为粒子属性引入浓度函数和作用半径，从而只需少量粒子就可快速获得浓度场分布。
The density function and working radium are added to the particle properties, thus very little particles are needed to generate the smoke density field.
争议很大的惟一粒子属性（Unique Particle Attribution，UPA）规则不允许使用可选的通配符。
The very controversial Unique Particle Attribution (UPA) rule makes it difficult to use optional wildcards.
其中包括粒子派生(particlederivation)和惟一粒子属性(unique particle attribution)约束。
These include the particle derivation and unique particle attribution constraints.
这个有趣的结果指出神秘粒子的新属性被称作中微子。
The intriguing results indicate a new property of the enigmatic particles known as neutrinos.
其中的一个方面是粒子的属性就像电子在测量到以前是不存在的。
One aspect of this is that the properties of particles such as electrons do not exist until they are measured.
只要他们一缠绕或一分离，一个观察器将对粒子的其中一项属性进行测量，并将测量的结果反馈给量子存储器的管理器。
Once they were entangled and separated, an observer would make a measurement of one of the particle's properties, and then tell the keeper of the quantum memory which variable they measured.
暗物质需要某些粒子的存在，这些粒子的属性不同于我们已发现的任何粒子。
Dark matter requires the existence of particles with properties unlike anything else we have discovered.
为了分配不同的动画修剪到每个粒子，在例证菜单里建立恰好地物体索引属性。
To assign different animation clip to every particles, inside the Instance menu set up opportunely the Object Index attribute.
以太是最小的粒子，它具有电荷和质量两个基本属性，而且电荷与质量都是固定的值，共存在四种以太粒子。
Ether is the smallest of particle, it has two basic attributes: charge and quality, and the charge and quality are fixed value, there were four kinds of Ether particles.
本文基于粒子系统的基本原理分析井提出了实用的自然降雨模型和雨粒子的属性。
In this paper, the applicable attributes have been analyzed with reference to natural rainfall model and the rain particles, in accordance with the basic principles of particle systems.
为了缩放粒子系统，需要修改系统的粒子发射器，动画和渲染的属性。
In order to scale a Particle System, you need to modify the properties in the System's Particle Emitter, Animator and Renderer.
将模式聚合和自适应广义粒子群算法相结合，提出了一种文本属性约简新方法。
A new method of text dimension reduction is brought forward, based on pattern aggregation and adaptive general particle swarm optimization (AGPSO).
它是基于粒子的并且使用物理属性来控制与其他对象发生相互作用的粒子的行为，并且根据冲力、阻力和速度发生反应。
It is particle based and USES physical properties to control the behavior of the particles, which can interact with each other, and react according to impulses, forces and accelerations.
通过将流体的属性参数化，建立了一个参数化的流体粒子系统模型，并对粒子参数特性进行了详细的定义。
A parameterized model of fluid flowing particle system has been established by the particle attributes and the model characteristics are defined in detail.
云的光学厚度与有效粒子半径是云光学属性参数化方案中的重要参数。
Cloud optical thickness and effective particle radius are the important parameters to parameterize the cloud optical properties.
分子量夸克粒子的一种量子属性，夸克粒子的存在说明了某些特别粒子腐蚀模式的缺乏，这也是J粒子存在时间长的原因。
A quantum property of the charm quark whose conservation explains the absence of certain strange-particle decay modes and that accounts for the longevity of the J particle.
空间分布着以太粒子，光就是在其中传播的能量波，以太粒子之间的作用规律决定了光波的各种属性。
The space is full of ether particles, the light is the energy wave spreading in which. The interaction between ether particles determines the various properties of light waves.
空间分布着以太粒子，光就是在其中传播的能量波，以太粒子之间的作用规律决定了光波的各种属性。
The space is full of ether particles, the light is the energy wave spreading in which. The interaction between ether particles determines the various properties of light waves.
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