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Sustainable Energy--without the Hot Air, ISBN: 9780954452933
- Exam (elaborations) • 8 pages • 2022
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- £18.49
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Sustainable Energy--without the Hot Air, ISBN: 2933 
 Sustainable Energy--without the Hot Air, ISBN: 2933 
 Sustainable Energy--without the Hot Air, ISBN: 2933
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Engineering Science Reading Bundle
- Package deal • 2 items • 2021
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- £8.77
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This bundle includes the summary for two must-read books for engineering students or sixth-form students willing to apply to read engineering or physics. This can help you to have a deeper understanding in engineering and perform well in an interview.
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Detailed Notes of Sustainable Energy - Without the Hot Air
- Summary • 11 pages • 2021
- Available in package deal
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- £6.99
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This document includes interesting facts, concepts, viewpoints and formulas in the book Sustainable Energy -Without the Hot Air. This summary is written in plain English with formulas. It is not only helpful for engineering undergraduate students, but also suitable for sixth-form students willing to apply to read engineering or physics. The examples and formulas are linked to our daily life. Reading this might be helpful to your engineering or physics admission interview at Oxbridge or Imperial ...
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Summary Full Course Renewable Energy Systems 2018-2019
- Summary • 52 pages • 2019
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- £4.86
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In this document, you will find a summary of all course material as one is required to know for the exam, including the MOOC on Renewable Energy Sources (of TU Delft), the lecture notes and slides, the book 'Without the hot air' and some extra instructions on the calculations with regard to the individuals assignments as well as information about several thermodynamics-related topics.
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Climate Change Mitigation
- Lecture notes • 91 pages • 2017
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- £8.21
- 2x sold
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Complete summary of all lectures and concepts in Climate Change Mitigation. 

Includes challenges of mitigation and level of action required to limit global temperature change. 
Cover the key technologies to reduce carbon dioxide emissions in both the supply and demand sectors. The basics of energy systems modelling and decarbonisation pathways as well as practical aspects of implementing mitigation technologies and actions. 

What mitigation is, the justifications for mitigation action and the ...
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