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10219 results for: ‘二维码在线生成系统二维码生成工具二维码LOGO上传二维码设计制作源码 手机端✅项目合作 二开均可 TG:saolei44✅.sPTFRpkaiWGCT’

  • 21st May 2015 Sol 992

    Posted by jbridges in Mars Science Laboratory Blog on May 21, 2015 In a  first for the mission we have successfully climbed a slope at Mt. Stimson.

  • Alicia Loke

    The academic profile of Miss Alicia Loke, Postgraduate research student at University of Leicester

  • Ultra-hot gas around remnants of Sun-like stars

    Stars (Left) Artist’s impression of the hot white dwarf GALEXJ014636.8+323615 (white) and its ultra-hot circumstellar magnetosphere (purple) trapped with the magnetic field (green). Credit: N. Reindl. (Right) Colour image of the white dwarf GALEXJ014636.

  • 19th August 2014 Sol 724

    Posted by jbridges in Mars Science Laboratory Blog on August 19, 2014 We have started the condensed drilling procedures at Bonanza_King, having driven back out of Hidden Valley and its sandy deposits, to take another route.

  • Our podcasts

    Listen to the Hidden Hate podcast produced by the Centre for Hate Studies at the University of Leicester, exploring difficult and topical questions about the causes and solutions associated with online and offline hate.

  • 18th June 2013 Sol 308

    Posted by jbridges in Mars Science Laboratory Blog on June 18, 2013 I am taking my turn at being the GeoMin group theme lead this sol.  I am also the ChemCam science theme group member.

  • Sally Kyd

    Sally joined the University of Leicester as an undergraduate, studied here for her PhD, joined the teaching staff, was appointed Professor – and eventually became the first female Head of Leicester Law School.

  • Sally Kyd

    The academic profile of Professor Sally Kyd of Leicester Law School

  • March 14th 2013 Sol 215

    Posted by jbridges in Mars Science Laboratory Blog on March 14, 2013 The results from our drill hole are showing that the John Kein rocks include mudstone, with about 20% of it composed of a clay called smectite.

  • Molecular Pathology and Cell Biology of Cancer

    Module code: MB7401 This module will employ a molecular pathology approach to the study of cancer.  We will explore the molecular changes that take place during the progression of a cell -from normal cell to a malignant tumour.

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