Arte y uso de arquitectura : segunda parte : con el quinto y séptimo libros de Euclides, traducidos de latin en romance, y las medidas dificiles de bóvedas, y de las superficies y piez cúbicos de Pechinas : con las ordenanzas de la imperial ciudad de Toledo ... y se añaden en esta impresion las ordenanzas de Madrid /

Mode of access: Internet.

Meditaciones sobre los atributos diuinos /

Mode of access: Internet.

Meditaciones sobre los atributos diuinos /

Mode of access: Internet.

Miscelaneo sacro : contiene cinco tratados. Los tres de oracion, vno de la confesion, y otro de la Via Sacra ... /

Mode of access: Internet.

Sermones para las principales fiestas de los santos /

Mode of access: Internet.

Los Salmos traducidos en verso castellano y aclarados con notas que sirven de parafrasis y explican su sentido literal /

Mode of access: Internet.

Tratado ascético del santo sacrificio de la Misa : en el qual se contiene la práctica de celebrarlo con atencion, devocion, y reverencia /

Mode of access: Internet.

Scelta di prediche e scritti di fra Girolamo Savonarola, con nuovi documenti intorno alla sua vita.

Vignette (portrait)

Relazioni degli ambasciatori veneti al Senato; raccolte, annotate,

Title-pages differ slightly.

Illinois detailed annual report of revenues and expenditures.

Includes 2 or more report data disks and 1 Adobe Acrobat reader software disk per report.

Dissertazione intorno ai viaggi e scoperte settentrionali di Nicolò ed Antonio fratelli Zeni

Libro de' viaggi e scoperte di Nicolò ed Antonio fratelli Zeni dietro la prima edizione fattane in Venezia nel 1558.--Dissertazione intorno ai viaggi suddetti.

Quadro delle opere di vari autori anticamente

Bound with this is his Quadro della storia letteraria di Armenia. Venezia, 1829.

Polymeric grafting of acrylic acid onto poly(3-hydroxybutyrate-co-3-hydroxyvalerate): Surface functionalization for tissue engineering applications

Poly(3-hydroxybutyrate-co-3-hydroxyvalerate) (PHBV) melt processed disks and solvent cast films were modified by graft co-polyinerization with acrylic acid (AAc) in methanol solution at ambient temperature using gamma irradiation (dose rate of 4.5 kGy/h). To assess the presence of carboxylic acid groups on the surface, reaction with pentafluorophenol was performed prior to X-ray photoelectron spectroscopy analysis. The grafting yield for all samples increased with monomer concentration (2-15%), and for the solvent cast films, it also increased with dose (2-9 kGy). However, the grafting yield of the melt processed disks was largely independent of the radiation dose (2-8 kGy). Toluidine blue was used to stain the modified materials facilitating, visual information about the extent of carboxylic acid functionalization and depth penetration of the grafted copolymer. Covalent linking of glucosamine to the functionalized surface was achieved using carbodimide chemistry verifying that the modified substrates are suitable for biomolecule attachment.

A multiresolution terrain model for efficient visualization query processing

Multiresolution Triangular Mesh (MTM) models are widely used to improve the performance of large terrain visualization by replacing the original model with a simplified one. MTM models, which consist of both original and simplified data, are commonly stored in spatial database systems due to their size. The relatively slow access speed of disks makes data retrieval the bottleneck of such terrain visualization systems. Existing spatial access methods proposed to address this problem rely on main-memory MTM models, which leads to significant overhead during query processing. In this paper, we approach the problem from a new perspective and propose a novel MTM called direct mesh that is designed specifically for secondary storage. It supports available indexing methods natively and requires no modification to MTM structure. Experiment results, which are based on two real-world data sets, show an average performance improvement of 5-10 times over the existing methods.

Strain distributionand electronic property modifications in Si/Ge axial nanowires hetrostructures

Molecular dynamics simulations were carried out for Si/Ge axial nanowire heterostructures using modified effective atom method (MEAM) potentials. A Si–Ge MEAM interatomic cross potential was developed based on available experimental data and was used for these studies. The atomic distortions and strain distributions near the Si/Ge interfaces are predicted for nanowires with their axes oriented along the [111] direction. The cases of 10 and 25 nm diameter Si/Ge biwires and of 25 nm diameter Si/Ge/Si axial heterostructures with the Ge disk 1 nm thick were studied. Substantial distortions in the height of the atoms adjacent to the interface were found for the biwires but not for the Ge disks. Strains as high as 3.5% were found for the Ge disk and values of 2%–2.5% were found at the Si and Ge interfacial layers in the biwires. Deformation potential theory was used to estimate the influence of the strains on the band gap, and reductions in band gap to as small as 40% of bulk values are predicted for the Ge disks. The localized regions of increased strain and resulting energy minima were also found within the Si/Ge biwire interfaces with the larger effects on the Ge side of the interface. The regions of strain maxima near and within the interfaces are anticipated to be useful for tailoring band gaps and producing quantum confinement of carriers. These results suggest that nanowire heterostructures provide greater design flexibility in band structure modification than is possible with planar layer growth.