Optimization of the thermomechanical reliability of a 65 nm Cu/Low-k large-die flip chip package

10.1109/TCAPT.2009.2020696IEEE Transactions on Components and Packaging Technologies324838-848ITCP

Structural design and optimization of 65nm Cu/low-k flipchip package

10.1109/EPTC.2007.4469679Proceedings of the Electronic Packaging Technology Conference, EPTC488-49

Via resistance reduction using "cool" PVD-Ta processing

10.1149/1.1621417Journal of the Electrochemical Society15012G766-G770JESO

Smooth convergence in the binomial model

Binomial model, Black–Scholes model, Option pricing, Smooth convergence, G13, 62P05,

CONSULTA DE ENFERMAGEM A CLIENTE HIPERTENSO: ANÁLISE DE UM INSTRUMENTO UTILIZADO E PROPOSTA DE UM NOVO MODELO

As autor-as tecem considerações preliminares sobre Consulta de Enfermagem e analisam o instrumento utilizado na consulta a clientes hipertensos de um hospital especializado em cardiología. Através desta análise foi constatada a necessidade de adequação do instrumento para a clientela específica. Acredita-se que a adequação do instrumento seja importante elemento facilitador para a execução da Consulta de Enfermagem e para melhor direcionamento das ações pela enfermeira. Após prática vivenciada pelas autoras, foi proposto um modelo que consta de histórico de enfermagem, levantamento de problemas, plano de orientação e de cuidados de enfermagem e folha de evolução. Para que este modelo seja utilizado de modo uniforme, foi elaborado um manual de orientação.This is a preliminary study on nursing consultation for hypertensive patients and analysis of the instrument used in a cardiology hospital. The development of an adequate instrument for this kind of patients, with a specif model for assessment, orientation plan, nursing care plan and evolution, was followed by the preparation of an orientation guide to be used by nurses, so an uniformed way of registration could be obtained

Unified formulation for inhomogeneity-driven instabilities in the lower-hybrid range

A local dispersion relation that describes inhomogeneity-driven instabilities in the lower-hybrid range is derived following a procedure that correctly describes energy exchange between waves and particles in inhomogeneous media, correcting some inherent ambiguities associated with the standard formalism found in the literature. Numerical solutions of this improved dispersion relation show that it constitutes a unified formulation for the instabilities in the lower-hybrid range, describing the so-called modified two-stream instability, excited by the ion cross-field drift, including the ion Weibel instability, and also describing the lower-hybrid drift instability, which is due to inhomogeneity effects on the electron population