Facial Mobility(面部活动)研究综述
Facial Mobility 面部活动 - This leads to relatively large mean square particle displacements relative to the material interior, often resulting in a strong increase interfacial mobility and reactivity in both crystalline and glass NPs. [1] While past studies have shown that interfacial mass transfer, the kinetics of surfactant adsorption and desorption, interfacial mobility, and surfactant reorganization regulate the dynamic properties of surfactant-laden interfaces, few simple methods permit simultaneous monitoring of this interplay. [2] We find that the additional incorporation of an anisotropic interfacial mobility in conjunction with the elastic anisotropy result in substantially larger aspect ratios of the precipitates closer to the experimental observations. [3] To date (5th February), systemic symptoms have resolved, facial mobility has only partially improved and pain sensation still persists (VAS 4/10). [4] Overlap in surface design strategies to control collective solid, liquid, and vapor accretion is limited, although strategies based on surfaces with high interfacial mobility, such as tethered polymeric chains above their glass transition temperature, and lubricant-infused surfaces have shown promise in repelling multiple foulants across different fouling lengths scales. [5] The final version of the protocol includes new items such as history of feeding, orofacial parafunctional habits, facial mobility, dentition, oral breathing mode, swallowing of pasty food, and details specific for the age group. [6] Strong differences in the temperature dependence of the interfacial mobility from nonionic materials are observed, and we suggest that this difference is due to the relatively high cohesive interaction of ionic materials. [7] Facial mobility was also considered. [8] As the approach velocity increases, regardless of the strength of the van der Waals forces and the value of the viscosity ratio (or the degree of the interfacial mobility), three types of behavior of the coalescence time are identified: the linear slow, the dimpled and the multiple-rim drainage regimes. [9] Participants in Study 2 (N = 127) completed the same task, but the facial mobility of some participants was restricted, which disrupted face processing in prior work. [10] Two limiting cases are examined; when bulk diffusion controls the nucleation kinetics and when the process is limited by the interfacial mobility. [11] Enhancing the hydrodynamic interfacial mobility of bubbles and droplets in multiphase systems is expected to reduce the characteristic coalescence times and thereby affect the stability of gas or liquid emulsions that are of wide industrial and biological importance. [12]这导致相对于材料内部的相对较大的均方粒子位移，通常导致晶体和玻璃 NP 的界面迁移率和反应性显着增加。 [1] 虽然过去的研究表明，界面传质、表面活性剂吸附和解吸动力学、界面迁移率和表面活性剂重组调节了表面活性剂负载界面的动态特性，但很少有简单的方法可以同时监测这种相互作用。 [2] 我们发现，各向异性界面迁移率与弹性各向异性的额外结合导致沉淀物的纵横比更接近实验观察结果。 [3] 迄今为止（2 月 5 日），全身症状已得到缓解，面部活动能力仅部分改善，疼痛感仍然存在（VAS 4/10）。 [4] 尽管基于具有高界面迁移率的表面的策略（例如高于其玻璃化转变温度的束缚聚合物链和注入润滑剂的表面）在排斥多种不同污垢长度尺度上的污垢。 [5] 该协议的最终版本包括新的项目，例如喂养史、口面部功能习惯、面部活动、牙列、口腔呼吸模式、吞咽糊状食物以及特定年龄组的详细信息。 [6] 观察到非离子材料的界面迁移率对温度依赖性的强烈差异，我们认为这种差异是由于离子材料相对较高的内聚相互作用所致。 [7] 还考虑了面部流动性。 [8] 随着接近速度的增加，无论范德华力的强度和粘度比的值（或界面迁移率的程度）如何，都确定了三种类型的聚结时间行为：线性慢速，凹陷和多轮缘排水系统。 [9] 研究 2 的参与者 (N = 127) 完成了相同的任务，但一些参与者的面部活动受到限制，这扰乱了之前工作中的面部处理。 [10] 研究了两个极限情况；当体扩散控制成核动力学时，当过程受到界面迁移率的限制时。 [11] 增强多相系统中气泡和液滴的流体动力学界面迁移率有望减少特征聚结时间，从而影响具有广泛工业和生物学重要性的气体或液体乳液的稳定性。 [12]