Topographical description and historical sketch of Plainfield, in Hampshire County, Massachusetts, May, 1834 /

Mode of access: Internet.

Pictorial history of our war with Spain for Cuba's freedom : a thrilling account of the land and naval operations of American soldiers and sailors in our war with Spain, and the heroic struggles of Cuban patriots against Spanish tyranny, including a description and history of Cuba, Spain, Philippine Islands, our army and navy, fighting strength, coast defenses, and our relations with other nations, etc., etc. /

Mode of access: Internet.

Therapeutics and materia medica. : A systematic treatise on the action and uses of medicinal agents, including their description and history.

Mode of access: Internet.

Igneous rocks; composition, texture and classification, description and occurrence,

Vol. 1, 2d ed. rev., 1920.

The complete work of Rembrandt : history, description and heliographic reproduction of all the master's pictures, with a study of his life and his art /

"A list of pictures by Rembrandt which have changed hands during the publication of the present work": v. 8, p. [373]-[378]

Description and technical documentation of the PICADAD file.

March 1978.

Harmonized commodity description and coding system : explanatory notes /

Mode of access: Internet.

Description and illustrations of the myoporinous plants of Australia,

Mode of access: Internet.

Job description and classification manual : for hourly rated production, maintenance and non-confidential clerical jobs, January 1, 1953.

Mode of access: Internet.

The GBF/DIME system : description and uses : GBF/DIME system, CUE, correction, update, extension.

Issued Februrary 1978.

The survey for ionization in neutral gas galaxies. I. Description and initial results

We introduce the Survey for Ionization in Neutral Gas Galaxies (SINGG), a census of star formation in H I selected galaxies. The survey consists of H alpha and R-band imaging of a sample of 468 galaxies selected from the H I Parkes All Sky Survey (HIPASS). The sample spans three decades in H I mass and is free of many of the biases that affect other star-forming galaxy samples. We present the criteria for sample selection, list the entire sample, discuss our observational techniques, and describe the data reduction and calibration methods. This paper focuses on 93 SINGG targets whose observations have been fully reduced and analyzed to date. The majority of these show a single emission line galaxy (ELG). We see multiple ELGs in 13 fields, with up to four ELGs in a single field. All of the targets in this sample are detected in H alpha, indicating that dormant (non-star-forming) galaxies with M-H I greater than or similar to 3x10(7) M-circle dot are very rare. A database of the measured global properties of the ELGs is presented. The ELG sample spans 4 orders of magnitude in luminosity (H alpha and R band), and H alpha surface brightness, nearly 3 orders of magnitude in R surface brightness and nearly 2 orders of magnitude in H alpha equivalent width (EW). The surface brightness distribution of our sample is broader than that of the Sloan Digital Sky Survey (SDSS) spectroscopic sample, the EW distribution is broader than prism-selected samples, and the morphologies found include all common types of star-forming galaxies (e.g., irregular, spiral, blue compact dwarf, starbursts, merging and colliding systems, and even residual star formation in S0 and Sa spirals). Thus, SINGG presents a superior census of star formation in the local universe suitable for further studies ranging from the analysis of H II regions to determination of the local cosmic star formation rate density.

A unified friction description and its application to the simulation of frictional instability using the finite element method

This article first summarizes some available experimental results on the frictional behaviour of contact interfaces, and briefly recalls typical frictional experiments and relationships, which are applicable for rock mechanics, and then a unified description is obtained to describe the entire frictional behaviour. It is formulated based on the experimental results and applied with a stick and slip decomposition algorithm to describe the stick-slip instability phenomena, which can describe the effects observed in rock experiments without using the so-called state variable, thus avoiding related numerical difficulties. This has been implemented to our finite element code, which uses the node-to-point contact element strategy proposed by the authors to handle the frictional contact between multiple finite-deformation bodies with stick and finite frictional slip, and applied here to simulate the frictional behaviour of rocks to show its usefulness and efficiency.