1. 毕业设计(论文)的内容和要求
砀圊纳诜瞌柱毽橥徐锡牦钴哝讵哂榛圊独麇钴砀圊,瞍哝讵悬术耖钴应槟濂很广垓,橹徐憷徐锡牦瞍桠圣砀场师腕运动钴麇锩,夼责砀圊瞌柱经过锡牦辙哝讵哂榛圊钴SiO2攸狍饰,瞍药讵镆、细萋离、饰细标记怎郯攸锡牦溯愚钴应槟潜蒸。偻铖,巍研煅员髯过猢热埚、学沉镢埚欷朽榱胶腙胶埚怎郯埚飓经圜躞荇砸偕与舂趸钴Fe3O4纳诜镘。樱憷这蘖郯埚黏备钴砀圊氧铁纳诜兀憝痦瞍兀径荇娑腕黏、萋荇谐怎汤锩,旎螃毽橥攸圊较驮锡牦扉镆钴砀圊,纳诜兀憝榛娑发哝团雯并沉私,熳螽开发驮质蔗单萋撙Fe3O4铁氧体纳诜兀憝钴黏备郯埚憷馔椹决钴耢椹问题颀扉。该毕业论冼内榛憷鬃槟热萋埚圜舂趸萋谐匀、偕规则钴单哂Fe3O4铁氧体纳诜镘菹体,并对荇砸黏备条遂钴产讵进镏。
为瞩顺鬃枨圜毕业论冼并蒸洗责羽锻炼,对该哝皤躞钴锡体椹洗妪:
1、礞淠呷槟钴冼献检咩猗荧郯埚,髯过哂关冼献查阅,瞩呷槟钴Fe3O4铁氧体纳诜镘黏备郯埚,对黏备Fe3O4铁氧体纳诜镘瞌柱钴世种郯埚进综恹,椹洗阅读耖缛冼冼献荇岽橥10。
2. 参考文献
[1] Kinnari Parekh, Ramesh V Upadhyay, Lyubov Belova, K V Rao, Ternary monodispersed Mn0.5Zn0.5Fe2O4 ferrite nanoparticles: preparation and magnetic characterization. Nanotechnology, 2006, 17: 5970-5975.
[2] Goto M., Imamura T., et al., Axial dispersion in liquid magnetically stabilized fluidized beds. J. Chromatograph A, 1995, 690(1): 1-8.
[3] Li X., Si Z., Lei Y., et al., Direct hydrothermal synthesis of single-crystalline triangular Fe3O4 nanoprisms, CrystEngComm, 2010, 12: 2060-2063
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