

Vertically aligned and hexagonal crystal ZnSe nanoribbon arrays on Zn substrates
The vertically aligned and hexagonal ZnSe nanoribbon array can be easily obtained by heating ZnSe: 0.38 en precursors (en = ethylenediamine), while ZnSe precursor nanoribbon arrays are grown directly on Zn foils in en using the solvothermal method.
The characteristics observed using scanning electron microscopy and X-ray diffraction indicate that the ZnSe precursor as well as ZnSe nanoribbons are vertically aligned on almost the whole zinc foil surface and form a large-scale uniform array.
The first determination is made of the critical value δ = δ** of the onset of boundary layer separation in the vertically flowing viscous film.
Self-consistent approach to the problem of nonlinear waves on the surface of a vertically flowing film
An unsteady nonlinear equation, more accurate than those derived in previous studies, is obtained for the process of wave formation on the surface of a vertically flowine film.
The behavior of internal waves in a vertically bounded channel differs considerably from the wave motion in an infinite stratified fluid.
Bifurcations of two-dimensional into three-dimensional wave regimes for a vertically flowing liquid film
Development and instability of steady convective flows in a square cavity heated from below and a field of vertically directed v
A new method in nonlinear problems of waves in a heavy stratified liquid excited by a vertically moving body
A model for describing the vertically averaged vortex motions of an incompressible viscous fluid with an arbitrary vertical structure of the bottom Ekman boundary layer is proposed.
A surface buoyant jet formed as a vertically ascending buoyant plume spreads radially after contact with a free water surface is considered.
At the initial instant of time the cylinder is located in the lower layer and begins smoothly to accelerate vertically from zero to a constant velocity.
The monotonous instability of the adsorption front formed in a two-component gas filtered vertically through a fixed bed of adsorbent is demonstrated.
Calculation and measurement of conical beams of three-dimensional periodic internal waves excited by a vertically oscillating pi
The profiles of standing gravity waves of maximum height, parametrically excited on the free surface of a deep fluid in a vertically oscillating rectangular vessel (Faraday waves), are investigated experimentally.
A thermal model is suggested of remote cutting (without a gas jet) of vertically positioned steel plates by a horizontally moving beam of a CO2 laser.
It is found that thermal fluctuations with spectral characteristics inversely proportional to frequency (flicker or 1/f noise) are generated under conditions of film boiling on a vertically oriented heater in a wide range of loads.
The paper deals with a model of a liquid droplet vertically impinging on a heated solid surface.


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