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Transition (SET) 1. Semester (spring) 2. Semester (fall) 3. Semester ACES: Analysis and complexity of energy systems SEnSe: Sustainable and just energy solutions Master's thesis TS: Transformation studies [...] , you will take the Analysis and Complexity of Energy Systems (ACES) module together with students from other specializations. In this module, you will learn more about the sustainability of energy

Students . Compulsory Modules (for All Specialisations) Module ACES: Analysis and Complexity of Energy Systems (15 CP) In this module, students acquire fundamental knowledge in the modelling and [...] and consists of three sub-modules with different courses: ACES 1 ACEC 2 ACES 3 a-d Module SEnSe: Sustainable and Just Energy System Solutions (15 CP) This module provides an overview of the

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• Lecture Series & Events

specialization: Transition specialization: Transition specialization: ACES: Analysis and Complexity of Energy Systems SEnSe: Sustainable and Just Energy Solutions Master's thesis TS: Transformation Studies [...] specialization: Engineering specialization: Engineering specialization: ACES: Analysis and Complexity of Energy Systems SEnSe: Sustainable and Just Energy Solutions Master's thesis ES: Energy Storage SE: [...] the compulsory module Analysis and Complexity of Energy Systems (ACES) with students from all specializations. In this module, you will deal with the sustainability of energy systems and develop supply

device had been used by the end of the eighteenth century by Hor- ace Benedict de Saussure for making experiments 5 Similarly, Joule did not mention the person doing the physi- cal work in the experiments

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• Scientific Partnership; James Prescott Joule, William Thomson, and the mechanical equivalent of heat.

device had been used by the end of the eighteenth century by Hor- ace Benedict de Saussure for making experiments 5 Similarly, Joule did not mention the person doing the physi- cal work in the experiments

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• The hard work of experimenting James Prescott Joule, William Thomson, and the mechanical equivalent of heat.

device had been used by the end of the eighteenth century by Hor- ace Benedict de Saussure for making experiments 5 Similarly, Joule did not mention the person doing the physi- cal work in the experiments [...] of investigations. Exploring solar cooking he used works of Hor- ace-Benedict de Saussure and Claude Pouillet. Mouchot also demonstrated prin- ciple of ice blocks production using a solar-driven adsorption

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• Mouchot and the solar cooker

device had been used by the end of the eighteenth century by Hor- ace Benedict de Saussure for making experiments 5 Similarly, Joule did not mention the person doing the physi- cal work in the experiments

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• Rumford and calorics

of investigations. Exploring solar cooking he used works of Hor- ace-Benedict de Saussure and Claude Pouillet. Mouchot also demonstrated prin- ciple of ice blocks production using a solar-driven adsorption

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application/pdf

Referenced at

• Mouchot and the solar cooker

device had been used by the end of the eighteenth century by Hor- ace Benedict de Saussure for making experiments 5 Similarly, Joule did not mention the person doing the physi- cal work in the experiments

File type

application/pdf

Referenced at

• The hard work of experimenting James Prescott Joule, William Thomson, and the mechanical equivalent of heat.
• Mouchot and the solar cooker
• Rumford and calorics