等积的

Has been clearly identified in the 16th Party Congress. In the Decision on Completing Some Issues of the Socialist Market Economic System Made by the Central Committee of the Communist Party of China, it has raised this question clearly, that was: Speeding up the reform of railway, post departments and city public-utility, following the policy of "separating the functions of government from those of enterprises, of capitalism and of institutions."

党的十六大明确提出要"推进垄断行业改革，极积引入竞争机制"，十六届三中全会通过的《中共中央关于完善社会主义市场经济体制若干问题的决定》明确提出要"加快推进铁道、邮政和城市公用事业等改革，实行政企分开、政资分开、政事分开"。

Typical methods of the first class consist of predictive deconvolution, normal moveout interconversion stacking, f-k transformation, tau-p transformation, parabola Radon transformation and beamforming. They can be called as seismography method based on the geometry. The second class methods, mainly bases on elasticity undulatory theory, through simulation or reversal development method forecast multiple, and then match it with the original data.

比较典型的方法有预测反褶积、正常时差变换叠加、f-k变换、τ-p变换、抛物线 Radon 变换和聚束滤波等，它们可以简称为基于几何地震学方法或"几何滤波类方法"；第二类主要是基于弹性波动理论的方法，通过模拟或反演方法来预测原始数据中多次波，继而从原始数据中匹配减去所预测的多次波。

In order to discuss the possibility of torpedo(diameter: 534 mm) swim-out launching by the submarine torpedo tube in service, an interior trajectory model was set up in consideration of different resistances and the fact that the area ratio of the circular clearance cross-section of torpedo tube in service to the torpedo cross-section is small. The pressure difference of seawater compensation was defined and added to the model as a resistance parameter, and the launching process was analyzed.

为探讨现役潜艇鱼雷发射管自航发射534口径鱼雷的可能性，针对现役发射管环形间隙截面积与鱼雷横截面之比较小的实际情况，综合考虑了各种阻力的影响，分析了等截面管自航发射过程，定义并引入了补水压差作为阻力因素，重新建立了内弹道模型。

Then in order to improve the efficiency and accuracy of numerical computation, the author developed hybrid spline interpolation, automatically varia...

然后为了提高数值计算的精度和效率，作者又根据二次样条的特点，提出了杂交样条插值、可变节距样条求积和自适应的样条求导等新方法。

Recent years, with the development of modem grown technology insuperthin layer material (e.g. MBE and MOVCD) and various super-elaborate artifactitious technology, the study in small scale semiconductor microcavity arouses people\s interests.

近年来，随着现代超薄层材料生长技术(以分子束外延MBE和金属有机化合物汽相淀积MOCVD等技术为典型代表)和各种超精细加工技术的发展，小尺度半导体微腔的研究引起人们的兴趣。

Research BSS algorithm of non-stationary signals by using natural gradient rule. Two new adaptive BSS algorithms of non-stationary signals with temporary mixing or convolutive mixing are deduced and validated.

基于自然梯度学习方式研究非平稳信号的盲分离，分别推导出信号在瞬态线性混合以及卷积混合情况下的自适应分离算法，验证了算法在处理语音等非平稳信号方面的优越性。

LDPC has more excellent performance than Turbo codes、convolve codes or others in many aspects.So LDPC codes combining with OFDM would have academic and practical significance.

由于LDPC码在很多方面具有比Turbo码、卷积码等更优的性能，将LDPC码与OFDM技术结合应用成为了论文研究工作的核心，这将会有十分重要的理论和实践意义。

The histological data demonstrated that the impact could produce damages of both of TMJs. Hemarthrosis and destuction of the articular discs and the cartilage of the condylar process and glenoid fossa were observed. The greater force was, the more obvious destruction was found. The changes of the TMJs after indirect trauma are similar to humans.

结果发现，颏部撞击可引起双侧TMJ的间接性损伤，包括关节积血、髁状突、关节盘以及关节附着和颞骨关节面等破坏性改变，撞击力越大对关节结构的损伤越重，这种破坏性改变与人类TMJ损伤后的表现相一致，病变较典型，致伤方法可靠。

New palaeogeographic theory and technical progress play very important roles in exploration and development of sedimentary mineral resources.

古地理学的理论发展和相关的技术进步在勘探开发沉积矿产资源等方面发挥了重要作用，开拓了在河流、三角洲及滑塌浊积扇、深水重力流沉积、滩坝、礁以及碳酸盐岩建隆中找油的新领域。

The sediment sandstone layers of meandering stream are thin and varied laterally. And those of braided transport quickly and aggraded vertically. They increase hardness against improving the prospecting resolution.

由于曲流河相沉积砂体的单层薄、横向变化；辫状河相沉积的砂体迁移快、垂向加积等特点，增加了在勘探过程中对其分辨的难度。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。