查询词典 almost everywhere

By getting Lebesgue characteristic of integrable function of Riemann from the definition of gather zero measure, it discusses the relation between almost continuous everywhere and existent of limit, and gets that the almost continuous everywhere is equal to the almost limit existence everywhere in the integrable function of Riemann.

通过定义零测度集给出了可积函数的特征，讨论了其几乎处处连续与极限存在的关系，即可积函数中几乎处处连续与极限的几乎处处存在是等价的，得出了比正规函数更加广泛的统一条件，得出了有界变差函数是可积函数的结论。

By getting Lebesgue characteristic of integrable function of Riemann from the definition of Gather zero measure, discussing the relation between almost continuous everywhere and existent of limit, it gets the theory which is from the function integrability to the consecution and from consecution to the limit existence .i.e. the almost limit existence is equal to the almost continuous everywhere in the integrable function of Riemann. It also gets a unified condition which has a wider range than regulated function and comes to the conclusion that the function of bounded variation is the integrable function of Riemann.

通过定义零测度集给出了可积函数的特征，讨论了其几乎处处连续与极限存在的关系，从而得到了从函数可积性到连续性，从连续性到极限存在性的函数特性理论，即可积函数中极限的几乎处处存在与几乎处处连续是等价的，得出比正规函数更加宽泛的统一条件，得出了有界变差函数是可积函数的结论。

It must nestle everywhere, settle everywhere, establish connexions everywhere.

它必须到处落户，到处开发，到处建立联系。

It must nestle everywhere, settle everywhere, establish connexions everywhere.

它必须到处落户，到处殖民，到处建立联系。

A main feature in developing the theory is that the scope is expanding: from almost periodic function, asymptotically almost periodic function, weakly almost periodic function to pseudo almost periodic function which was introduced by Professor Zhang in 1992. Every extension consumedly enlarges the theory and their applications.

从概周期函数、渐进概周期函数、弱概周期函数，一直到张传义教授在上世纪九十年代初提出的伪概周期函数，每一次函数范围的扩展都大大地丰富了概周期函数的理论和其应用前景。

For some special cases, the paper gives some important identical theorems, and then establishes a valuable relation between the uniformly almost periodic functions and the trigonometric polynomials.Secondly, on the basis of the identical theorem, the paper investigates the Fourier series of the uniformly B2 almost periodic functions, and further proves that the series is unique.Thirdly, the paper discusses the Parseval equation of the uniformly B2 almost periodic functions, which establishes the relation between these functions and the coefficients of their Fourier series; and next investigates an important approximation theorem-Riesc-Fischer theorem, about the uniformly B2 almost periodic functions and the trigonometric polynomials.

并给出了特殊情况下的几个重要的恒同定理，将一致概周期函数与有限三角多项式联系起来；第二，在恒同定理的基础上，给出了一致B~2概周期函数的Fourier级数，并且级数是唯一的；第三，讨论了一致B~2概周期函数的Parseval方程，建立了函数与其Fourier级数的系数之间的联系；接着给出了关于一致B~2概周期函数和三角多项式之间的一个重要近似定理—Riesc-Fischer定理。

On the applications of the uniformly Besicovitch almost periodic functions to differential equations, the main works are as follows:First, the paper proves that the space of the uniformly B2 almost periodic functions, with a special norm, is a Banach space, and then the Fixed Point Methods could be used in this function space.Second, since the space of the uniformly B2 almost periodic functions is per-fect, the paper investigates the existence and uniqueness of uniformly B2 almost periodic solution of a wave equation involving reflection of the argument by the principle of contraction mapping.

关于一致Besicovitch概周期函数在微分方程中的应用，本文主要做了以下工作：第一，证明了一致B~2概周期函数空间在其特定范数下构成Banach空间，从而可以在此函数空间上应用不动点定理；第二，由一致B~2概周期函数空间的完备性，应用压缩映像原理，讨论了一类满足一定初始条件的带反射变量的波方程一致B~2概周期解的存在唯一性。

Some persons can be everywhere at home; others can sit amusingly at home and be everywhere.

有些人可以四海为家地无拘无束，也有些人可以静坐家中而神游四海。

Everywhere the name of Bolland ensured them an enthusiastic welcome and opened every library to them; everywhere they found precious material to take with them for use in the succeeding volumes of the "Acta".

无处不在的名字bolland保证了他们热烈的欢迎，并开放每一个图书馆给他们；无处不在，他们发现了珍贵的材料，采取与它们的使用在接替册的"学报"。

His body has disability, because of the poliomyelitis double lower limbs breaks down, the life provides for oneself hard; he ever by the envenom after maternal meal, but escape from death, abandon after again acrobatics of; his grind, run everywhere a make a living as a performer, also Ceng Jie head brushs a shoe to the person, but eventually because of body blemish everywhere be rebuffed; he and friend do poineering work together, the company inside half an year acquires asset 1.2 million, because the friend is set,cover however, in the choice in company and sweetheart, final a single cent or penny was not taken leave; cloudily he goes all out painstakingly in the network 9 years, final at 8 year end, take over 13GM game to stand integratedly Www.13gm.com , be in of the two amazingly quick inside week pull angel financing.

他身患残疾，因小儿麻痹症而双下肢瘫痪，生活难以自理；他曾被母亲饭后下毒，但大难不死，后又遭抛弃；他苦学杂技，四处跑场卖艺，也曾街头给人擦鞋，但终因身体缺陷四处碰壁；他与朋友一起创业，半年内公司获得资产120万，却因朋友设套，在公司与爱人中抉择，最终分文未取黯然离开；他在网络中苦拼九年，最终于08年末，接手13GM游戏综合站 www.13gm.com ，并在两周内神速的拉到天使融资。

I'm not an actor. I'm a professor of paleontology.

我不是演员，我是古生物学教授

Spider Network Web site that is a very image of the name.

网络蜘蛛即Web Spider，是一个非常形象的名字。