它是一个简单的线性阵列的数据结构？
线性阵列也可以包括其它声学元件，例如端口或无源辐射体。
The line array may also include other acoustic elements, such as ports or passive radiators.
线性阵列的驱动器通常设置成使驱动器的所有对应点沿直线对齐。
The drivers of a line array are typically arranged so that all corresponding points of the drivers are aligned along a straight line.
图9b为图9a的线性阵列的一些声学驱动器的设置的放大主视图。
FIG. 9b is an enlarged front view of the arrangement of some of the acoustic drivers of the line array of FIG. 9a.
当沿着一条平行于直线36的线向下观察时，线性阵列如图2d所示。
The line array appears as FIG. 2d when viewed downwards along a line parallel to line 36.
图9e是图9a的线性阵列的一些声学驱动器的设置的放大等轴测图。
FIG. 9e is an enlarged isometric view of the arrangement of some of the acoustic drivers of the line array of FIG. 9a.
当沿着平行于轴线的直线并且面向锥体观察时，线性阵列如图2C所示。
The line array appears as FIG. 2C when viewed along a line parallel to the axes, facing the cones.
或者你可能想要为交换区创建线性阵列，因为你如何使用它无关紧要，因为她是原始设备。
Or you may want to create a linear array for swap, because it does not really matter how you use it, as it's a raw device.
图9a的线性阵列包括两部分62和64，它们可以沿着线66结合形成更长的线性阵列。
The line array of FIG. 9a consists of two sections 62 and 64 which can be joined along line 66 to form a longer line array.
为了更好的性能，可以增加声学驱动器的数量，例如增加到如第二线性阵列44所示的六个。
For even better performance, the number of acoustic drivers can be increased, for example, to six as in second line array 44.
图10a和10b的线性阵列包括和线性阵列一样安装在同一箱体中的低音声学驱动器52。
The line arrays of FIGS. 10a and 10b include bass acoustic drivers 52 mounted in the same cabinet as the line arrays.
利用数值模拟方法对采用高超音速低温喷管（HYLTE）线性阵列DF化学激光器进行了研究。
The DF chemical laser, adopting the Hypersonic-Low Temperature(HYLTE) nozzle in linear array form, was numerically studied.
基于流水光总线的可重构线性阵列系统(LARPBS)是一种建立在光总线上的并行计算模型。
Linear array with reconfigurable pipelined bus system (LARPBS) is a parallel computational model based on the optical bus.
提出一种集成了检测电极的基于线性阵列电极的微流体芯片，及以此芯片为基础所构建的控制检测系统。
The paper put forward a micro fluidic chip based on arrayed -electrode integrated with detection electrode , and its control and detection system .
线性阵列超声波换能器设计基本原理的核心，是公司专业定制压电设备技术和固态声学材料的相关知识。
At the heart of our array design philosophy is our custom piezoelectric technology and our solid acoustic materials knowledge.
讨论和比较了实时图像处理中的流水线、大阵列处理器及线性阵列处理器结构及实时图像理解的总体结构。
The architecture of real time image processing as pipeline structure, massive array and linear array processing, as well as the image understanding system structures, are discussed and compared.
若一个网络含有哈密顿圈(哈密顿路)及不同长度的圈，则可以有效模拟在环或线性阵列上设计的许多算法。
If one network contains Hamiltonian cycles (Hamiltonian paths) and cycles of variable lengths, then it can effectively simulate the algorithms designed based on rings and linear arrays.
与图2中的传统的线性阵列相比，线36仅与线性阵列的所有声学驱动器的一个对应点(防尘罩的中心)相交。
In contrast to the conventional line array of FIG. 2, line 36 intersects only one corresponding point (the center of the dust cover) of all the acoustic drivers of the line array.
为了避免声干涉，线性阵列改变了传统的结构，在号筒和驱动器之间做了特殊的设计，更有效于发出平面波。
To avoid such interference in a line array, a special adapter between the driver and the horn must be devised to produce plane waves.
为了降低热导和热容，提高探测器的探测灵敏度，用KOH作化学腐蚀完全去除了线性阵列下方的硅衬底，形成悬空结构。
In order to reduce the thermal conductivity and heating capacity and increase the detectivity of array, the suspended structure was formed on silicon wafer by chemical etching of KOH.
矩阵运算是最重要的数值计算，基于流水光总线的可重构线性阵列系统(LARPBS)是一种建立在光总线上的并行高效计算模型。
Matrices computation is the most important in numerical computations. Linear array with reconfigurable pipelined bus system (LARPBS) is a parallel efficient computational model based on optical bus.
文中详细讨论了多元线性阵列探测器系统的组成和实现方法以及实验装置的组成，相控聚焦的成像算法在多元线性阵列探测器中的应用。
A makeup of the multi-element linear transducer array system and Experimental setup were described in detail, besides the application of phase-controlled algorithm in multi-element transducer array.
其次，在高速采集卡的基础上设计研制了基于多元线性阵列探测器系统的快速光声层析成像装置，首次实现了基于多元阵列探测器的光声成像。
Then, a multi-element linear transducer array system based on the high-speed data acquisition card was designed and realized photoacoustic imaging by it firstly.
本课题来源于大型线性阵列部分自适应波束形成技术的研究项目，论文中主要讨论其中的两个关键技术：adbf算法、线性阵列的子阵划分处理。
Our research work comes from a project of line array antenna's ADBF system. In this paper two subjects are discussed: subarray partition of the line array and ADBF algorithms.
现参照图4，示出了线性阵列扬声器的两个相邻声学驱动器28、30的示意性俯视图(也就是沿着如图2a至2c的线36一样方位的线的视图)。
Referring now to FIG. 4, there is shown diagrammatic top view (that is, a view along a line oriented as line 36 of FIGS. 2a-2c) of two adjacent acoustic drivers 28, 30 of a line array loudspeaker.
基于流水光总线的可重构线性阵列系统(LARPBS)是一种建立在光总线上的并行计算模型，许多研究工作者已经在该模型上设计出了一些高效的并行算法。
Linear array with reconfigurable pipelined bus system (LARPBS) is a parallel computational model based on optical bus. Many researchers have developed efficient parallel algorithm on this model.
基于流水光总线的可重构线性阵列系统(LARPBS)是一种建立在光总线上的并行计算模型，许多研究工作者已经在该模型上设计出了一些高效的并行算法。
Linear array with reconfigurable pipelined bus system (LARPBS) is a parallel computational model based on optical bus, on which many researchers have developed efficient parallel algorithm.
从可靠性的立场来看，RAID - 0模式与线性模式具有同样的特征——向阵列中添加的驱动器越多，卷的故障概率就越高。
From a reliability standpoint, RAID-0 has the same characteristics as linear mode — the more drives you add to the array, the higher the probability of volume failure.
从技术上讲，二者都不是RAID，因为 RAID代表“廉价磁盘冗余阵列”，而RAID-0和线性模式都不提供任何类型的数据冗余。
Neither one is technically a form of RAID at all, since RAID stands for "redundant array of inexpensive disks", and RAID-0 and linear mode don't provide any kind of data redundancy.
从技术上讲，二者都不是RAID，因为 RAID代表“廉价磁盘冗余阵列”，而RAID-0和线性模式都不提供任何类型的数据冗余。
Neither one is technically a form of RAID at all, since RAID stands for "redundant array of inexpensive disks", and RAID-0 and linear mode don't provide any kind of data redundancy.
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