高容量

As an information carrier, photon possesses higher information capacity and noiseproof feature than electron during the information process of high speed and capacity.

在高速、大容量信息处理过程中，光子作为信息的载体要比电子具有更高的信息容量和抗外界干扰的能力，因而光子技术和光子学材料得到了极为迅速的发展。

For large capacity of inverter, due to the dc bus voltage is higher, ac output generally do not need to boost transformer can achieve 220V, in medium and small volume of inverter, due to the low voltage dc 12V, such as, must design, 24V pressor circuit.

对大容量的逆变器，由于直流母线电压较高，交流输出一般不需要变压器升压即能达到220V，在中、小容量的逆变器中，由于直流电压较低，如12V、24V，就必须设计升压电路。

Ue to the underhung motor design the power handling is lower than the other TD drivers. However, these drivers were intended to be used in multiples per channel when extreme SPLs are required meaning the power handling is right where it is needed.

IPOLE系列的功率容量小于TD系列，这是因为这个单元是考虑到超低频段一般是一个声道多个单元，以便达到超大发声面积，并且达到超高声压的要求，因此单个单元一般不用太高功率容量。

Ue tothe underhung motor design the power handling is lower than the other TD drivers. However, these drivers were intended to be used in multiples per channel when extreme SPLs are required meaning the power handling is right where it is needed.

IPOLE系列的功率容量小于TD系列，这是因为这个单元是考虑到超低频段一般是一个声道多个单元，以便达到超大发声面积，并且达到超高声压的要求，因此单个单元一般不用太高功率容量。

The simulated results show that compared with the multi-nozzle gasifier,the gasifying flow field and the effective gases in the new gasifier is superior.In the gasifier of same capacity,the efficiency of carbon conversion of the new gasifier is more about 0.75%,and percent hydrol...

结果表明，新型水煤浆气化炉在炉内气化流场的组织和产出的有效气成分上均优于多喷嘴对置式水煤浆气化炉，在相同容量的气化炉内，新型水煤浆气化炉与多喷嘴对置式水煤浆气化炉对比，碳转化率高0.75%，水解率高近2.91%，干有效气成分高5.34%，冷煤气效率高7.09%，每产出1 000 m3有效气(CO+H2)可节省氧气20 m3，节省煤36 kg。

Hyponatremia, hypovolemia, hypernatruria, hyperdiuersis and hyperbaricuric were of good applicable value in dignosis of the CSWS, Hyperisotonic and normal saline was an effective medicine f...

低血钠、低血容量、高尿钠、高尿量、高比重尿是CSWS的诊断依据，补高渗盐水和水化治疗是行之有效的方法。

Thus video streaming on-demand, which is the most popular and most important distribution mode of streaming media, even today is still severely limited in scope and reach.In order to improve the QoS of the VOD system, this dissertation introduces several principles to design the video streaming on-demand system, then presents three kinds of system structures according to the scale of the VOD system, and then designs several corresponding schemes or policies to optimize the performance of the VOD system.In chapter 3, we design a multicast scheme named Dynamic Batched Patching, which can be considered as an ameliorative Patching algorithm.

本文将视频流点播系统按应用规模分为三种体系结构，然后提出了相应的解决方案来满足不同应用规模条件下的各个设计原则：在本文第三章中提出了一个称为Dynamic Batched Patching的实时视频流点播多播传输机制，该传输机制实现简单，可以有效地减少对客户端缓存容量的需求，减少客户端的启动延时，最主要的是在本传输机制中系统的资源利用率非常高，从而大大的提高了系统的用户接纳容量。

The discharge capacity of rapidly solidified alloy in which the main phase was C14 Laves phase was rather low.

以C15型Laves相为主相的快凝合金放电容量较高，C15型Laves相丰度为95％的合金的放电容量可达370mah g〓左右。

With the rapid development of boiler unit and the scale and capacity to high-parameter and large capacity in fossil fuel power plant,in order to protect the unit running safety,requirements for certificates of coal is also growing.How to improve the utilization of space,reduce area and the amount of soil,saving the investment of equipment,reasonable and necessary optimization for coal storage system in engineering design,without reducing the reliability of coal handling system and the security of coal suppl...

随着火力发电厂锅炉机组和规模容量向高参数、大容量的快速发展，为确保电厂运行安全，要求电厂的储煤量也越来越大，如何提高场地的利用率，缩小占地面积，降低土石方量，节约设备投资，在工程设计中对贮煤系统进行合理和必要的优化，同时又不降低输煤系统的可靠性和机组供煤安全，是国内现代化火力发电厂储煤场设计中所面临的现实问题。

Firstly, we research the Vlasov antenna with reflector mainly. A new method to calculate the radiation of the antenna is founded with Vectorial Theory of Diffraction, and the corresponding program is made. The reflective characters of Vlasov antenna are studied with Moment Methods, and the results show that the total reflected energy is less than 0.25%. The radiation patterns of the antenna are analyzed, and the formulas to estimate the wave beam parameters and to design the antenna are provided. The feasibility of radiating high-order modes by Vlasov antenna is also discussed and verified. The hermetization of the Vlasov antenna is researched and the results show that with such kinds of hermetization the antenna can work under gigawatt level. The design of the mode converter from TEM to TMoi is studied, which is useful when the TEM coaxial mode is radiated by Vlasov antenna. At last, the flared-end Vlasov antenna is also discussed.

在Vlasov天线方面：用矢量绕射理论建立了天线辐射场的计算模型并编写了计算程序，该程序计算结果在主瓣上与实验测量吻合良好，近旁瓣也基本一致；利用矩量法计算了天线的反射系数，表明该天线有较小的反射，总的能量反射小于0.25％；详细分析了天线的辐射特性，给出了天线辐射波束相关参数的估算公式和天线设计公式；进一步研究和论证了Vlasov天线辐射高阶轴对称模的可行性；对天线的密封方式和功率容量进行了讨论，结果表明在不需很大密封罩的情况下可以获得GW级的功率容量；为了用Vlasov天线辐射同轴TEM模，研究了TEM-TM_(01)模式转换器的设计，得到了一些基本规律；最后，介绍和分析了带有锥形喇叭的Vlasov天线。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。