perpendicular 
The phase portrait of the weight motion along the cable is constructed when the station is oriented to the attracting center or is perpendicular to this position.


In the plane perpendicular to the magnetic field, the evolution of a single irregularity having a circular crosssection at the initial moment is calculated.


Some exact solutions of stationary gas flows in a perpendicular magnetic field


The plane flow of a perfectly conducting gas subject to a perpendicular magnetic field is considered.


It is shown that for definite frequencies and amplitudes of twodimensional translational motions of the parallelepiped the fundamental of the liquid oscillations is excited in the plane perpendicular to the plane of motion of the vessel.


Motion of a rarefied plasma in mutually perpendicular electric and magnetic fields


The steady motion of ions and electrons in mutually perpendicular electric and magnetic fields is studied under the condition that there be no particle collisions or particle thermal motion.


It is shown that as a result of the flow anisotropy in the medium, caused by the magnetic field, in addition to the resistance forces on bodies moving at an angle to the field, there are deflecting forces perpendicular to the velocity vector.


The convective instability of a layer of conducting liquid carrying a current and lying in a magnetic field perpendicular to the current is considered.


The article discusses the problem of the motion of an incompressible liquid in a boundary layer on a blade rotating uniformly around an axis perpendicular to the swing of the blade.


The plane flow of an ideal liquid around a certain volume of gas bounded by a rigid rectilinear plate perpendicular to the incident flow and by an absolutely elastic film fastened at the ends of the plate is examined.


In these zones the pressure is sharply nonuniform and the velocity profiles in a plane perpendicular to the field acquire an M shape.


There was no applied magnetic field, and the induced magnetic field was in the direction perpendicular to the meridional plane.


Magnetohydrodynamic flows of the type of a "rolling wave" in a perpendicular magnetic field


A method and results of a numerical solution of the problem of supersonic flow in an angle formed by two perpendicular plates are presented.


We present the results of an experimental and theoretical study of the resistance as a function of the Knudsen number for the simplest model of a filamentary filter consisting of parallel cylinders placed perpendicular to the flow.


Flow taking place in the threedimensional region of separation formed by the interaction of a subsonic stream with a single subsonic jet emerging from a circular hole in a plate perpendicular to the stream is considered.


The case in which the magnetic field is perpendicular to the flow plane has been examined in [1].


The process was recorded by the T?pler method (IAB451 instrument) through a slit along the axis of the channel, on a film moving in a direction perpendicular to the slit.


We give the results of a calculation by the Monte Carlo method of the coefficient of resistance and the field of flow past a plate placed perpendicular to a stream of rarefied gas at Mach numbers M∞ = 220 and Reynolds numbers Re0≤27.

