State of the masses; the threat of the classless society.

Mode of access: Internet.

Three masses. [music] : K. 192, 257, 258 /

Cover title.

The Masses.

Editors: Jan.-Apr. 1911, T. Seltzer; May-Dec. 1911, H. Winslow; Jan.-Apr. 1912, P. Vlag; Dec. 1912-Nov./Dec. 1917, M. Eastman.

The southern oligarchy; an appeal in behalf of the silent masses of our country against the despotic rule of the few.

Mode of access: Internet.

Determination of the masses of the Moon and Venus and the astronomical unit from radio tracking data of the Mariner II spacecraft

"Prepared under contract no. NAS 7-100, National Aeronautics and Space Administration."

Grundzüge einer Wissenschaftlichen Darstellung der Geometrie des Masses; ein Lehrbuch.

Available on demand as hard copy or computer file from Cornell University Library.

The Boston Academy's Collection of church music : consisting of the most popular psalm and hymn tunes, anthems, sentences, chants, &c., old and new : together with many beautiful pieces, tunes and anthems, selected from the masses and other works of Haydn, Mozart, Beethoven ... and other distinguished composers, arranged and adapted to English words expressly for this work, including, also, original compositions by German, English and American authors.

Includes indexes.

De l'origine des appariteurs des universités et de leurs masses.

Mode of access: Internet.

Tafeln zur Verwandlung des Längen- und Hohl-Masses ... = Tables pour la réduction des mesures de longueur et de capacité ... /

German and French.

Mémoire sur la question de savoir s'il existe des masses continues, et sur la nature probable des dernières particules des corps.

Mode of access: Internet.

Cantiones sacrae : a collection of hymns and devotional chants for the different seasons of the year, the feasts of our Lord, of the Blessed Virgin, of the saints, low masses &c. : arranged for four mixed voices /

Mode of access: Internet.

Acta regia : or, an historical account, in order of time, not only of those records in Rymer's Foedera, on which Mons. Rapin has grounded his History of England; but of several grants from the Crown, Summons's to Parliament and Convocation, royal mandates to the clergy and laity for general masses, subsidies, etc. Proclamations and memorials of divers kinds, conge d'elires, dispensations for marriages, and numerous other publick acts relating to particular families, and our own domestick affairs: from the reign of King Henry the First, to that of King Charles the First. Which never yet appear'd elsewhere in the English tongue: and which are absolutely necessary to be known by all that read Rapin's, or any other history of England /

Includes index.

Simultaneous determination of delta(33) SV-CDT and delta S-34(V-CDT) using masses 48, 49 and 50 on a continuous flow isotope ratio mass spectrometer

A new, fast, continuous flow technique is described for the simultaneous determination of 633 S and delta(34)S using SO masses 48, 49 and 50. Analysis time is similar to5min/sample with measurement precision and accuracy better than +/-0.3parts per thousand. This technique, which has been set up using IAEA Ag2S standards S-1, S-2 and S-3, allows for the fast determination of mass-dependent or mass-independent fractionation (MIF) effects in sulfide, organic sulfur samples and possibly sulfate. Small sample sizes can be analysed directly, without chemical pre-treatment. Robustness of the technique for natural versus artificial standards was demonstrated by analysis of a Canon Diablo troilite, which gave a delta(33)S of 0.04parts per thousand and a delta(34)S of -0.06parts per thousand compared to the values obtained for S-1 of 0.07parts per thousand and -0.20parts per thousand, respectively. Two pyrite samples from a banded-iron formation from the 3710 Ma Isua Greenstone Belt were analysed using this technique and yielded MIF (Delta(33)S of 2.45 and 3.31parts per thousand) comparable to pyrite previously analysed by secondary ion probe. Copyright (C) 2004 John Wiley Sons, Ltd.

Aerosol properties associated with air masses arriving into the North East Atlantic during the 2008 Mace Head EUCAARI intensive observing period: an overview

As part of the EUCAARI Intensive Observing Period, a 4-week campaign to measure aerosol physical, chemical and optical properties, atmospheric structure, and cloud microphysics was conducted from mid-May to mid-June, 2008 at the Mace Head Atmospheric Research Station, located at the interface of Western Europe and the N. E. Atlantic and centered on the west Irish coastline. During the campaign, continental air masses comprising both young and aged continental plumes were encountered, along with polar, Arctic and tropical air masses. Polluted-continental aerosol concentrations were of the order of 3000 cm(-3), while background marine air aerosol concentrations were between 400-600 cm(-3). The highest marine air concentrations occurred in polar air masses in which a 15 nm nucleation mode, with concentration of 1100 cm(-3), was observed and attributed to open ocean particle formation. Continental air submicron chemical composition (excluding refractory sea salt) was dominated by organic matter, closely followed by sulphate mass. Although the concentrations and size distribution spectral shape were almost identical for the young and aged continental cases, hygroscopic growth factors (GF) and cloud condensation nuclei (CCN) to total condensation nuclei (CN) concentration ratios were significantly less in the younger pollution plume, indicating a more oxidized organic component to the aged continental plume. The difference in chemical composition and hygroscopic growth factor appear to result in a 40-50% impact on aerosol scattering coefficients and Aerosol Optical Depth, despite almost identical aerosol microphysical properties in both cases, with the higher values been recorded for the more aged case. For the CCN/CN ratio, the highest ratios were seen in the more age plume. In marine air, sulphate mass dominated the sub-micron component, followed by water soluble organic carbon, which, in turn, was dominated by methanesulphonic acid (MSA). Sulphate concentrations were highest in marine tropical air - even higher than in continental air. MSA was present at twice the concentrations of previously-reported concentrations at the same location and the same season. Both continental and marine air exhibited aerosol GFs significantly less than ammonium sulphate aerosol pointing to a significant organic contribution to all air mass aerosol properties.