A true and impartial account of the actions fought at Chippawa and Lundy's Lane during the last war with the United States

On leaf preceding the t.p.: Battles of Chippawa and Lundy's Lane, by Charles Anderson, guide to the battle ground. On box: Chippawa and Lundy's Lane. Printed by John Simpson

Protesta que en acuerdo pleno, y con asociación de los empleados públicos, hace el muy ilustre ayuntamiento de Hidalgo contra los tratados Mac-Lane-Ocampo. Febrero 10 de 1860.

UANL

The reign of law a tale of the Kentucky hemp fields by James Lane Allen; with illustrations by Harry Fenn and J. C. Earl

UANL

Structure and energetics of mixed 4He-3He drops

Using a finite-range density functional, we have investigated the energetics and structural features of mixed helium clusters. The possibility of doping the cluster with a molecule of sulfur hexafluoride is also considered. It is seen that the repulsion introduced by the impurity strongly modifies the properties of the smallest drops. Although only a qualitative comparison is possible, the gross features displayed by our calculations are in agreement with recent experimental findings.

From nonwetting to prewetting: The asymptotic behavior of 4He drops on alkali substrates

We investigate the spreading of 4He droplets on alkali-metal surfaces at zero temperature, within the frame of finite range density-functional theory. The equilibrium configurations of several 4HeN clusters and their asymptotic trend with increasing particle number N, which can be traced to the wetting behavior of the quantum fluid, are examined for nanoscopic droplets. We discuss the size effects inferring that the asymptotic properties of large droplets correspond to those of the prewetting film.

Delocalization and fragmentation of collective modes in doped 4He drops

We have investigated the fragmentation of collective modes in doped 4He drops in the framework of a finite-range density-functional theory, as well as the delocalization of the impurity inside the cluster. Our results indicate that the impurity is gradually delocalized inside the drop as the size of the latter increases. As an example, results are shown in the case of Xe-4HeN systems up to N=112.

Psicologia social e processo grupal: a coerência entre fazer, pensar sentir em Sívia Lane

O presente artigo trata da concepção histórica e dialética de processo grupal proposta por Sílvia Lane, que utiliza como base para suas reflexões os pressupostos de materialismo dialético quando considera os aspectos pessoais, as características grupais, a vivência subjetiva e a realidade objetiva e o caráter histórico do grupo. O que pretendemos enfatizar neste artigo é a produção sobre grupo presente em sua obra que foi se construindo no decorrer das décadas de 1980 e 1990, sintetizada no texto O processo grupal. Neste sentido, busca-se trazer as contribuições presentes no conjunto de sua obra, sistematizadas em artigos, coletâneas e livros, em que Sílvia Lane discute a articulação de algumas categorias fundamentais para a análise do processo grupal e suas implicações teóricas, metodológicas e prático-políticas.

Renewable drops electrochemical sensor for sulfide ions detection

The design and characteristics of a novel electrochemical system, which uses a drop as a renewable electroanalytical sensor, are described. This article describes the performance of the electrochemical system, the coupling of the experimental arrangement with flow injection technique and a demonstration of its applicability for the measurement of sulfide. The method is based on renewable drops of ferricyanide ions, buffered by borate. The ferrocyanide ions, product of the reaction between ferricyanide and sulfide ions, are oxidized on a platinum microelectrode and the current measured is related to sulfide concentration. The measurements can be done in continuous or static flow mode. In continuous mode, the detection limit is 5.0 x 10(-5) mol L-1.

As contribuições de Horace Lane na instrução pública paulista (1890-1910)

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)