Sistema para cadastro de ramais e e-mails: manual do usuário.

Descrição do sistema: 1. Desenvolvimento, 2. Requisitos, 3. Objetivo, 4. Acesso, 5. Operacionalização.bitstream/item/63862/1/DT72.pd

Sistema web para cadastro de funcionários da Embrapa Pecuária Sul: manual do usuário.

Descrição do sistema; Desenvolvimento; Requisitos; Objetivo; Operacionalização.bitstream/item/63857/1/DT82.pdfDocumento online

Sistema de gestão de licitações do site da Embrapa Pecuária Sul: licitações 1.0: manual do usuário.

O sistema; Interface de licitações no site da unidade; Funcionamento do sistema; Cadastro de tipos de publicações; Cadastro de licitações; Processo de administração de licitações.bitstream/item/63878/1/DT-68.pd

Sistema de gestão de notícias do site da Embrapa Pecuária Sul: News Manager 1.0: manual do usuário.

O sistema; Interface de notícias no site da unidade; Funcionamento do sistema; Cadstro de notícias; Cadastro de imagens para as notícias; Processo de publicação de notícias; Estrutura do sistema em UML.bitstream/item/63873/1/DT-67.pd

Sistema de cadastro de publicações para homepage da Embrapa Pecuária Sul: manual do usuário.

Acesso ao sistema; Operacionalização do sistema; Menu cadastro de formato/série; Menu cadastro de publicação; Menu sair do sistema.bitstream/item/63880/1/DT-63.pd

Ion backflow studies with a triple-GEM stack with increasing hole pitch

Gas Electron Multipliers have undergone a very consistent development since their invention in 1997. Their production procedures have been tuned in such a way that nowadays it is possible to produce foils with areas of the order of the square meter that can operate at a reasonable gain, uniform over large areas and with a good stability in what concerns electrical discharges. For the third run of LHC, they will be included in the CMS and ALICE experiments after significant upgrades of the detectors, confirming that these structures are suitable for very large experiments. In the special case of Time Projection Chambers, the ion backflow and the energy resolution are sensitive issues that must be addressed and the GEM has shown to be able to deal with both of them. In this work, a stack of three GEMs with different pitches has been studied as a possible future approach for ion-backflow suppression to be used in TPCs and other detection concepts. With this approach, an ion backflow of 1 % with an energy resolution of 12 % at 5.9 keV has been achieved with the detector operating in an Ar/CO2 (90/10) mixture at a gain of ~ 2000.Comment: 15 pages, 11 figure

Sistema de cadastro de eventos para homepage da Embrapa Pecuária Sul: manual do usuário.

Acesso ao sistema; Operacionalização do sistema; menu cadastro de eventos; Menu cadastro de arquivos para eventos; Menu sair do sistema.bitstream/item/63882/1/DT-62.pd

Sistema de cadastro de clientes para área de comunicação e negócios da Embrapa Pecuária Sul: manual do usuário.

Acesso ao sistema; Operacionalização do sistema; Menu cadastro de clientes; Menu cadastro de categoria; Menu sair do sistema.bitstream/item/63883/1/DT61.pd

EFFECTS OF TURBULENCE-RADIATION INTERACTIONS IN A NON-PREMIXED TURBULENT METHANE-AIR FLAME

This work studied a turbulent flame and analyzed the interaction between turbulence and radiation (TRI). The problem consists of a non-premixed turbulent methane flame surrounded by a low-velocity air coflow identified as Flame DLR-A. The steady laminar diffusion flamelet (SLDF) model is used to solve the chemical kinetics. To generate the flamelet library, turbulence-chemistry interaction is taken into account through previously assumed probability density functions (PDF) of mean scalars. Radiative heat flux is calculated with the discrete ordinates method, considering the Gray Gas model (GG). Turbulence is solved with k-ε Standard model and TRI methodology is based on temperature self-correlation. The solution is obtained using ANSYS/Fluent code coupled with user-defined functions (UDFs). Results indicated that the temperature and chemical species predictions are little affected by TRI, while the radiative quantities (radiative heat flux on the domain wall) are importantly affect by TRI effects