1)  dissipative particle dynamics(DPD)
耗散粒子动力学（DPD）
2)  dissipative particle dynamics
耗散粒子动力学（DPD）方法
3)  dissipation
耗散
1.
Global classical solutions to typical free boundary value problem for quasilinear hyperbolic systems with dissipation;
具耗散项拟线性双曲型方程组典型自由边值问题整体经典解
2.
The quantization of a mesoscopic dissipation transmission line;
介观耗散传输线的量子化
3.
Theory of dissipation and opening teaching;
“耗散”理论与开放教学
4)  dissipative
耗散
1.
Robust quadratic dissipative analysis and control for (discrete-time) systems;
二次型耗散线性离散系统的鲁棒性分析与控制
2.
Approximate Inertial Manifolds for Dissipative Zakharov System;
耗散Zakharov系统的近似惯性流形
3.
Nonlinear Galerkin methods for dissipative equations;
耗散型方程的非线性Galerkin方法
5)  dissipation structure
耗散结构
1.
Analysis of the Dissipation Structure and Fluctuation in Securities Market;
证券市场耗散结构及涨落分析
2.
Dynamic equation analysis indicates that slurry system has evident dissipation structure characteristics,therefore,an entropy exchange model was established and an example was given .
动力学方程分析结果表明煤泥水系统具有显明的耗散结构特征,所以构建了煤泥水系统的熵流模型,并对模型进行了举例说明。
3.
It is proved that the deep reservoir has possessed all conditions of dissipation structure, pointed out that the deep hot mineral fluid possessing initial strong acid is one of the main factors of secondary pore formation.
论证了深部储层具备产生耗散结构的一切条件 ,指出初始强酸性含矿深部热流体是形成次生孔隙的主要因素之一 ,阐述了脉动性深部热流体双扩散循环对流机制 ,提出了深部热流体耗散结构形成机理 ,解释了渤南洼陷沙四段异常地质现象。
6)  Dissipation factor
耗散因子
1.
The response curves of frequency shift(Δf) and dissipation factor shift(ΔD) were gained.
肿瘤细胞与细胞外基质(ECM)的粘附特性与肿瘤的侵袭转移密切相关,利用压电石英谐振器(QCR)实时监测HepG2肝癌细胞与ECM的黏附过程,得到频率变化(Δf)和耗散因子变化(ΔD)的响应曲线。
2.
P, the dissipation factor and the measuring current as three criteria for the measurement, and by choosing appropriate measuring voltage and etching current, the experimental results can be achieved quickly, reproducibly and reliably.
P)、耗散因子和测量电流等3个测量判据,合理选取测量电压、腐蚀电流等测量参数,获得了速度快、重复性好和数据准确可靠的测试效果。
3.
According to the expressions of dissipation factors in terms of equivalent circuit parameters,the dissipation factors are obtained in stress experiments.
在对机敏混凝土试件进行的加载实验中,通过测量埋入的压电陶瓷元件的等效电路参数,根据耗散因子同等效电路参数间的关系,得到了压电陶瓷三种耗散因子随载荷的响应特性。
参考词条
补充资料：粒子的动力学直径
分子式：
分子量：
CAS号：

性质：实际大气中的粒子形状极不规则，用几何半径或直径是无法确切描述的，对于大气粒子最常用的是以空气动力学直径Dp来表示粒子的大小，其定义为：与所研究粒子有相同终端降落速率的、密度为1的球体的直径。式中，Dg为几何直径；ρp为忽略了浮力效应的粒子密度；ρ0为参考密度（ρ0=1克/立方厘米）；K为形状系数，当粒子为球状时，K=1.0。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。