可讨论的
- 与 可讨论的 相关的网络例句 [注:此内容来源于网络,仅供参考]
-
The main research work of this paper are focused on following areas:(1) Based on review of the theory and methods on measurements of particle fields, a new idea for obtaining particle size and velocity distribution within a spray through imaging the particle field with a laser light sheet was put forward;(2) A DPIV (Digital Particle Image Velocimetry) system, is fit for velocity measurements of low speed flows, was developed and expended to particle size distribution measurement;(3) An arithmetic for particle velocity field reconstruction was developed, and the velocity distribution of water mist was also obtained;(4) A software system for particle analysis, which based on image geometry emend, de-noise and image partition was developed, the parameters such as particle size distribution, mean diameter, number of particles, minimum and maximum diameter can be got with this system;(5) A water mist system was developed and its characteristics, such as droplet velocity, size distribution, number of droplets and spray cone angle under different conditions were obtained from experiments with PIVS;(6) The measurement results of water mist characteristics with PIVS were compared and analyzed with the simply simulated results, and in addition, in order to verify the accuracy of PIVS, some experiments were conducted with the standard particles, such as glass-ball with known mean diameter of 50μm and 115μm, metallic coated tracing particle with mean diameter of 12μm;(7) Some experimental studies on interaction of water mist with liquid pool fires were conducted.
本论文的主要工作包括以下几个方面:(1)在对粒子场测量的相关理论和具体方法进行综述分析的基础上,提出了通过采用激光片光对粒子场进行成像以获取其粒径和速度等参数分布的新思路;(2)研制了适宜于低速流动速度场测量的DPIV(Digital Particle Image Velocimetry)系统,并使其实现了对粒子场粒径分布的测量功能;(3)研制了基于粒子运动轨迹的速度场重建算法,获取了细水雾雾场的速度分布;(4)研制了基于几何校正、去噪、图象分割等图象处理方法的"粒度分析软件系统",该系统既可分析给出粒子场的粒径分布直方图和平均粒径,还可给出粒子的数目以及最大、最小粒径等信息;(5)建立了一细水雾发生系统,并应用上述方法对不同压力条件下细水雾系统的雾场特性(如速度分布、雾滴粒径分布、雾滴的数目、喷雾张角以及雾化长度等)进行了实验测量研究;(6)对细水雾特性参数的PIVS测量结果与计算机简单模拟计算结果进行了定性比较分析,并利用平均粒径为50μm和115μm的玻璃球以及12μm的标准示踪粒子对PIVS系统的粒径和速度测量结果进行了实验验证,同时对其局限性进行了分析讨论;(7)对不同工况条件下细水雾与油池火相互作用的过程进行了模拟实验研究。
-
Also the paper discusses the aspects of system expansibility and efficiency.
同时,还讨论了系统的可扩展性和效率等问题。
-
In the next, this paper deeply discusses the reliability, expansibility and security of SIP.
在此基础上深入讨论了SIP的可靠性、可扩展性及安全性。
-
Then, some fundamental properties of Loeb measurable function and Loeb integration are discussed.
然后,讨论了Loeb可测函数和Loeb积分的一些基本性质。
-
In Chapter 2, the fundamental theorem and functional blocks of the GM-C filter are introduced. After that, the possibility to compensate the fixed and variable errors is discussed.
第二章中,先针对GM-C滤波器的基本原理及功能方块先作介绍,而后,讨论固定及变动误差之可补偿性。
-
In the present paper, the application of finite element method and its principle is discussed for this kind of calculations, a technique for the calculation of local grillage vibration is deduced and an example for...
本文讨论用有限元方法和原理应用于这类计算,推导了板架局部振动的计算方法,给出了计算实例。通过计算表明,本文方法可用于实际,为舰船振动校核计算提供了手段。
-
And the absolute integrability of integral is discussed.
并讨论了积分的绝对可积性。
-
Discusses the multipliers integrability of second order linear differential equation by the numbers.
系统地讨论了二阶线性微分方程的乘子可积性。
-
A class of isomonodromic solutions of integrable system on the square grid is discussed.
讨论了正方形网格上可积系统的一类同单值解。
-
In this paper a method of continuous speech recognition based on hidden Markov models and vector quantization is discussed.
本文讨论基于隐马尔可夫模型和矢量量化的连续语音识别方法。
- 推荐网络例句
-
On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.
另一方面,更重要的是由于城市住房是一种异质性产品。
-
Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.
气候直方图是将所收集的降水量测定值,分为几个相等的区间作为横轴,并将各区间内所测定值依所出现的次数累积而成的面积,用柱子排起来的图形,也叫做柱状图。
-
You rap, you know we are not so good at rapping, huh?
你唱吧,你也知道我们并不那么擅长说唱,对吧?