PESKIN et al., 1963 - Google Patents
Theory of ultrasonic atomization for the capillary wave instability of a liquid film under an oscillating inertial forcePESKIN et al., 1963
- Document ID
- 8137371046765447295
- Author
- PESKIN R
- RACO R
- Publication year
External Links
- 210000001736 Capillaries 0 title description 2
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| PESKIN et al. | Theory of ultrasonic atomization for the capillary wave instability of a liquid film under an oscillating inertial force | |
| RILEY | Energy boundary layer equation constant determined for the weak pressure interaction region of plane hypersonic flow over a thermally insulated surface | |
| BERG et al. | Study, by means of high-speed photography, of the coalescence of two liquid drops pressed together while a voltage is applied across them | |
| CRAUSSE et al. | Study of the motion of a column of viscous conducting liquid oscillating in the presence of a magnetic field | |
| CHUNG et al. | Development of the concept of equivalent surface reaction for gas-phase recombination at the stagnation region of blunt bodies | |
| IONESCU | Hydrodynamics of viscous fluids, considering the two-dimensional slow and permanent flow by the application of the theory of complex variables | |
| CHILDRESS | Effect of a magnetic field on the flow of a viscous, conducting fluid passing a finite two- dimensional obstacle | |
| GUIRAUD | Derivation of an equation for the pressure perturbation in the neighborhood of a caustic during supersonic flight | |
| ALBERTONI et al. | Slip-coefficient expression is derived using an exact analytical solution of the slip flow problem | |
| CHIN | Spreading of liquid-surface jets that are lighter than the bulk of liquid due to a temperature difference | |
| MARCHAL et al. | Unidimensional flow resulting from the interaction of two shock waves traveling in the same direction | |
| OVSEENKO | Equations of motion for steady flow of incompressible viscous liquid between two rotating spheres | |
| GOLTSOVA et al. | Electrohydraulic method of feeding and atomizing liquid fuels and other liquids and device for its accomplishment electrohydraulic method of feeding and atomizing liquid fuels and other liquids and device for its accomplishment(Electrohydraulic feeding and atomizing liquid fuels and other liquids) | |
| SOZIN | Heat release parameters influenced by variations in the flow rate of an incompressible fluid | |
| NIKOLSKII | Rotating fuilds effect on the direction of motion of the walls of the container | |
| BENDOR | Discussion of a viscous layer regime arising from rarefied flow over a sharp-edged plate, using the boundary layer equations | |
| YIH | Investigation of stability of liquid flow down an inclined plane, using a new perturbation method | |
| ESCHER | Limitations of non-jet-reaction device for vehicle velocity augmentation, called the lunar-surface- based electromagnetically powered rail-launch concept/lunatron | |
| WILLIAMS | Obtention of asymptotic forms for the mean velocity for laminar mhd flow in a rectangular tube at high hartmann number | |
| MANWELL | Investigation of the existence of certain solutions of the equations of plane transonic flow | |
| BUSURINA et al. | Solution of a one-dimensional plane problem of the motion of a piston in an ideal heat conducting gas | |
| NANDA et al. | Consideration of free-convection for a flat plate when the plate temperature oscillates in time about a nonzero mean, while the freestream is isothermal | |
| BUSEMANN | Study of the karman vortex sheet in the two- dimensional magnetofluidynamics of an incompressible fluid | |
| MAJUMDER | Investigation of the steady motion of two solid spheres immersed in a fluid | |
| MORDUCHOW | Asymptotic solution of steady compressible two- dimensional laminar boundary layer over a surface of negligible curvature |