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On the basis of above, this paper combines the Jayant adaptive quantization and G.728's gain prediction to propose a scheme fit for designing gain codebook of Low Delay Code Excited Linear Prediction, in which the exact gain value is adaptively predicted and quantized.

以此为基础，将Jayant的自适应量化与G.728的增益预测结合起来，提出一种适合于设计低时延码激励线性预测的增益码书的方案。

After comparing nonlinear simulation with linear, the results indicate that: Weak nonlinearity has definite and apparent influence on the distribution of acoustic fields and focused gain of array, which cause the distribution of waveform is closer to the array and the focused gain deteriorate ; the strong nonlinearity have a strong waveform aberration, because the other waves of non-fundamental frequency appear . No evident distinction is found in the effects between the oblique propagation and the vertical propagation, though less focused gain and influence caused by strong nonlinear produced by the acoustic diffraction which results in more attenuation in terms of oblique propagation.

将线性条件下的模拟结果与非线性条件下的模拟结果进行比较发现：弱非线性会对声场的分布和阵列聚焦增益产生一定的影响，使得声场分布波形比线性条件下的更加靠近阵列，聚焦效果变差；强非线性会使波形发生更严重畸变，这是由于产生了基频以外的其他频率声波引起的；非线性对斜向传播时声场分布的影响与垂直传播时的影响效果基本相同，但由于斜向辐射时的声波衍射造成的衰减要大于垂直辐射时的，因此聚焦增益和强非线性的影响都将小于垂直辐射时的情况。

By analyzing the deficiencies of offensive realism, this paper advances three evaluating laws: 1 alienation, i.e., during the developing process of IR theory, there is both self-affirmation and self-negation to gain its contemporary legitimacy; 2 assimilation: i.e., IR theory evolutes from entirely different to continuous conjunction, showing its characteristics when harmonizing with others to gain its contemporary rationality; 3 fundamentalisation: like any other kinds of thinking, when IR theory has come into being, it gets the trend of fundamentalization, i.e., affirm itself by negating the opposites to gain its contemporary teleonomic.

文章在分析进攻性现实主义的不足时提出了国际关系理论的三大演绎律1）异化：即理论发展过程中既有不断肯定自我的过程，也有不断否定自我的过程，以获得现时代的合法性；2）同化：即各理论从泾渭分明到不断通约，在融合中展示自身特质，获得现时代的合理性；3）原教旨化：与任何其他人类思维形式一样，理论一旦形成，都具有原教旨倾向，即不断否定对立面来肯定自身，获得现时代的合目的性，并以此探讨对待国际关系理论的一般性问题。

When you begin to earn your reputation with the Aldor, you'll find that your reputation with the Scryers will decrease by 10% each time you gain with Aldor, and most of your reputation with the Sha'tar will gain 50% when you gain with Aldor.

当你开始，让您与阿尔多尔的声誉，你会发现你与塞尔斯的声誉将减少10％，每次与阿尔多尔增益，和您的声誉与沙塔尔最会得到50％的收益时，与阿尔多尔。

Under the premise of a rotor system satisfying the quasi steady-state condition, the influencing coefficient method based on the steady-state rotor balancing is extended to single-plane or multiple-plane gain-scheduling control of a rotor with slowly varying speed and all factors affecting the stability of a gain-scheduling control are analyzed. Numerical simulations verify that the gain scheduling control can effectively suppress imbalance-induced vibration of a rotor with slowly varying speed.

在转子系统满足准稳态条件前提下，延伸基于转子稳态平衡的影响系数法到慢变速转子单平面或多平面增益调度控制，分析了影响增益调度控制稳定性的诸因素，以数值模拟证实了增益调度控制能有效地抑制慢变速转子的不平衡振动。

It is found that the gain in the saturation amplification regime drops,and the gain bandwidth is smaller than that in small signal amplification regime and there are side lobes in the gain band.

发现在饱和放大区，增益的整体水平有所下降，增益谱的可用带宽相对于小信号放大有所减少，增益谱在可用带宽范围内出现了旁瓣。

The payoffs for the opponent were smaller under the frames of "self","gain","lose","take","self-gain" and "other-give" than under the frames of "other","give","self-give" and "other-gain".

在&自我&、&得&、&失&、&留&以及&自我-得&、&他人-给&等框架下，分配者分配给接受者的金钱数额显著低于在&他人&、&给&、&自我-给&以及&他人-得&等框架下的分配金额。

GHz ridge－loaded helical groove slow wave structure with a 20kV electron beam are given and the investigations of the effect of the ridge dimensions and electron beam parameters on the small signal gain are carried out. It is indicated from the calculation results that this type of structure is suitable for use as s SWS of high power, high gain but narrow passband millimeter TWT, of which the 3dB gain bandwidth is 3.4%. In order to increase the bandwidth, the reduction of the ridge gap or the increase of the electron beam current in an allowable range may be useful.

GHz的脊棱加载慢波结构的具体尺寸，并对此结构中小信号增益随脊尺寸的变化情况及电子注参数对其影响进行了研究，计算结果表明：此结构适宜于作为高增益窄带毫米波大功率行波管的慢波线，其3dB增益带宽为3.4%，为了展宽其工作带宽，可以适当减小间隙宽度，也可在一定范围内提高电子注电流。

A dual stage gain-clamped L-band EDFA based on reflecting backward C-band ASE using a fiber loop mirror as reflector to clamp the gain is proposed, which archives high and flat gain in L-band.

而在不断有信号上、下载的WDM系统中，掺铒光纤放大器的增益控制技术具有重要的意义。

The prediction equations of nutritional requirements about digestible energy, metabolizable energy, digestible crude protein, and protein deposited for stall-feeding growing crossbred Boer goats were:DE, kJ/d=588.31W0.75 9.25W 879.9 r=0.5712, p=0.013ME, kJ/d=482.42W0.75 7.57AW 721.57 r=0.5713, p=0.013DCP, g/d=(0.03AW 1.27) W0.75 r=0.9869, p=0.0131 PD, g/d=(0.03W 0.03) W0.75 r=0.9993, p=0.0007 When the average daily gain stage is from 0 to 200g/d,for the stall-feeding growing crossbred Boer goats, aged at 3~6 months, Metabolic rate of gross energy of the diets is 0.55; digestibi I ity of crude protein is 0.56; The protein requirement of per live weight gain for meat goats is 0.31 g PD/g gain .

舍饲波杂肉羊生长期消化能、代谢能、可消化粗蛋白质、沉积蛋白质需要量的估测模型分别为： DE，kJ／d=588.31W~(0.75) 9.25△W 879.9 r=0.5712，p=0.013 ME，kJ／d=482.42W~(0.75) 7.57△W 721.57 r=0.5713，p=0.013 DCP，g／d=(0.03△W 1.27)W~(0.75) r=0.9869，p=0.0131 PD，g／d=(0.03△W 0.03)W~(0.75) r=0.9993，p=0.0007 3～6月龄舍饲生长期波杂肉羊增重范围为0～200g／d时，日粮总能代谢率平均为0.55，粗蛋白质的消化率平均为0.56；每增重1g体沉积蛋白质需要量为0.31g。

It is also known as one of the most poisonous naturally occurring substances.

它也被称为一个最自然发生的有毒物质。

The greatest stress is found at the location on the cross section where V is the largest.

最大应力出现在横截面上V为最大的地方。