計(jì)的研究。 - In this method , the parameters to be estimated are divided into two sections , the number of equation dimension is reduced by half , so the solution of equation is simplified , and the working efficiency is greatly raised
在這種解算方法中，由于將待估參數(shù)分成了兩部分，使原本龐大的高維方程組的解算得以簡化，把待求參數(shù)的維數(shù)減半，大大提高了工作效率。 - Least squares solution of equation is used to calculate and adjustment transformation matrix at same time , transformation matrix is used to calculate the 3 - axis angle of star sensor . so is very fast and precise
利用方程組的最小二乘解求取轉(zhuǎn)換矩陣，通過轉(zhuǎn)換矩陣計(jì)算星敏感器的三軸姿態(tài)角，使姿態(tài)計(jì)算和平差同時(shí)進(jìn)行，具有較高的姿態(tài)計(jì)算精度和計(jì)算速度。 - When the solution of equations is unique , unique solution is given ; when the number of the solution of equations is infinite , mininum norm solution is solved ; when the solutions of equations don ' t exist , the mininum norm least squares solution is solved
若方程組有唯一解，求出其唯一解；若方程組有無窮解，求出其極小范數(shù)解；若方程組無解，求出其極小范數(shù)最小二乘解。 - On the basis of the sensitivity analysis and its related theories , the sensitivity matrix analysis approach is presented to achieve a good predictability and controllability of solutions . this approach has been demonstrated to be distinct for predicting solutions of equations in simulation experiments
在模擬電路靈敏度分析及其相關(guān)理論基礎(chǔ)上,本文嘗試采用靈敏度矩陣分析方法來改善一階靈敏度故障診斷方程解的可預(yù)測(cè)性和可控性。 - The weighted number of solutions of equation , r ( b ) , is expressed as the sum of a integral on [ 0 , 1 ] and a remainder term . using the circle method , the integral on the interval [ 0 , 1 ] is divided into the integrals on major arcs and minor arcs respectively , j and j . the section 3 gives a transformation for sj ( a ) and simplifies /
把三次方程的加權(quán)解個(gè)數(shù)r ( b )表示為[ 0 , 1 ]上的積分加上余項(xiàng)，然后利用圓法，把區(qū)間[ 0 , 1 )上的積分變成優(yōu)弧和劣弧的積分和第三節(jié)，給出s _ i ( )的一個(gè)變換，并化簡把的主項(xiàng)被分成m _ 1 ， m _ 2和m _ 3 - Equation ( 4 ) is said to belong to limit circle type if all solutions of equation ( 4 ) belong to l ~ ( 2 ) ( simply denoted by l . c . ) equation ( 4 ) is said to belong to lagrange stable if all solutions of equation ( 4 ) belong to ( simply denoted by l . s . ) . in chapter 4 , we study criteria for the linear nonhomogeneous differential equation belonging to the limit circle type
方程( ’ )稱為極限圓型的，若方程( ’ )的所有解都屬于護(hù)[ a ， co ) (簡記為l . c . ) ;方程( ’ )稱為拉格拉日穩(wěn)定，若方程( ’ )的所有解均屬于lco [ a ， co ) (簡記為l . s . ) .由于方程( ’ )解的平方可積性及有界性的研究在微分算子理論、按微分方程的特征函數(shù)展開理論以及無界區(qū)間上受控系統(tǒng)的最佳控制理論等方面具有重要應(yīng)用 - In chapter 2 , we study the further results on the properties of growth of solutions of one kind of higher order linear differential equations with entire coefficients , when there is one coefficient that is main dominating to the properties of the solutions , we obtain precise estimate of hyper - order of solutions of equations either homogeneous or non - homogeneous and relations between the solutions and functions with smaller growth
本文研究了某些高階線性微分方程解的增長性問題。其中第二章研究了一類高階整函數(shù)系數(shù)微分方程解的增長性的進(jìn)一步結(jié)果，當(dāng)存在某個(gè)系數(shù)對(duì)方程的解的性質(zhì)起主要支配作用時(shí)，得到了齊次與非齊次方程解的超級(jí)的精確估計(jì)及方程的解與小函數(shù)的關(guān)系。 - In chapter 1 , the thesis studys the following cauthy problem to hyperbolic system with nonlinear relaxation term we prove that for the initial value with bounded c1 norm , there exists a unique global smooth solution for the cauthy problem ( 1 ) , ( 2 ) ; in chapter 2 , the thesis considers the following hyperbolic system with relaxation term and the sclar conservaton law equation when e is fixed , for a certain class of initial data , in the large time station , the thesis gets a determined lp ( p > 2 ) decay rate between the golbal smooth solutions of system ( 3 ) and the rarefaction waves solution of equation ( 4 )
在第一章中，研究如下帶非線性松弛項(xiàng)的雙曲組的柯西問題證明了，對(duì)c ~ 1模有界的初值，柯西問題( 1 ) ， ( 2 )存在唯一的整體光滑解。在第二章中，考慮如下帶松弛項(xiàng)的雙曲組和單守恒律方程u _ t + f ( u ) _ x 0 ， ( x ， t ) r r ~ + 。 ( 4 )當(dāng)固定時(shí)，對(duì)一類初值，得到方程組( 3 )柯西問題的整體光滑解與方程( 4 )的稀疏波解間在大時(shí)間狀態(tài)下的l ~ p ( p 2 )衰減率。