Evaluation of Stress Reducing Capacity of Selected Anaesthetics for the Live Transportation of Green Chromide Etroplus suratensis

Transport of live aquatic organisms which is more than a century old, perhaps started in the 1870's (Norris et al, 1960). Live fish transportation is an essential practice in aquaculture particularly in rural areas of developing countries representing the only means of supplying fry to small scale aqua culturists (Taylor and Ross, 1988). Very often, large numbers of fry, fingerlings, juveniles and adult fish are being transported from the hatchery to fish farms, fish farms to market, processors and consumers. Live fish command large economic importance in the fresh fish market than dead and iced fish. Medina Pizzali (2001) observed that live fish in the Kolkata market was usually sold at higher prices than dead fish and most consumers were prepared to pay premium prices for live fish, which is considered as the best guarantee of freshness, quality, and intrinsic characteristics of its flesh (better texture and delicate flavour) in comparison with fresh/chilled seafood. Various government and private agencies undertake transport of live fish for commercial live fish market or for artificial propagation of game

Thermal control of electronics: Perspectives and prospects

One of the most prominent industrial applications of heat transfer science and engineering has been electronics thermal control. Driven by the relentless increase in spatial density of microelectronic devices, integrated circuit chip powers have risen by a factor of 100 over the past twenty years, with a somewhat smaller increase in heat flux. The traditional approaches using natural convection and forced-air cooling are becoming less viable as power levels increase. This paper provides a high-level overview of the thermal management problem from the perspective of a practitioner, as well as speculation on the prospects for electronics thermal engineering in years to come.

Nano Electronics and Computer Science Research Group

This is the website for the Nano Research group based at the University of Southampton ECS department, and details current research topics and the people connected with these. It shows some of the current research topics undertaken at the center, and gives an outline of what can be done for post graduate courses.

INFO2009 2012-13 Resource Group 21 - We know where you live

We know where you live is an entertaining and informative quiz show highlighting the dangers resulting from a lack of awareness of Facebook's privacy and security settings. The game show is complemented by a short tutorial explaining these settings. The show is aimed at a wider audience and is suitable for all.

A few philosophical ruminations on the human condition and choosing to live well

The notion that life is meaningful through choosing to live well has historically received substantive attention in various philosophical circles, notably the ancient Greek philosophers Socrates, Plato, and Aristotle, and more recently several of the existentialists. In some respects, the idea of choosing to live well is a “thematization” of two widely-recognized, independent components of a meaningful life: happiness and authenticity. I develop this notion of choosing to live well by exploring, developing, and relating these conceptions of happiness and authenticity. By appealing to a very basic account of human nature that has found favor among a great number of people, I show how happiness and authenticity complement each other as conditions for the possibility of living meaningfully.

Innovation Electronics

Innovation Electronics es una empresa dedicada a la creación de robots para la limpieza autónoma del hogar. Podrá encontrar aquí todos los elementos y bases para la realización de la empresa en diferentes campos y ámbitos.

Electronics : present knowledge, future trends.

Ofrece una mirada hacia donde va la ciencia en el siglo 21. Examina la relación entre la ciencia y la tecnología e investiga las repercusiones de la ciencia en la sociedad. Trata de: circuitos y señales, microprocesadores, el diseño de chips, circuitos impresos, sonido electrónico, envío de señales y el futuro de la electrónica. Adecuado para los niveles de la etapa clave tres (KS3), etapa clave cuatro (KS4) y GCSE. Tiene glosario.

Do you really know where you live?

Recurso para que los estudiantes comprendan la forma en que se desarrollan los asentamientos urbanos y rurales a través del tiempo, en el Reino Unido y en el extranjero. Se examinan los impactos positivos y negativos del cambio y busca formas de resolver los problemas que enfrentan los asentamientos de hoy, incluyendo la eliminación de residuos y los viajes.

Do you really know here you live?

Recurso para el profesor para la etapa clave 3 (Key Stage 3). Proporciona todo el apoyo necesario para asegurar a los estudiantes la comprensión de cómo se desarrollan los asentamientos urbanos y rurales a través del tiempo, en el Reino Unido y en el xtranjero. Incluye planes de lecciones, hojas de actividades, presentaciones en PowerPoint, fotografías, actividades interactivas y video clips.

OCR Electronics for AS.

Libro de electrónica según la especificación del 2008 aprobado por el OCR (Oxford Cambridge and RSA Examinations) para el nivel AS (enseñanza secundaria de segundo ciclo, bachillerato). Pretende enseñar cómo complejos sistemas electrónicos, como ordenadores, teléfonos, etc., se pueden crear a partir de un número limitado de sistemas básicos que están disponibles como circuitos discretos integrados. Al mismo tiempo proporciona una base teórica con importantes técnicas básicas como diagramas de bloque, álgebra de Boole y realimentación negativa, necesarias para la creación de los sistemas electrónicos.

OCR Electronics for A2.

Libro para estudiantes de enseñanza secundaria (nivel A2) en el área de la electrónica aprobado por el OCR (Oxford Cambridge and RSA Examinations). Se basa en la comprensión de los conceptos de pequeños subsistemas, técnicas y dispositivos (nivel AS) para mostrar cómo se pueden combinar para crear grandes sistemas como memorias, microcontroladores, fuentes de alimentación, receptores de radio e Internet, y cómo se aplican en el mundo real de los equipos de comunicación, dispositivos de control, almacenamiento de datos y transmisión de información. Dispone de una página Web con material de apoyo .