A model of the flame-holding mechanism,

"Contract No. AF33(038)-12656. E.O. No. 460-35 S.R.-8."

Acoustic radiation of a cylindrical bar and an infinite plate excited by the field of a ship propeller,

Photocopy.

Ebony flame

Poems.

The subtle flame, or, "Unto these my brethren" /

"Published under the under the auspices of the Cincinnati Angelini Missionary Society."

Air fluorescence excited by high-altitude nuclear explosions /

"United States Atomic Energy Commission Contract W-7405-Eng. 36"--Cover.

Thoughts from the shadow of a flame : teacher's manual, level IV/

Mode of access: Internet.

The flame of life.

Translation of Il fuoco.

The flame of life /

Translation of Il fuoco.

Operator's manual : carrier, personnel, full tracked, armored M113A1, 2350-00-968-6321; carrier, command post, light, tracked M577A1, 2350-00-056-6808; carrier, mortar, 107-mm, self-propelled M106A1, 2350-00-076-9002; carrier, mortar ... carrier, flame thrower ....

"August 1978."

Operator, organizational, direct support, general support, and depot maintenance manual : test set, flame thrower, riot control agent disperser, hydrostatic-and-volumetric, 6,000 psi, M5.

"June 1967."

An autobiography: being passages from a life now progressing in the city of Boston, an interest in which is not excited simply because founded on fact, but that the incidents therein related are themselves the facts.

Published in 1873 under titles: "I told you so; or, An autobiography", by Mrs. T. Narcisse Doubtney, and "Marrying a moustache; or, An autobiography", by the same.

The flame of reason and scourge of conscience /

Mode of access: Internet.

Approved List. Flame-Retardant Application Concerns, Fabrics, Materials and Chemicals

Mode of access: Internet.

Towards Accurate and Efficient Description of Excited States

Thesis (Ph.D.)--University of Washington, 2016-06

Electromagnetic fields inside a lossy, multilayered spherical head phantom excited by MRI coils: models and methods

The precise evaluation of electromagnetic field (EMF) distributions inside biological samples is becoming an increasingly important design requirement for high field MRI systems. In evaluating the induced fields caused by magnetic field gradients and RF transmitter coils, a multilayered dielectric spherical head model is proposed to provide a better understanding of electromagnetic interactions when compared to a traditional homogeneous head phantom. This paper presents Debye potential (DP) and Dyadic Green's function (DGF)-based solutions of the EMFs inside a head-sized, stratified sphere with similar radial conductivity and permittivity profiles as a human head. The DP approach is formulated for the symmetric case in which the source is a circular loop carrying a harmonic-formed current over a wide frequency range. The DGF method is developed for generic cases in which the source may be any kind of RF coil whose current distribution can be evaluated using the method of moments. The calculated EMFs can then be used to deduce MRI imaging parameters. The proposed methods, while not representing the full complexity of a head model, offer advantages in rapid prototyping as the computation times are much lower than a full finite difference time domain calculation using a complex head model. Test examples demonstrate the capability of the proposed models/methods. It is anticipated that this model will be of particular value for high field MRI applications, especially the rapid evaluation of RF resonator (surface and volume coils) and high performance gradient set designs.