Lekt︠s︡īi po slavi︠a︡nskomu i︠a︡zykoznanīi︠u︡ /

Vol. 1: Ottisk iz Universitetskikh izvi︠e︡stīĭ za 1892-1895 gg.; v. 2: Izdano na sredstva Imperatorskago universiteta sv. Vladimīra.

Sochinenīi︠a︡ i perevody kak stīkhami tak i prozoi︠u︡ /

Svodnyĭ katalog, item no. 7344.

Sifre ḳodesh : ʻim targumim u-veʾurim mi-meḥabrim shonim... /

Another copy of Yirmeyah, Yeḥezḳel, Tere ʻaśar, Tehilim ḥeleḳ 1, Tehilim ḥeleḳ 2, Mishle, Divre ha-yamim.

Labirynt swěta a rág srdce : to gest swětlé wymalowanj, kterak w tom swětě, a wěcech geho wssechněch, nic nenj než matenj a motanj, kolotánj a lopotowanj, mámenj a ssalba ... ale kdož doma w srdcy swém sedě, s gediným Pánem Bohem se uzawjrá, ten sám k prawému a plnému mysli upokogenj a radosti že přichazy /

Dedication in Latin.

Proceedings of the second Ecumenical Methodist Conference held in the Metropolitan Methodist Episcopal Church, October 1891, Washington, D.C., /

Mode of access: Internet.

Dnevnik kamer-i︠u︡nkera F.V. Berkhgolʹt︠s︡a, 1721-1725 /

Originally published as the author's "Tagebuch" in pts. 19-22 of Magazin für die neue Historie und Geographie.

Kʻertʻuatsnern u chaṛerě /

Mode of access: Internet.

Die Schweiz, ihre Geschichte, Geographie und Statistik, nebst einem Überblick über die Alterthümer, Literatur, Kunst, und die Industrie der Zweiundzwanzig Kantone ...

Added t.-p., illus. in colors (V. 1. ... 1. Theil: Die Schweiz in ihrer geschichtlichen Entwickelung. Von E.H. Gaullieur ... V. 2. ... 2. Theil: Die Schweiz in geographischer, statistischer und politischer Beziehung. Von Schaub, Gaullieur, de Bons & Mallet ... )

Atomic Charge Transfer-counter Polarization Effects Determine Infrared Ch Intensities Of Hydrocarbons: A Quantum Theory Of Atoms In Molecules Model.

Atomic charge transfer-counter polarization effects determine most of the infrared fundamental CH intensities of simple hydrocarbons, methane, ethylene, ethane, propyne, cyclopropane and allene. The quantum theory of atoms in molecules/charge-charge flux-dipole flux model predicted the values of 30 CH intensities ranging from 0 to 123 km mol(-1) with a root mean square (rms) error of only 4.2 km mol(-1) without including a specific equilibrium atomic charge term. Sums of the contributions from terms involving charge flux and/or dipole flux averaged 20.3 km mol(-1), about ten times larger than the average charge contribution of 2.0 km mol(-1). The only notable exceptions are the CH stretching and bending intensities of acetylene and two of the propyne vibrations for hydrogens bound to sp hybridized carbon atoms. Calculations were carried out at four quantum levels, MP2/6-311++G(3d,3p), MP2/cc-pVTZ, QCISD/6-311++G(3d,3p) and QCISD/cc-pVTZ. The results calculated at the QCISD level are the most accurate among the four with root mean square errors of 4.7 and 5.0 km mol(-1) for the 6-311++G(3d,3p) and cc-pVTZ basis sets. These values are close to the estimated aggregate experimental error of the hydrocarbon intensities, 4.0 km mol(-1). The atomic charge transfer-counter polarization effect is much larger than the charge effect for the results of all four quantum levels. Charge transfer-counter polarization effects are expected to also be important in vibrations of more polar molecules for which equilibrium charge contributions can be large.

Efeito das interações hiperconjugativas na constante de acoplamento ¹J CH da hexametilenotetramina e do adamantano: estudo teórico e experimental

The objective of this work was to determine the influence of hyperconjugative interactions on the ¹J CH coupling constant for hexamethylenetetramine (1) and adamantane (2). For this end, theoretical and experimental ¹J CH were obtained and hyperconjugative interactions were investigated using NBO. It was observed, theoretically and experimentally, that ¹J CH in 1 is 20 Hz larger than in 2, mainly due to the nN®s*C-H hyperconjugative interaction. This interaction occurs only in 1, with an energy of 9.30 kcal mol-1. It increases the s-character of the carbon atom in the C-H bond and the occupancy of the sigma*C-H orbital in (1).

Modified Steels for Cold-Forming U-Bolts Used In Leaf Springs Systems

In this work, a low alloy steel and a fabrication process were developed to produce U-Bolts for commercial vehicles. Thus, initially five types of no-heat treated steel were developed with different additions of chrome, nickel, and silicon to produce strain hardening effect during cold-forming processing of the U-Bolts, assuring the required mechanical properties. The new materials exhibited a fine perlite and ferrite microstructure due to aluminum and vanadium additions, well known as grain size refiners. The mechanical properties were evaluated in a servo-hydraulic test machine system-MTS 810 according to ASTM A370-03; E739 and E08m-00 standards. The microstructure and fractography analyses of the cold-formed steels were performed by using optical and scanning electronic microscope techniques. To evaluate the performance of the steels and the production process, fatigue tests were carried out under load control (tensile-tensile), R = 0.1 and f = 30 Hz. The Weibull statistic methodology was used for the analysis of the fatigue results. At the end of this work the 0.21% chrome content steel, Alloy 2, presented the best fatigue performance.

Beam-energy and system-size dependence of dynamical net charge fluctuations

We present measurements of net charge fluctuations in Au+Au collisions at s(NN)=19.6, 62.4, 130, and 200 GeV, Cu+Cu collisions at s(NN)=62.4 and 200 GeV, and p+p collisions at s=200 GeV using the dynamical net charge fluctuations measure nu(+-,dyn). We observe that the dynamical fluctuations are nonzero at all energies and exhibit a modest dependence on beam energy. A weak system size dependence is also observed. We examine the collision centrality dependence of the net charge fluctuations and find that dynamical net charge fluctuations violate 1/N(ch) scaling but display approximate 1/N(part) scaling. We also study the azimuthal and rapidity dependence of the net charge correlation strength and observe strong dependence on the azimuthal angular range and pseudorapidity widths integrated to measure the correlation.

THE SPECTRAL EVOLUTION AND EJECTA OF RECURRENT NOVA U Sco IN THE 2010 OUTBURST

Synoptic spectroscopic observations of the U Sco 2010 outburst from maximum light to quiescence as well as a contemporaneous X-ray observation are presented and analyzed. The X-ray spectrum 52 days after outburst indicates a hot source ( kT(bb) similar to 70 eV). Narrow-line components from the irradiated companion atmosphere were observed in hydrogen and helium optical recombination lines. The formation of a nebular spectrum is seen for the first time in this class of recurrent novae, allowing a detailed study of the ejecta using photoionization models. Unusual [O III] auroral-to-nebular line ratios were found and possible scenarios of their origin are discussed. The modeling of the emission line spectrum suggests highly heterogeneous ejecta with masses around or above 3 x 10(-6) M(sun).