Cruising and jumping: the effect of microplastics on the swimming behavior of copepods measured by 3D Lagrangian particle tracking velocimetry [0.03%]
微塑料对桡足类游泳行为影响的三维拉格朗日粒子追踪测速法测定
F-G Michalec,O Praud,M Lorite-Diez et al.
F-G Michalec et al.
Calanoid copepods are key components of marine and estuarine food webs. Exposure to various classes of pollutants induces changes in their swimming behavior. This raises concerns about potential effects on critical processes such as feeding...
Modeling the heat of formation of indium telluride via graph entropy descriptors and curve fitting techniques [0.03%]
基于图熵描述符和曲线拟合技术的硒化铟形成焓的数据建模研究
Wakeel Ahmed,Amman Farzeen,Kashif Ali et al.
Wakeel Ahmed et al.
This study presents an extensive graph-theoretic analysis of the thermodynamic properties of indium telluride (InTe). We analyze the significant relationship between the molecular structure of InTe and its macroscopic behavior through the a...
Entropy-weighted topological descriptors in QSPR modeling of antituberculosis drugs [0.03%]
基于熵的加权拓扑指标在抗结核药物QSPR研究中的应用
Xiaofang Li,Salma Kanwal,Hamna Aamer Butt
Xiaofang Li
In this study, we develop quantitative structure-property relationship (QSPR) model using entropy-weighted topological descriptors to predict the physicochemical properties of antituberculosis drugs. The molecular structures of fifteen drug...
D Langevin
D Langevin
This short paper is a perspective article related to the seminal paper: S. Arditty, C. P. Whitby, B. P. Binks, V. Schmitt & F. Leal-Calderon "Some general features of limited coalescence in solid-stabilized emulsions" published in 2003 (Ard...
Role of wing surface morphology of the Indian carpenter bee in self-cleaning and dew formation [0.03%]
印度木蜂翅膀表面形态在自我清洁和凝露形成中的作用研究
Ramchandra Narhe
Ramchandra Narhe
We studied the surface morphology (micro- plus nanostructure) of Indian carpenter bee wings. In comparison with the Stenocara beetle's surface morphology or the lotus leaf surface morphology, the Indian carpenter bee wing shows a different ...
Francesco Romanò
Francesco Romanò
Fluid mechanics governs numerous physiological processes in the respiratory system, influencing airflow dynamics, particle transport and aerosol formation, airway stability, mucus transport, surfactant mechanics, and pulmonary oedema. Over ...
Tara Chand Kumawat,Ketika Shah
Tara Chand Kumawat
An analytical and numerical study is carried out for the stability of a thin tear film considering a single-layered model. The mass, momentum, and energy equations are simplified under the lubrication approximation to obtain nonlinear parti...
Dependence of ATP content in the formation of protrusions in DMPC GUVs under an AC electric field [0.03%]
ATP含量对交流电场下DMPC巨囊泡突起形态形成的影响研究
Gabriela Ángeles-Robles,Jaime Ruiz-Garcia,J Alfredo Méndez et al.
Gabriela Ángeles-Robles et al.
The cytoskeleton is an essential cell component. Many cellular processes that require changes in the cell structure depend on it. One of these processes is cell migration, which occurs through the formation of structures called protrusions ...
Mechanistic mapping of temperature-dependent ssDNA elasticity with oxDNA2 coarse-grained model [0.03%]
温度依赖的单链DNA分子热力学性质的机理研究及其粗粒化模型oxidna2的构建
Isaiah Eze Igwe,Saratu Abdulfatah
Isaiah Eze Igwe
The mechanical behavior of single-stranded DNA (ssDNA) controls its biological function and underpins the design of DNA-based nanodevices, yet the microscopic origin of temperature-dependent elasticity remains incompletely quantified. Here,...
Kinetic theory of dilute weakly charged granular gases with hard-core and inverse power-law interactions under uniform shear flow [0.03%]
均匀剪切流下硬核和反幂律作用的稀疏弱电荷颗粒气体的kinetic理论研究
Yuria Kobayashi,Makoto R Kikuchi,Shunsuke Iizuka et al.
Yuria Kobayashi et al.
We develop a kinetic-theory framework to investigate the steady rheology of a dilute gas interacting via a repulsive potential under uniform shear flow. Starting from the Boltzmann equation with a restitution coefficient that depends on the...