The second technique is to take advantage of the very specific structure of XML documents to produce more compressible representations.
第二种技术是利用XML文档非常特定的结构生成更可压缩的表示。
You can obtain considerably better compression rates when you use the specific structure of XML documents to produce more compressible representations.
当使用XML文档的特定结构以产生可压缩性更好的表示时，您就可以取得好得多的压缩比。
The study of the mechanism of transition of compressible flow is of significant importance both from the theoretical and practical point of view.
对可压缩流动转捩机制的研究有重要的理论与工程意义。
The course begins with the basics of compressible fluid dynamics, including governing equations, thermodynamic context and characteristic parameters.
本课程从可压缩流体动力学的基础开始讲起，内容包括控制方程、热力学背景知识和特性参数。
The new technique takes into account the effects of air density change and rotational speeds, thereby improving the analogy theory and making it applicable to compressible flow.
新方法考虑到工质密度和转速变化对压气机特性的影 响，改进了相似理论并使其可应用于可压缩流体计算中。
The liquid is assumed to be inviscid and compressible.
假定液体是非粘滞、可压缩的。
Gases are frequently regarded as compressible, liquids as incompressible.
人们通常认为气体是可压缩的，而液体是不可压缩的。
Inverse integral method is used for compressible turbulent boundary layer.
湍流边界层采用积分反方法。
In this paper, we generalize the principle of uniformly compressible mapping.
本文推广了一致压缩映射原理。
In the second part, we consider the radially symmetric compressible fluid flows.
第二部分考虑径向对称可压流问题。
Gases are frequently considered to be compressible, liquids to be incompressible.
通常以为，气体是可压缩的，而液体是不可压缩的。
A study is made on Cauchy problem of compressible Eulers equations with relaxation term.
研究具松弛项可压缩的欧拉方程组柯西问题。
Single-phase compressible fluid network model for the objects was established in the paper.
本文对这类部件建立了单相可压缩流体网络模型。
The procedure is used to calculate the incompressible and compressible turbulent flow of cascade.
采用本文编制的程序，分别对不可压缩和可压缩叶栅流场进行了数值计算。
In this paper a method to analyse the stresses of hinged frames on compressible soil is presented.
本文提出了分析压缩性地基上铰接排架应力的方法。
Because of the high compressible property of MSW, the influence of initial void ratio is very little.
由于MSW的高压缩性，初始孔隙比不同对试样的动力特性影响不大。
The Vortex Dynamics Equation is developed for compressible flow and its characteristics are analyzed.
推导了可压缩流动旋涡动力学基本方程，并分析了其基本性质。
And the fluid fields are respectively calculated and analyzed by compressible and incompressible model.
同时还计算并分析了选用可压缩流体和不可压缩流体方式的流体场分布。
In the numerical simulation, a weakly compressible flow model and the body fitted grid technique are used.
在数值模拟中，采用了弱压缩流的控制方程，用贴体坐标技术进行了网格生成。
The characteristics method developed is an effective approach for compressible materials under plane stress.
本文的特征线方法为解决可压缩性材料平面应力问题提供了一条有效途径。
The weakly compressible fluid control equations and the large eddy simulation turbulence model are expounded.
阐述了二维弱可压缩流体流动控制方程和大涡模拟湍流模型。
The authors present a method for designing and manufacturing the cylindrical compressible spring of mini-piston.
介绍一种微型活塞回位圆柱压缩弹簧的设计与制造方法。
Numerical results are obtained for the three dimensional compressible flow field of low pressure turbine exhaust hood.
以数值模拟为手段，描述了透平低压排气缸内部复杂的三维可压缩湍流流场。
The extrusion of compressible material in plane strain is analysed in use of UBET and compared to fully dense material.
应用上限元方法分析了可压缩材料平面应变挤压问题，并与致密材料进行了比较。
An implicit time-marching method is presented for computing the three-dimensional steady inviscid compressible flow fields.
本文提出了求解三维定常无粘可压缩流场问题的一种隐式时间推进法。
The free vibration of a multi layered cylindrical shell submerged in an irrotational, inviscid and compressible fluid is studied.
研究了无旋、无粘、可压缩流体中多层圆柱壳的自由振动问题。
This paper presents a new method of calculating depth of compressible stratum, in which a viscoelastic-plastic model was adopted.
本文采用粘弹塑性模型，提出计算地基变形及有效压缩层深度的新方法。
A spherical cavitated bifurcation problem is examined for a solid sphere composed of a class of compressible hyper-elastic materials.
研究了一类可压缩超弹性材料组成的球体的空穴分岔问题。
The effect of acoustic excitation on the flow asymmetry over a slender body in compressible flows was investigated in a transonic wind tunnel.
在跨声速风洞中研究了声激励对于可压缩流中细长旋成体大迎角流动非对称性的影响效果。
A new method for calculating the capacity of pipeline in transporting compressible and incompressible fluids (flux) is presented in this article.
本文对不可压缩流体和可压缩流体管路的输送能力(流量)提出了一种新的计算方法。
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