Reading Materials - CDTL - National University of Singapore
Reading Materials - CDTL - National University of Singapore Reading Materials - CDTL - National University of Singapore
Version 2Hard magnetic materials have a number of advantagescompared to soft magnetic materials. Hard magneticmaterials have good magnetic properties such as highcoercivity, high remanence and high energy product. Allthese properties are very important for MEMSapplications. However, the applications of hard magneticmaterials depend on the magnetic properties of materials.For example, CoNi and CoPtP alloys provide the highremanence and high coercivity, so they are used as microactuator[1]. The bulk NdFeB alloys have high coercivity,high remanence and high energy product. Therefore, theyhave been used in micromachining [2]. Also, NiFe alloysare used in microsensors because of their remanence.
Version 3High magnetic materials have a number of advantagescompared to soft magnetic materials. Specifically, hardmagnetic materials such as CoNi, CoPtP, NdFeB, and NiFeexhibit excellent magnetic properties including highcoercivity, high remanence and high energy product.These properties enable hard magnetic materials to beused in various MEMS applications. For example, CoNiand CoPtP alloys, with the properties of high remanenceand high coercivity, can be used as micro-actuator. Thebulk NdFeB alloys, which have high coercivity, highremanence and high energy product, have been used inmicromachining [2]. NiFe alloys, because of theirremanence, are often used in microsensors.
- Page 1 and 2: Dr Deng XudongCentre for English La
- Page 3 and 4: Understanding about reviewTrue or F
- Page 5 and 6: If I can see further it is because
- Page 7 and 8: What needs to be included in LR?•
- Page 9 and 10: Overall StructureIntroductionBody [
- Page 11 and 12: Example of a review articleListener
- Page 13 and 14: Example of a review articleGraphene
- Page 15 and 16: Task 1• Read the whole 3-D paper
- Page 17 and 18: Centrality ClaimsShowing that the g
- Page 19 and 20: Task 2• Read the 3-D paper. For t
- Page 21 and 22: ReviewOrganizingpreviousresearchRep
- Page 23 and 24: Task 3• Read the 3-D paper again.
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- Page 29 and 30: Disciplinary differencesDiscipline
- Page 31 and 32: Purpose1. Outlining purposes/aims,
- Page 33 and 34: Paraphrasing techniques• Changing
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- Page 43 and 44: Maintaining Continuity of Ideas1. T
- Page 45: Version 1Hard magnetic materials ha
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- Page 51 and 52: References• Bailey, S. (2003). Ac
Version 2Hard magnetic materials have a number <strong>of</strong> advantagescompared to s<strong>of</strong>t magnetic materials. Hard magneticmaterials have good magnetic properties such as highcoercivity, high remanence and high energy product. Allthese properties are very important for MEMSapplications. However, the applications <strong>of</strong> hard magneticmaterials depend on the magnetic properties <strong>of</strong> materials.For example, CoNi and CoPtP alloys provide the highremanence and high coercivity, so they are used as microactuator[1]. The bulk NdFeB alloys have high coercivity,high remanence and high energy product. Therefore, theyhave been used in micromachining [2]. Also, NiFe alloysare used in microsensors because <strong>of</strong> their remanence.
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