模特征

Make: According to all sorts of fruity features, make a model above all, it is main raw material with glucose syrup next, join right amount and purificatory starch, cane sugar, fruit juice to wait, boil to formulary temperature, wait for after congee is mushy, fill model shapes.

制作：根据各种水果的特征，首先制出模型，然后以葡萄糖浆为主要原料，加入适量精制淀粉。蔗糖。果汁等，熬至规定温度，待成粥糊状后，灌模成型。

Within this context, four specific areas are addressed:(1) By means of finite integration technique, a new kind of the first order partial difference equation is derived from the original disperse transmission line equation of the uniform waveguide's. As it is the kind of one dimension Dirichlet's boundary problem, it is convenient for us to solve this equation from the leapfrog scheme. Because computation is carried out in one dimension, both high calculation efficiency and precision have been obtained in this method. Meanwhile, this method provide us a different selection to simulate the transient response of waveguide with non-simplical, for examples cylinder and elliptic waveguide, and avoid solving the second order equation, or using finite difference time domain to simulate a three dimension problem, sometimes the latter precision is not satisfied with the need, or low efficiency.

在这一研究内容下，主要研究四个方面的问题：(1)在完成金属波导传输线方程时域形式的基础之上，应用有限积分技术，把波导特征模式的色散传输线方程，化简为一组新的一阶偏微分方程组，该边值问题属一维Dirichlet边值问题，从而便于用蛙跳格式求解，由于是在一维中计算，该方法具有很高计算效率和精度，从而避免了以往为得到金属波导中特征模的时域响应特性，须要求解二阶方程，或用时域有限差分方法求解三维问题的方法，对于后者来说，计算有时是不准确的，或是很耗时的例如计算诸如圆波导、椭圆波导等其它复杂形状的波导。

The detected leakage signal can be decomposed into a sum of finite intrinsic mode functions by EMD, some of IMFs embracing typical AE characteristic can be selected to be reconstructed. Thus, noise interference can be eliminated. The reconstructed signals are analyzed and their cross-correlation parameter is calculated.

该信号分析方法将管道泄漏产生的声发射信号通过EMD分解为多个平稳的固有模态函数之和，选择包含声发射特征的若干IMF分量进行重构，可以提取到管道泄漏声发射信号的本质特征，消除噪声信号的干扰。

Then the connection of left and right eigenvector and state matrix is deduced by using left and right eigenvector of free vibration differential equation in linear damped discrete system.

首先介绍了复模态理论，然后利用线性阻尼离散系统的自由振动微分方程的左右特征向量，推导出状态矩阵与振动系统的左右特征向量之间的关系。

The on-line wheel dressing monitoring experiments were made to investigate the bispectrum feature of acoustic emission signals when the diamond sharpness ratio was sharp, middle blunt and blunt, and a diamond blunt feature extraction method based on main diagonal slic...

通过砂轮修整过程在线监测实验，分析了金刚笔在锐利、中等钝化和钝化状态下，修整过程中声发射信号的双谱特征，提出了归一化双谱模对角切片特征提取方法。研究表明，采用基于声发射的双谱分析方法可以有效监测砂轮修整过程中金刚笔的钝化状态。

In music structure, through the contract of the musical form structure of this work and the typical classical concerto musical form structure, it summarized the inheritance of classicism concerto structure and the personalized innovation of national style of this work, and emerged Chopin"s inheritance in concerto creation and his innovative spirit in this area. In melody, by centering the elaboration on the vocal and colorful melody, it fully displayed Chopin"s unique artistic style and distinct romanticized characteristic in melody creation. In rhythm, with the analysis of the third music movement"s rhythm, we could learn the rhythm of mazurka which penetrated the entire music movement and which had typical Poland national characteristics, the national characteristics of the work, and the primary form of characteristic rhythm. Furthermore, it revealed the national essence and the origin material in Chopin"s works. At last, in harmony, from the aspects of linearity and the sound thought of semitone, the counter-function harmony proceeding in breaking traditions, the harmony technique in function-extended, the charm in detuned chord, the blending of sound rhythm and music situation, it analyzed and summarized the distinct romanticism in harmony arranging in the work.

音乐结构上，通过作品曲式结构与古典协奏曲典型曲式结构的对比，总结作品对古典主义协奏曲结构的沿袭和民族风格的个性化创新，展现了肖邦在协奏曲创作的继承和创新精神；旋律上，主要围绕作品旋律的歌唱性和色彩性进行论述，充分展现肖邦在旋律创作上独特的艺术风格和鲜明的浪漫主义特征；节奏上，通过对第三乐章的节奏分析，展现了贯穿整个乐章的具有典型波兰民族特色的玛祖卡节奏，阐述作品的民族特色，并追溯特征节奏的原形，进一步揭示肖邦创作的民族本质和素材来源；和声上，从半音化的线性和声思维、突破传统的反功能和声进行、功能延伸式的和声手法、音阶化的转调模进手法、离调和弦的色彩魅力等几个方面入手，分析和总结了作品在和声运用上新颖、鲜明的浪漫主义特色。

In order to investigate the excitation mechanism and response characteristics of wind-rain induced vibration of stay cable,an instrumentation system of wind-rain induced vibration measurement,which consists of anemometer,rain gauge and accelerometer,was installed on the Dongting Lake Bridge,Yueyang,China.

为了研究斜拉桥拉索风雨振的机理及响应特征，在岳阳洞庭湖大桥建立了由风速仪、雨量计、加速度传感器组成的风雨振现场观测系统，观测到了多次拉索风雨振现象；得到了发生拉索风雨振时风速、风向及雨量的基本条件，分析了风雨振时拉索振动的幅值、主振频率、模态参与特性及空气动力负阻尼比等响应特征。

Taking a 3-machine system for example, the rational positions to configurate the PSS are selected, thus the correctness of the proposed method is verified.

特征向量分析法是由Demello F.P。等人于1980年提出的，其主要思想是：比较特征向量各分量模的大小，选出低频振荡的&主要振源&，然后

Resultantly, the individual warm/cold events in ENSO cycle appear to be partially locked to the annual cycle, and also exhibit obvious irregularity both in amplitude and in lasting time.

本文第四章研制设计了一包含海洋表面边界层和大气辐合反馈过程的热带太平洋海气耦合异常模式，进而利用该模式对ENSO循环进行了较为真实的模拟，通过对模式ENSO循环的演变特征及其形成机制的细致分析，建立了-ENSO循环的非线性分析模式，并提出了ENSO循环形成的一种更为客观的理论，指出：1）和观测事实类似，模式ENSO循环确实涉及了三种主要时间尺度过程即LF、QB和AC，其中LF为3-4年主周期振荡，QB占总方差10～20%；2）ENSO循环的正反馈机制是不稳定海气相互作用过程，且这一不稳定过程的发展在暖态中明显强于冷态；3）ENSO循环的负反馈机制在冷暖态中表现不同，在冷态消亡过程中，这种负反馈过程主要表现为西边界反射产生的时滞效应，但在暖态消亡过程中不存在类似的时滞效应，其负反馈过程主要表现为在海气耦合不稳定充分发展时伴随的赤道两侧冷水上翻过程的加强以及非线性过程的衰减作用抑制了不稳定的发展并最终使得系统回复至冷态；4）ENSO循环的3-4年主周期振荡是一非线性系统的自激振荡现象，其形成是线性系统的本征模即准两年振荡通过非线性机制产生的周期加倍所致，其中&单向性&大气辐合反馈加热过程对其形成至关重要；5）虽然年循环过程对ENSO循环形成没有本质影响，但它可明显影响ENSO循环的具体振幅和位相，使得ENSO对季节循环有明显的&锁相&特征，并且也使得ENSO循环在振幅大小和时间长短方面呈现出明显的不规则性。

Moreover the vibration frequencies of the plate are comput-ed using iterative method, which begins with the in vacuo eigenfrequency and continues until in-water eigenfrequency con-verges.

从真空中模态特征频率出发用迭代法直到水中频率收敛为止而得到水中方板的特征频率，进而计算了方板的棤态辐射效率。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。