Flight to the South Pole : the new age of antarctic exploration and research /

Mode of access: Internet.

The Choral tribute : a collection of new church music, for choirs, singing schools, conventions, &c. /

Includes indexes.

New American music reader

Vol. 4 published by the Macmillan company.

Christianity and the new age,

Mode of access: Internet.

The God of the new age; a tract for the times,

Mode of access: Internet.

Swedenborg and the new age; or, "The holy city New Jerusalem." What it is and when and how it "Comes down from God out of heaven." And Swedenborg and his mission in relation to it. With an introduction on God and man.

Mode of access: Internet.

The Christian pastor in the new age,

Mode of access: Internet.

John Ruskin, the voice of the new age

Mode of access: Internet.

The New age magazine.

Mode of access: Internet.

The new age: Towards a market model

The problem of how the New Age may be defined is widely acknowledged among commentators. It is hard to delineate and does not fit easily into existing analytical categories. This paper will review how scholars have conceptualised the movement. It will discuss the problems inherent in attempting to specify its constituents, fix its limits, and characterise its organisational forms. The later sections advances the argument that some of its most distinctive characteristics may be accounted for by acknowledging the market dynamics at play in New Age milieux. It is proposed that the diffuse overall shape of the movement is the result of determinate commercial institutional arrangements.

'It's All for Girls': re-visitng the gender gap in New Age spiritualities

Peer reviewed

'It's All for Girls': re-visitng the gender gap in New Age spiritualities

Peer reviewed

The music video in the new media: music as an integrated experience

"The Music Vidio in the New Media" is an exploration of the past, present and future of the music cullture. After the evaluation of the existing new media chanels I propose Virtual Reality as a potential media to experience the music. The project explores following terms and topics within them: New Media / New Media Channels and Virtual Reality (...)

A new age of fuel performance code criteria studied through advanced atomistic simulation techniques

A fundamental step in understanding the effects of irradiation on metallic uranium and uranium dioxide ceramic fuels, or any material, must start with the nature of radiation damage on the atomic level. The atomic damage displacement results in a multitude of defects that influence the fuel performance. Nuclear reactions are coupled, in that changing one variable will alter others through feedback. In the field of fuel performance modeling, these difficulties are addressed through the use of empirical models rather than models based on first principles. Empirical models can be used as a predictive code through the careful manipulation of input variables for the limited circumstances that are closely tied to the data used to create the model. While empirical models are efficient and give acceptable results, these results are only applicable within the range of the existing data. This narrow window prevents modeling changes in operating conditions that would invalidate the model as the new operating conditions would not be within the calibration data set. This work is part of a larger effort to correct for this modeling deficiency. Uranium dioxide and metallic uranium fuels are analyzed through a kinetic Monte Carlo code (kMC) as part of an overall effort to generate a stochastic and predictive fuel code. The kMC investigations include sensitivity analysis of point defect concentrations, thermal gradients implemented through a temperature variation mesh-grid, and migration energy values. In this work, fission damage is primarily represented through defects on the oxygen anion sublattice. Results were also compared between the various models. Past studies of kMC point defect migration have not adequately addressed non-standard migration events such as clustering and dissociation of vacancies. As such, the General Utility Lattice Program (GULP) code was utilized to generate new migration energies so that additional non-migration events could be included into kMC code in the future for more comprehensive studies. Defect energies were calculated to generate barrier heights for single vacancy migration, clustering and dissociation of two vacancies, and vacancy migration while under the influence of both an additional oxygen and uranium vacancy.