O sistema de informação do tribunal colectivo dos géneros alimentícios: Estudo orgânico-funcional, produção e tramitação documental

Este trabalho é um estudo sobre o sistema de informação Tribunal Colectivo dos Géneros Alimentícios, como nasceu e como se desenvolveu, através do estudo orgânico-funcional, análise da produção e tramitação documental, desde a sua criação (1930) até à sua extinção (1976), através da aplicação do método de investigação quadripolar. Este método vai desenrolar-se mediante três actividades, cujo exercício se integra numa abordagem sistémica: a) Estudo da natureza da instituição a partir da análise dos seus fins, dos seus órgãos, das suas funções e da sua prática administrativa, tendo em conta tanto a evolução destes elementos ao longo do tempo como as relações que se estabelecem entre eles, através da análise de leis orgânicas e outros diplomas legais. b) Identificação e delimitação das séries documentais a partir da análise dos modos de produção documental, as características externas e internas destes tipos de documentos e as operações de conservação, descrição e organização arquivística. c) Apresentação do quadro de classificação: estrutura hierárquica e lógica que reflicta as funções deste sistema de informação. Pretende-se dar resposta às seguintes questões: 1- como classificar arquivisticamente a documentação acumulada no Arquivo Tribunal Colectivo dos Géneros Alimentícios? 2- Classificar arquivisticamente os processos de infracções/crimes do Tribunal de Recurso da Intendência-Geral da Segurança Pública e os processos de infracções/crimes até 1936 no sistema Tribunal Colectivo dos Géneros Alimentícios. 3- A produção e o circuito documental do Tribunal Colectivo dos Géneros Alimentícios são semelhantes à produção documental dos tribunais de jurisdição ordinária? 4- Quais a(s) especificidade(s) a nível processual e de tipologias documentais. ABSTRACT: This thesis is a study on the information system of the Tribunal Colectivo dos Géneros Alimentícios: how it started and how it was developed, and we do so proceding with the study of the organizational system, of the channeling of the proceedings and documents, since its creation (1930) until its ending (1976), using the quadripolar research method. This method will develop into three different steps, following a systemic approach and using the Quadripolar Method: a) A study of the nature of the institution supported by the analysis of its purposes, its organs, its functions and its administrative practices, bearing in mind the evolution of these elements throughout time and the connections that are established between them, with the support of some organic laws and other legal diplomas. b) Identification and caracterization of the document series; the method that it will be used will include an analysis of the process of document production, and also of both the internal and external characteristics of that type of documents and the archival conservation, description and organization. c) Demonstration of the classification board: hierarchic structure and the logic that is behind the institution of this documental base. This work intends to answer the following questions: 1. How to classify archival documentation accumulated in the Tribunal Colectivo dos Géneros Alimentícios? 2. How to classify the offense/crimes processes at the Tribunal de Recurso at Intendência-Geral da Segurança Pública and the offense/crimes processes until 1936 at Tribunal Colectivo dos Géneros Alimentícios? 3. Are the circuit and the document production of the Tribunal Colectivo dos Géneros Alimentícios similar to the production of documents in regular jurisdiction courts? 4. What are the specific level procedural and documentary types?

Raman microscopy of formamide-intercalated kaolinites treated by controlled-rate thermal analysis technology

Raman spectroscopy of formamide-intercalated kaolinites treated using controlled-rate thermal analysis technology (CRTA), allowing the separation of adsorbed formamide from intercalated formamide in formamide-intercalated kaolinites, is reported. The Raman spectra of the CRTA-treated formamide-intercalated kaolinites are significantly different from those of the intercalated kaolinites, which display a combination of both intercalated and adsorbed formamide. An intense band is observed at 3629 cm-1, attributed to the inner surface hydroxyls hydrogen bonded to the formamide. Broad bands are observed at 3600 and 3639 cm-1, assigned to the inner surface hydroxyls, which are hydrogen bonded to the adsorbed water molecules. The hydroxyl-stretching band of the inner hydroxyl is observed at 3621 cm-1 in the Raman spectra of the CRTA-treated formamide-intercalated kaolinites. The results of thermal analysis show that the amount of intercalated formamide between the kaolinite layers is independent of the presence of water. Significant differences are observed in the CO stretching region between the adsorbed and intercalated formamide.

Detailed analysis of a conservative difference approximation for the time fractional diffusion equation

Diffusion equations that use time fractional derivatives are attractive because they describe a wealth of problems involving non-Markovian Random walks. The time fractional diffusion equation (TFDE) is obtained from the standard diffusion equation by replacing the first-order time derivative with a fractional derivative of order α ∈ (0, 1). Developing numerical methods for solving fractional partial differential equations is a new research field and the theoretical analysis of the numerical methods associated with them is not fully developed. In this paper an explicit conservative difference approximation (ECDA) for TFDE is proposed. We give a detailed analysis for this ECDA and generate discrete models of random walk suitable for simulating random variables whose spatial probability density evolves in time according to this fractional diffusion equation. The stability and convergence of the ECDA for TFDE in a bounded domain are discussed. Finally, some numerical examples are presented to show the application of the present technique.

Determination of preventive maintenance lead time using hybrid analysis

The time for conducting Preventive Maintenance (PM) on an asset is often determined using a predefined alarm limit based on trends of a hazard function. In this paper, the authors propose using both hazard and reliability functions to improve the accuracy of the prediction particularly when the failure characteristic of the asset whole life is modelled using different failure distributions for the different stages of the life of the asset. The proposed method is validated using simulations and case studies.

Hydrazine-hydrate intercalated halloysite under controlled-rate thermal analysis conditions

The thermal behaviour of halloysite fully expanded with hydrazine-hydrate has been investigated in nitrogen atmosphere under dynamic heating and at a constant, pre-set decomposition rate of 0.15 mg min-1. Under controlled-rate thermal analysis (CRTA) conditions it was possible to resolve the closely overlapping decomposition stages and to distinguish between adsorbed and bonded reagent. Three types of bonded reagent could be identified. The loosely bonded reagent amounting to 0.20 mol hydrazine-hydrate per mol inner surface hydroxyl is connected to the internal and external surfaces of the expanded mineral and is present as a space filler between the sheets of the delaminated mineral. The strongly bonded (intercalated) hydrazine-hydrate is connected to the kaolinite inner surface OH groups by the formation of hydrogen bonds. Based on the thermoanalytical results two different types of bonded reagent could be distinguished in the complex. Type 1 reagent (approx. 0.06 mol hydrazine-hydrate/mol inner surface OH) is liberated between 77 and 103°C. Type 2 reagent is lost between 103 and 227°C, corresponding to a quantity of 0.36 mol hydrazine/mol inner surface OH. When heating the complex to 77°C under CRTA conditions a new reflection appears in the XRD pattern with a d-value of 9.6 Å, in addition to the 10.2 Ĺ reflection. This new reflection disappears in contact with moist air and the complex re-expands to the original d-value of 10.2 Å in a few h. The appearance of the 9.6 Å reflection is interpreted as the expansion of kaolinite with hydrazine alone, while the 10.2 Å one is due to expansion with hydrazine-hydrate. FTIR (DRIFT) spectroscopic results showed that the treated mineral after intercalation/deintercalation and heat treatment to 300°C is slightly more ordered than the original (untreated) clay.