Lie series for celestial mechanics, accelerators, satellite stabilization and optimization
Lie series applications to celestial mechanics, accelerators, satellite orbits, and optimization
Cap, F.↗
Engineering topics
Schett, A.
Publications and source records attributed to Schett, A..
The forces and torques acting on satellites and the dynamical equations describing their motion about a fixed point of the body
Forces and torques acting on satellites and dynamical equations for describing satellite attitude
SATELLITE ATTITUDE CONTROL↗
Lie series solution of the equations resulting from a separation of the Helmholtz equation in special coordinate systems.
Lie series solution of equations resulting from separation of Helmholtz equation in special coordinate systems
LINEAR EQUATION↗
On the solution of the general inhomogeneous linear differential equation of second order using Lie series representation.
Inhomogeneous second order linear differential equation solution based on Lie formalism, presenting physical applications
DIFFERENTIAL EQUATION↗
On the Solution of the Heavy Asymmetric Gyroscope, Using the Properties of the Lie Operator
Solution of heavy asymmetric gyroscope using properties of Lie operator
GYROSCOPE↗
Solution of ordinary differential equations by means of Lie series
Solution of ordinary differential equations by Lie series - Laplace transformation, Weber parabolic-cylinder functions, Helmholtz equations, and applications in physics
DIFFERENTIAL EQUATION↗
The solution of the general homogeneous linear differential equation of second order
Solution of general homogenous linear differential equation of second order using Lie groups
DIFFERENTIAL EQUATION↗
The solution of the general inhomogeneous linear differential equation of second order
Solution of general inhomogenous linear differential equations of second order using Lie groups
DIFFERENTIAL EQUATION↗
Solution of the equations resulting from a separation of the Helmholtz equations in special coordinate systems
Lie group use in solution of equations resulting from separation of Helmholtz equations in special coordinate systems
COORDINATE SYSTEM↗
Applications in physics
Application of Lie series to various physics problems - rigid body mechanics, electricity, gravity gradient stabilization of artificial satellites, and particle motion in synchrotron
LIE GROUP↗
The numerical calculation of Weber parabolic cylinder functions
Numerical calculation of Weber parabolic cylinder functions - Lie series formalism
CYLINDER↗
On the Solution of the Differential Equations Resulting from the Separation of Laplace Equation in Various Coordinate Systems, by Means of Lie Series Scientific Report No. 9
Solution of differential equations resulting from separation of Laplace equation in various coordinate systems
COORDINATE SYSTEM↗
The solution of the Eulerian gyroscope equations by means of Lie series making use of recurrence formulas
Euler gyroscope equations solved by means of Lie series making use of recurrence formulas
LIE GROUP↗
Analytical continuation for calculating multigroup-multizone eigenvalue problems using Lie series.
Critical volume of cylindrical reactors calculated using n-group diffusion theory
REACTOR CORE↗
On the solution of some important second order differential equations in physics using Lie series.
General formula for homogeneous second-order differential equation by Lie series, noting computer application
SERIES EXPANSION↗