SEARCH Articles Figures Tables A Calculation of Pressure Drop in A Drop of Water A Worked Example for Calculating Cyclone Pressure Drop A and D Infant Drops A and Vitamin D3 Drops A and Vitamin E Drops Coalescence of Drops in a Turbulent Gas Flow Coalescence of Drops with Fully Retarded Surfaces in a Turbulent Emulsion Flow Condensation Growth of Drops in a Quiescent Gas-Liquid Mixture Convective Mass Transfer Within a Drop (Cavity) Diffusion Boundary Layer Near the Surface of a Drop (Bubble) Drift of a Drop in Complicated Cases Drop in a Translational Gas Flow Drop in a Translational Liquid Flow Drop on a Fiber Drops in a general linear flow Drops on a solid surface Evaporation of a Multi-component Drop Into an Inert Gas Flow Past Drops With a Membrane Phase Flow Past a Spherical Drop or Bubble Governing Equations and Boundary Conditions for a Translating Drop with Surfactant Adsorbed at the Interface Interaction of Two Conducting Drops in a Uniform External Electric Field J Surfactant Effects on the Buoyancy-Driven Motion of a Drop Kinetics of Emulsion Drop Coalescence in a Turbulent Flow Option Buttons and a Drop-down List Box Pressure Drop and Heat Transfer in a Single-Phase Flow Pressure Drop in a Filter Pressure drop across a curved interface Pressure drop in a packed bed Pressure drop in a pipe Pressure drop in a sudden expansion (Borda calculation) Pressure drop through a hole equation Pressure of a Drop Pressure-drop-through-a-hole Running Drops on a Solid Planar Surface Shape of a pendant drop Smoke Shields a Paratroop Drop, New Guinea Steady-State Motion of Particles and Drops in a Fluid Thermocapillary Drift of a Drop