Patenting the invention: application, prosecution, interference proceedings, with rules and forms.

Bibliography: p. xiv.

Electromagnetic theory.

Date of first publication of each article is given.

Development of airborne electromagnetic survey instrumentation and application to the search for buried sand and gravel : a summary report /

34E1-132

A defence of the American policy, as opposed to the encroachments of foreign influence, and especially to the interference of the papacy in the political interests and affairs of the United States.

Mode of access: Internet.

Operator's, organizational, direct support, and general support maintenance manual ... : electromagnetic detecting-transmitting set AN/GSQ-160 and simulator group OA-29/GSQ-160 (FSN 5840-168-7719).

"March 1972."

Military interference with elections : speech of Hon. L.W. Powell, of Kentucky, delivered in the Senate of the United States, March 3 and 4, 1864, on the bill to prevent officers of the Army and Navy, and other persons engaged in the military and naval service of the United States, from interfering in elections in the states.

Mode of access: Internet.

Handbook on radio frequency interference.

Mode of access: Internet.

The law of unfair business competition, including chapters on trade secrets and confidential business relations; unfair interference with contracts; libel and slander of articles of merchandise, trade names, and business credit and reputation,

Mode of access: Internet.

How to identify & resolve radio-tv interference problems.

"Text and cover photograph prepared by the staff of the Field Operations Bureau, Federal Communications Commission."

Interference law and practice ...

Bibliography: v.4, p. [2981]-2998.

Proceedings of the Aero-Optics Symposium on Electromagnetic Wave Propagation from Aircraft, held at Ames Research Center, Moffett Field, California, August 14-15, 1979 /

Includes bibliographical references.

Stress waves in a temperature dependent viscoelastic half-space subjected to impulsive electromagnetic radiation,

Cover title.

Quantum interference effects in a cavity QED system

We consider the effect of quantum interference on population distribution and photon statistics of a cavity field interacting with dressed states of a strongly driven three-level atom. We analyse three coupling configurations of the cavity field to the driven atom, with the cavity frequency tuned to the outer Rabi sideband, the inner Rabi sideband and the central frequency of the 'singly dressed' three-level atom. The quantum doubly dressed states for each configuration are identified and the population distribution and photon statistics are interpreted in terms of transitions among these dressed states and their populations. We find that the population distribution depends strongly on quantum interference and the cavity damping. For the cavity field tuned to the outer or inner Rabi sidebands the cavity damping induces transitions between the dressed states which are forbidden for the ordinary spontaneous emission. Moreover, we find that in the case of the cavity field coupled to the inner Rabi sideband the population distribution is almost Poissonian with a large average number of photons that can be controlled by quantum interference. This system can be considered as a one-atom dressed-state laser with controlled intensity.

Variance-balanced designs under interference for dependent observations

It is shown that variance-balanced designs can be obtained from Type I orthogonal arrays for many general models with two kinds of treatment effects, including ones for interference, with general dependence structures. These designs can be used to obtain optimal and efficient designs. Some examples and design comparisons are given. (C) 2002 Elsevier B.V. All rights reserved.

Dimerlike positional correlation and resonant transmission of electromagnetic waves in aperiodic dielectric multilayers

In this paper, we investigate transmission of electromagnetic wave through aperiodic dielectric multilayers. A generic feature shown is that the mirror symmetry in the system can induce the resonant transmission, which originates from the positional correlations (for example, presence of dimers) in the system. Furthermore, the resonant transmission can be manipulated at a specific wavelength by tuning aperiodic structures with internal symmetry. The theoretical results are experimentally proved in the optical observation of aperiodic SiO2/TiO2 multilayers with internal symmetry. We expect that this feature may have potential applications in optoelectric devices such as the wavelength division multiplexing system.