Radiation by plasma oscillations in a bounded plasma in a magnetic field.

At head of title: PRL-9-23.

Transverse pinch oscillations.

"Prepared for the Air Force Ballistic Missile Division, Headquarters Air Research and Development Command, under Contract AF 04 (647-309 Thermonuclear Propulsion Research."

Basic mathematics in electrical communications. A treatise on conic section curves, exponentials, alternating current, electrical oscillations, transients and hyperbolic functions.

Mode of access: Internet.

Theory of small oscillations in boiling water nuclear reactors /

"Prepared under Contract AT(04-3)-165 with the United States Atomic Energy Commission."

Stationary wave theory for relativistic plasma oscillations.

"Supported in part by a National Science Foundation grant for theoretical physics related to I. G. Y."

Cantilever extension of ground control in strips of convergent photographs by analytical triangulation.

"Contract no. DA-44-009 Eng-2986, Department of the Army Project no. 8-35-11-106."

The effect of configurational additions using viscoelastic interfaces on the damping of a cantilever beam.

"Materials Laboratory, Contract no. AF 33(6169-5449, Project no. 7360."

Nonlinear differential equations and nonlinear oscillations : final report /

At head of title: Office of Naval Research, Contract NONR-1858(04), Project NRO43-942.

A report on dynamic tests of two cantilever type deck steel girder bridges,

Mode of access: Internet.

Response of a cantilever beam to non-stationary and stationary random excitation

Mode of access: Internet.

Optical Bloch equations and enhanced decay of Rabi oscillations in strong driving fields

Optical Bloch equations are widely used for describing dynamics in a system consisting molecules, electromagnetic waves, and a thermal bath. We analyze applicability of these equations to a single molecule imbedded in a solid matrix. Classical Bloch equations and the limits of their applicability are derived from more general master equations. Simple and intuitively appealing picture based on stochastic Bloch equations shows that at low temperatures, contrary to common believes, a strong driving field can not only suppress but can also increase decay rates of Rabi oscillations. A physical system where predicted effects can be observed experimentally is suggested. (c) 2005 Elsevier B.V. All rights reserved.