连铸论文

熔化的引证解释是：⒈固体加热到一定的程度变成液体。熔化的引证解释是：⒈固体加热到一定的程度变成液体。注音是：ㄖㄨㄥ_ㄏㄨㄚ_。结构是：熔(左右结构)化(左右结构)。拼音是：rónghuà。词性是：动词。熔化的具体解释是什么呢，我们通过以下几个方面为您介绍：一、词语解释【点此查看计划详细内容】熔化rónghuà。(1)通常由于热的作用而从固态变为液体或气体。(2)加热变成流体。二、国语词典固体加热到一定温度时变成液体。词语翻译英语tomelt(ofice,metalsetc)_德语Schmelzung(S)_,Verschmelzung(S)_,schmelzen(Stahl,Kupfer,Metall)_(V)_,flüssig(Adj)_,schmelzend(Adj)_法语Fusion(physique)_三、网络解释熔化熔化是指对物质进行加热，使物质从固态变成液态的过程。它是物态变化中比较常见的类型。熔化需要吸收热量，是吸热过程。晶体有一定的熔化温度，叫做熔点。非晶体没有一定的熔化温度。熔化的逆过程是凝固。关于熔化的近义词消溶溶化熔解熔化融解溶解融化关于熔化的反义词凝结凝固关于熔化的单词fuserunfluxmeltdownmeltthawing关于熔化的成语熔今铸古化日光天陶熔鼓铸观化听风梗顽不化落日熔金化枭为鸠泥古不化熔于一炉杖化龙关于熔化的词语化日光天观化听风伤风败化熔古铸今泥古不化熔今铸古杖化龙化枭为鸠梗顽不化陶熔鼓铸关于熔化的造句1、本论文重点研究满足薄板坯连铸条件的无氟保护渣，着重研究了其熔化温度、熔化速度和粘度。2、天才的聪明之处在于他懂得如何使用书籍之火熔化无知的晶体。3、我们的使命是照亮整个世界，熔化世上的黑暗，找到自己和世界之间的和谐，建立自己内心的和谐。4、各种蠢事，在每天阅读好书的影响下，仿佛烤在火上一样，渐渐地熔化。5、钢铁强，但是烈火可以熔化它。点此查看更多关于熔化的详细信息

中国知网上面太多了你这个类型的，有条件的话从你们学校的电子阅览室下载，是免费的

近期发表的部分论文：国外期刊1. H. Hao, . Maijer, . Wells, A. Phillion and . Cockcroft， Modeling the Stress-Strain Behavior and Hot Tearing During Direct Chill Casting of an AZ31 Magnesium Billet，Metallurgical and Materials Transactions. A , 2010, , p2067-2077. SCI/EI，SCI Impact factor: . , D. Maijer and R. Rogge, Investigation of residual strains by neutron diffraction in an AZ31 direct chill cast billet, NDT&E International, 2009, , p704-712. SCI/ EI, SCI Impact factor:. H. Hao, . Zhang, S. Yao and . Jin, Improvement of casting speed and billet quality of direct chill cast aluminum wrought alloy with combination of slit mold and electromagnetic coil, Materials Transactions, 2007, , , p2194-2201. SCI/ EI, SCI Impact factor:. H. Hao, . Zhang, . Park, . Kim, S. Yao, and . Jin, Effects of High Frequency Electromagnetic Field on Improving Macro/micro Structure and Reducing Segregation for Aluminum Alloy Billets, Materials Science Forum, 2006, , p1759-1764. SCI/ISTP/EI，SCI Impact factor: . H. Hao, . Maijer, . Wells, . Cockcroft, and S. Hibbins, Development and validation of a thermal model of the direct chill casting of AZ31 magnesium billets, Metallurgical and Materials Transactions. A, , 2004, P3843-3854. SCI/EI，SCI Impact factor: . . Kim and H. Hao, “Microstructure and fatigue characteristics of direct chill cast and electromagnetic cast 2024 Al alloy”, Metallurgical and Materials Transactions. A, , , 2003, P1537-1543. SCI/EI，SCI Impact factor: . H. Hao, . Zhang, . Park, . Kim, and . Jin, “Twin-strand technology and microstructure analysis for the electromagnetic near net-shape casting of aluminum alloy”, Journal of Materials Processing Technology, Vol. 142, , 2003, P526-531. SCI/ EI，SCI Impact factor: . H. Hao, . Park, . Kim, . Jin, “Numerical simulation of solidification process in the electromagnetic casting of aluminum and testing against a pilot-scale caster”, International Journal of Cast Metals Research, , , 2002, P363-366. SCI9. H. Hao, . Park, . Kim, . Cho, . Jin, “Solidification characteristics of continuously cast aluminum alloy by imposing the higher frequency electromagnetic field”, International Journal of Cast Metals Research, , , 2002, P371-375. . H. Hao, . Jin, . Zhang, “Joule heating in electromagnetic casting”, Science and Technology of Advanced Materials, , , 2001, P93-96. EI PAGE ONE.国内期刊11. . Shi（研究生）, H. Hao（通讯作者）, . Zhang, . Fang, S. Yao and . Jin, A 3-D mathematical model of thermal field evolution in the direct chill casting of superlight magnesium alloy slabs，Rare Metal Materials and Engineering, 2009, , , p203-208. SCI/EI, SCI Impact factor: . . Ma（研究生）, H. Hao（通讯作者）, . Dong, . Zhang, . Jin, Effects of electromagnetic field on structure and heat treatment behavior of Mg-Li-Al alloys, Transactions of Nonferrous Metals Society of China, 2008, , S1, p96-100. SCI, SCI Impact factor:. 史淑艳（研究生），郝海（通讯作者），马蕾娟，张兴国，金俊泽, 工艺参数对超轻LA141合金板坯直冷连铸温度场的影响，机械工程材料，2008，, , . . Fang, . Zhang, H. Hao. . Ji and . Jin, Effects of high magnetic field on solidification and corrosion behaviors of magnesium alloys, Journal of Materials Science & Technology, 2007, , , P806-810. SCI/EI . . Wang（研究生）, . Fang, H. Hao and . Wang et al., Effects of trace Zr on the microstructure and properties of 2E12 alloy, Rare Metals, 2009, , , P511-515. SCI, SCI Impact factor: