礦物冶金與材料學報
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礦物冶金與材料學報
關(guān)注()- 期刊周期：雙月刊
- 期刊級別：省級
- 國內(nèi)統(tǒng)一刊號：11-5787/TF
- 國際標準刊號：1674-4799
- 主辦單位：北京科技大學
- 主管單位：教育部
- 上一本期雜志：昆明理工大學學報自然科學版
- 下一本期雜志：攀枝花科技與信息省級科技雜志
《礦物冶金與材料學報》雜志是由中華人民共和國新聞出版總署、正式批準公開發(fā)行的優(yōu)秀期刊，礦物冶金與材料學報雜志具有正規(guī)的雙刊號，其中國內(nèi)統(tǒng)一刊號：cn11-5787/TF，國際刊號：ISSN1674-4799。礦物冶金與材料學報雜志社由中華人民共和國教育部主管、北京科技大學主辦，本刊為月刊，出版地：北京科技大學(北京海淀區(qū)學院路30號)。自創(chuàng)刊以來，被公認譽為具有業(yè)內(nèi)影響力的雜志之一。礦物冶金與材料學報并獲中國優(yōu)秀期刊獎，現(xiàn)中國期刊網(wǎng)數(shù)據(jù)庫全文收錄期刊。
《礦物冶金與材料學報》是由北京科技大學主辦、面向國內(nèi)外專家征稿的綜合性學術(shù)科技期刊，雙月刊，國內(nèi)外公開發(fā)行。《礦物冶金與材料學報》主要刊載礦業(yè)工程(Mineral)、冶金工藝(Metallurgy)、材料科學(Materials)、信息與控制(Information)等領(lǐng)域的最新研究成果。目前，該刊已經(jīng)被SCI，EI，CA，日本《科學技術(shù)文獻速報》，俄羅斯《文摘雜志》等國際著名檢索機構(gòu)收錄。欄目設置礦業(yè)、冶金、材料、數(shù)據(jù)庫收錄國家新聞出版總署、該刊已經(jīng)被SCI，EI，CA，日本《科學技術(shù)文獻速報》，俄羅斯《文摘雜志》等國際著名檢索機構(gòu)收錄
閱讀推薦：當代礦工
《當代礦工》ModernMiner(月刊)1985年創(chuàng)刊，是一本面向我國廣大礦區(qū)讀者的綜合性時政刊物。創(chuàng)刊于1985年6月，二十多年來，擁有了大量并且較為穩(wěn)定的讀者。特別是2001年以來，當代礦工雜志提出“立足煤炭、面向礦業(yè)、走向社會”的辦刊思路，以新穎的內(nèi)容、獨到的視角、靚麗的形象享譽能源礦產(chǎn)業(yè)、金屬礦產(chǎn)業(yè)、非金屬礦產(chǎn)業(yè)。
礦物冶金與材料學報最新期刊目錄
A focused mini-review on high-entropy intermetallics for hydrogen storage
摘要：Intermetallic compounds(IMCs) are considered desirable materials for hydrogen storage. However, traditional hydrogen-storage IMCs have many shortcomings. High-entropy alloys(HEAs), which are composed ...
Fe-containing high-entropy oxides: An advanced material system for lithium-ion battery anodes
摘要：The rapid development of the mobile communication and electric vehicle markets is driving a growing demand for next-generation lithium-ion battery(LIB) technology. Key electrochemical properties of LI...
NiS2–MXene hybrid composite: Facile synthesis and improved hydrogen storage properties of magnesium hydride
摘要：We employed a one-step hydrothermal method to in situ grow spherical NiS2 nanoparticles on the surface of MXene, successfully constructing a NiS2–MXene hybrid composite. This stu...
Multiscale regulation of thermodynamics and kinetics in high-entropy body-centered cubic type hydrogen storage alloys
摘要：The thermodynamic and kinetic properties of body-centered-cubic(BCC) hydrogen storage alloys highly depend on their chemical compositions, making high-entropy alloying a promising strategy for perform...
Surface reconstruction via rapid solution quenching to enhance structural stability of lithium-rich layered cathodes
摘要：Lithium-rich layered oxides are prospective materials for future-generation cathodes attributable to their high specific capacity.However, significant surface instability, particularly under high-volt...
Iron phosphide stabilization strategy enables long-cycling Co-free lithium-rich manganese-based cathode materials
摘要：Co-free lithium-rich manganese-based oxides（LRMOs）, which offer energy densities over 1000 Wh·kg-1 and low raw material cost, are attractive cathode candidates for next generation high-ener...
Self-assembled nanoflower zeolitic imidazolate framework-carbon for superior sodium storage
摘要：Conventional hard carbon anodes, despite their high sodium storage capacity, suffer from two major limitations: sluggish ion diffusion kinetics due to tortuous micropore networks and significant volum...
Promising prospects of transition metal（Ti, Ni, Zr and Nb）-modified V2C MXenes for improving the hydrogen storage performance of magnesium hydride
摘要：The effect of modifying V2C using transition metals（TMs）(Ti, Ni, Zr, and Nb) on the MgH2 dehydrogenation properties was investigated using the density functional theory（DFT）. The...
MXene-supported VHx nanoparticles enhancing hydrogen storage properties of magnesium hydride
摘要：Magnesium hydride（MgH2） is a highly attractive candidate for solid-state hydrogen storage because of its high mass density,excellent cyclic stability, and low cost. However, the commerciali...
Enhancing hydrogen desorption in magnesium hydride via nanosized aluminum catalysts synthesized by electrical explosion of wires:Part 2 – The role of formed defect structure
摘要：The current study presents a composite material based on magnesium hydride with the addition of aluminum, obtained by the method of electrical explosion of wires(EEW). The study demonstrated that the ...
Thermodynamic and kinetic destabilization of Mg solid-solution alloys with nanosized grains for hydrogen storage
摘要：Solid-solution magnesium-based alloys have garnered significant attention for hydrogen storage applications. However, their practical implementation has been limited by their stable thermodynamic prop...
Establishing optical indicators for the state of hydrogen in MgH2
摘要：Accurate determination of the state of hydrogen（SOH） in solid-state hydrogen storage materials is essential not only for optimizing hydrogen release kinetics and enhancing storage efficiency but also ...
Porous（Cu,Ni）/Cu2O heterostructure-induced destabilization of LiBH4 for reversible hydrogen storage
摘要：LiBH4, a solid-state hydrogen storage material with ultra-high theoretical hydrogen capacity, is seriously hindered for the practical applications by its high thermodynamic stability and sl...
Phase structure evolution and performance divergence in AB2-type alloys induced by Al and Fe elemental substitution
摘要：This work investigated the crystal structure, hydrogen storage, and electrochemical properties of the Ti0.2Zr0.8(V0.2Mn0.8)1-xMx Ni Enhancing the activation and cycling properties of V-based alloys by trace Ce doping 摘要：This study focused on improving the activation property and cycling stability of V78Ti6Cr16 alloy through trace Ce doping.V78Ti6Cr16Ce... Low-temperature synthesis of graphite with fast ion storage kinetics from greenhouse gas for electrochemical energy storage 摘要：Conventional graphite synthesis involves CO2 emission and a graphitization process at a high temperature of ～3000℃. Herein,we report a new method to synthesize high-performance graphite ano... Achieving battery-level energy density in carbon/metal sulfide asymmetric supercapacitors using organic radicals 摘要：Asymmetric supercapacitors（ASCs） are promising candidates for high-power output applications; however, their theoretical capacity remains largely unrealized owing to the low specific capacity of carbo... Self-supported metal aerogel electrocatalysts for oxygen reduction reaction:Opportunities and challenges 摘要：The development of highly active and stable electrocatalysts for the oxygen reduction reaction(ORR) remains a challenging task for improving the efficiency of fuel cells. Although Pt and Pt–transition... Instructions for Authors 摘要：<正>International Journal of Minerals, Metallurgy and Materials is dedicated to the publication and the dissemination of original research articles(and occasional invited reviews) in the fields o... Advanced PEO/SN/LLZTO artificial solid electrolyte interphase for long-cycling lithium metal batteries 摘要：Lithium metal batteries have been widely used in energy storage applications owing to their high theoretical energy density.However, the unstable solid electrolyte interphase（SEI） in the batteries lea... 相關(guān)科技期刊推薦 核心期刊推薦
