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  • Chris Grocott

    The academic profile of Dr Chris Grocott, Lecturer in Management and Economic History at University of Leicester

  • Information for local residents

    Information for local residents on living with our student community. Most of our students living in residential areas across the city have good relationships with their neighbours and community.

  • Electronically Controlled Drives

    Module code: EG4221 This module will provide a theoretical and practical treatment of the complete electronic drive system; (including conventional dc drives as well as modern ac drives) including the mechanical part, the electrical machine, the power converter and the control.

  • Advanced Electronically Controlled Drives

    Module code: EG7035 This module will provide a theoretical and practical treatment of the complete electronic drive system; (including conventional dc drives as well as modern ac drives) including the mechanical part, the electrical machine, the power converter and the control.

  • Electronically Controlled Drives

    Module code: EG4221 This module will provide a theoretical and practical treatment of the complete electronic drive system; (including conventional dc drives as well as modern ac drives) including the mechanical part, the electrical machine, the power converter and the control.

  • Advanced Electronically Controlled Drives

    Module code: EG7035 This module will provide a theoretical and practical treatment of the complete electronic drive system; (including conventional dc drives as well as modern ac drives) including the mechanical part, the electrical machine, the power converter and the control.

  • Sol 0 Monday 6th August

    Posted by jbridges in Mars Science Laboratory Blog on August 6, 2012 The next data relay via Mars Odyssey is at 12.30 am PDT (add 8 hours for BST). We will start the process of checking the instruments.

  • 17th July 2015 Sol 1047

    Posted by jbridges in Mars Science Laboratory Blog on July 17, 2015 The science team is considering the next drill target. ChemCam and APXS results suggest that the sediment compositions are changing within the Murray Formation, with more altered compositions.

  • 27th November 2015 Sol 1176

    Posted by jbridges in Mars Science Laboratory Blog on November 27, 2015 We have reached the Bagnold Dunes and are driving through a gap. The dark colour is due to the iron and magnesium-rich composition  of the sand grains (minerals like olivine and pyroxene).

  • 28th December 2015 Sol 1206

    Posted by jbridges in Mars Science Laboratory Blog on December 28, 2015 The MSL team is taking a break from operations for a few days.  We have dumped the Greenhorn drill tailings and are progressing on the Bagnold Dunes campaign.

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