intermetallics期刊

發布時間: 2021-03-06 01:58:33

❶ 請問葯物合成方面的研究新化合物作用的SCI雜志有哪些，謝謝

❷ 馮強的社會兼職

2004/1 - 今, 美國礦物、金屬和材料學會（TMS）高溫合金委員會理事2004/1 - 今, 美國礦物、金屬和材料學會(TMS)材料力學行為委員會理事2008/2 - 今，中國材料研究學會(C-MRS) 副秘書長、理事、常務理事2008/12 - 今，中國材料研究學會(C-MRS)青年工作委員會常務理事2009/1 - 2012/12，國際材料研究聯合會(IUMRS) 執委(共7人)兼秘書2009/6 - 今，北京科技大學材料科學與工程學位分委會成員2010/1 - 今，《Progress in Natural Science: Materials International》編委2010/1 - 2014/12，稀貴金屬綜合利用新技術國家重點實驗室學術委員會委員2011/1 - 2012/12，首鋼發展戰略咨詢委員會委員2011/2 - 今，北京市科學技術獎評審專家2012/3 - 今，國家科學技術獎勵評審專家2012/6 - 今，國家國際科技專項項目評審專家（科技部）多種國內外學術期刊的審稿人, 其中包括：Metallurgical and Materials Transactions A，Materials Science and Engineering A, Intermetallics, Scripta Materialia, Journal of Alloy Compounds和金屬學報等。

❸ 高分請朋友幫忙檢索文獻翻譯的英文原文【時間緊迫，好必追加】

Title: PROCESS FOR THE DIRECT SYNTHESIS OF TRIALKOXYSILANE

Abstract: The Direct Synthesis of trialkoxysilane is carried out by concting the Direct Synthesis reaction of silicon and alcohol, optionally in solvent, in the presence of a catalytically effective amount of Direct Synthesis catalyst and an effective catalyst- promoting amount of Direct Synthesis catalyst promoter, said promoter being an organic or inorganic compound possessing at least one phosphorus-oxygen bond.
具體請自己查找

PROCESS FOR THE DIRECT SYNTHESIS OF TRIALKOXYSILANE

CROSS REFERENCE TO RELATED APPLICATION

This application claims priority to U.S. provisional application Serial No. 60/716,728, filed September 13, 2005, the entire contents of which are incorporated by reference herein.

FIELD OF THE INVENTION

This invention relates to the Direct Synthesis of trialkoxysilane by the catalyzed reaction of silicon with alcohol. In particular, the Direct Synthesis process of the present invention employs organic and inorganic phosphorus compounds such as copper phosphates, trialkyl phosphates and dialkyl phosphites to increase the reaction rate, promote selectivity to trialkoxysilane, control formation of tetraalkoxysilane and improve reaction stability in batchwise, semi-continuous and continuous operations.

BACKGROUND OF THE INVENTION

Trialkoxysilanes, especially trimethoxysilane, triethoxysilane and tri(isopropoxy)silane, are used in the proction of silane coupling agents. One method of synthesis of trialkoxysilanes is directly from silicon and an alcohol in the presence of copper or a copper compound. This method is known variously in the art as the Direct Synthesis, the Direct Reaction, the Direct Process or the Rochow Reaction. For trialkoxysilanes, it is most conveniently performed in slurry reactors.

In a slurry reactor for the Direct Synthesis of trialkoxysilane, catalytically- activated silicon particles are maintained in suspension in a thermally stable, high boiling solvent and are made to react with an alcohol at an elevated temperature. The proct stream exiting the reaction zone comprises a mixture of unreacted alcohol, trialkoxysilane, tetraalkoxysilane, alkyldialkoxysilane, alkyltrialkoxysilane and condensed silicates. Trialkoxysilane is usually the desired proct. However, there are instances in which the tetraalkoxysilanes and alkyldialkoxysilanes are also sought and methods and processes which increase the formation of these co-procts are

known in the art. The trialkoxysilane proct and desired co-procts are typically recovered by distillation.

The rate of the Direct Synthesis of a trialkoxysilane is the temporal consumption of the raw materials (that is, alcohol or silicon), or the temporal formation of procts (trialkoxysilane,optionally including by-procts). Familiar units are weight percent silicon conversion per hour, or kilograms proct per kilogram silicon per hour.

Selectivity is the preference for the trialkoxysilane under the reaction conditions. It is expressed herein as the gravimetric ratio trialkoxysilane/ tetraalkoxysilane. Alternatively, selectivity can be expressed as mole percentage, i.e., 100 moles trialkoxysilane/ molar sum of all silicon-containing procts.

Stability is the maintenance of desirable rate and selectivity until all raw materials are consumed, or consumed beyond a preset criterion. The progress of the Direct Synthesis can be monitored by determining proct composition and/or reaction rate as a function of time or silicon conversion. In general, the reaction profile shows an initial period (referred to as the inction period) of increasing rate and increasing trialkoxysilane concentration in the reaction mixture, after which the reaction settles into a steady state. In this state, the composition of the reaction mixture remains approximately constant. A period of declining rate and decreasing trialkoxysilane content in the proct mixture follows the steady state.

It is generally accepted that the actual catalysts in the Direct Synthesis of silicon are the copper-silicon alloys or intermetallics and solid solutions formed by the diffusion of copper into silicon, or by the reaction of copper compounds with silicon. Thus, the copper-containing raw materials effective in activating silicon for the Direct Synthesis with alcohols are all catalyst precursors and will be referred to as such. A wide variety of such precursors has been disclosed in the prior art.

U.S. Patent No. 3,641,077 discloses the slurry-phase preparation of trialkoxysilanes by directly reacting copper-silicon mass, suspended in silicone oil, with alcohol at 250 - 3000C. The copper-silicon mass contains about 10 weight percent copper and is

prepared by heating copper and silicon above 1000°C in a furnace in a stream of hydrogen gas.

U.S. Patent No. 3,775,457 discloses the use of cuprous chloride and HF or HCl in the slurry-phase Direct Synthesis of silicon and alcohols. Ammonium chloride is used to restore waning reactivity.

Japanese Patent Publication 55-28929 (1980) acknowledges that activation of silicon with CuCl does not always lead to desirable rate and selectivity. The patent teaches treatment of CuCl with nitriles, naphthalenes, biphenyls and anthracenes prior to its use in the Direct Synthesis.

Japanese Patent Publication 55-2641 (1980) discloses the use of cyclic ethers such as dibenzo-18-crown-6 to improve the reaction rate and the yield of trialkoxysilane.

U.S. Patent No. 5,362,897 discloses the use of specially prepared "wet process" CuCl, in preference to commercial "dry process" CuCl, and silicon containing 0.30 - 0.37 weight percent aluminum to obtain high reaction rates and silicon conversions. "Wet process" CuCl is defined (column 2, lines 51 - 54) as that "prepared through the steps of crystallization and separation and drying. Dry process CuCl is prepared from metallic copper and chlorine gas (column 2, lines 62 - 65).

U.S. Patent No. 5,527,937 discloses a slurry-phase process for the Direct Synthesis of triethoxysilane wherein CuCl is the copper source, tri- and tetra- toluenes and/or their alkyl-substituted derivatives are the solvents and dimethylsilicone oils are employed as antifoaming agents. The method by which CuCl was prepared is not disclosed.

Japanese Patent Application 3-354055 (1991) discloses the use of copper alkoxides, with or without copper chlorides, as catalyst precursors for the Direct Synthesis of trialkoxysilanes.

Japanese Patent Application 6-306083 (1994) discloses improved selectivity and rate for the Direct Synthesis of trialkoxysilanes are realized when a an organosulfur compound such as a mercaptan, disulfide, thioheterocyclic (e.g.,thiophene) or and Cu(II) thio-complex (e.g., bis(4-methylthiophenol)copper(II) is present in the reaction

slurry catalyzed with a copper alkoxide. The patent discloses that appropriate quantities of these compounds can be added to the reaction when selectivity has decreased. Alternatively, the compounds can be introced at the outset of the reaction or continuously in the alcohol feed.

Japanese Patent Application 10-168084 (1998) and Japanese Patent Application 10 - 338696 (1998) both disclose cupric oxide having a water content of less than 3000 parts per million and an average particle size of 0.1 - 50 micrometers as the catalyst precursor in a process for manufacturing trialkoxysilanes.

U.S. Patent No. 6,727,375 and Standke et al., Silicon for the Chemical Instry VI, pp. 225 - 231 (2002), disclose processes for the
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❹ ei，sci收錄論文的刊物

下面都是材料學的刊物,很多喲。

序號雜志全名中譯名
1 NATURE 自然
2 SCIENCE 科學
3 SURFACE SCIENCE REPORTS 表面科學報告
4 PROGRESS IN MATERIALS SCIENCE 材料科學進展
5 PROGRESS IN SURFACE SCIENCE 表面科學進展
6 PHYSICAL REVIEW LETTERS 物理評論快報
7 MATERIALS SCIENCE & ENGINEERING R-REPORTS 材料科學與工程報告
8 ADVANCES IN POLYMER SCIENCE 聚合物科學發展
9 ADVANCED MATERIALS 先進材料
10 ANNUAL REVIEW OF MATERIALS SCIENCE 材料科學年度評論
11 APPLIED PHYSICS LETTERS 應用物理快報
12 PROGRESS IN POLYMER SCIENCE 聚合物科學進展
13 CHEMISTRY OF MATERIALS 材料化學
14 PHYSICAL REVIEW B 物理評論B
15 ADVANCES IN CHEMICAL PHYSICS 物理化學發展
16 JOURNAL OF MATERIALS CHEMISTRY 材料化學雜志
17 ACTA MATERIALIA 材料學報
18 MRS BULLETIN 材料研究學會（美國）公告
19 BIOMATERIALS 生物材料
20 CARBON 碳
21 SURFACE SCIENCE 表面科學
22 JOURNAL OF APPLIED PHYSICS 應用物理雜志
23 CHEMICAL VAPOR DEPOSITION 化學氣相沉積
24 JOURNAL OF BIOMEDICAL MATERIALS RESEARCH 生物醫學材料研究
25 IEEE JOURNAL OF QUANTUM ELECTRONICS IEEE量子電子學雜志
26 CURRENT OPINION IN SOLID STATE & MATERIALS SCIENCE 固態和材料科學的動態
27 DIAMOND AND RELATED MATERIALS 金剛石及相關材料
28 ULTRAMICROSCOPY 超顯微術
29 EUROPEAN PHYSICAL JOURNAL B 歐洲物理雜志 B
30 JOURNAL OF THE AMERICAN CERAMIC SOCIETY 美國陶瓷學會雜志
31 APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING 應用物理A－材料科學和進展
32 NANOTECHNOLOGY 納米技術
33 JOURNAL OF VACUUM SCIENCE & TECHNOLOGY B 真空科學與技術雜志B
34 JOURNAL OF MATERIALS RESEARCH 材料研究雜志
35 PHILOSOPHICAL MAGAZINE A-PHYSICS OF CONDENSED MATTER STRUCTURE DEFECTS AND MECHANICAL PROPERTIES 哲學雜志A凝聚態物質結構缺陷和機械性能物理
36 INTERNATIONAL JOURNAL OF NON-EQUILIBRIUM PROCESSING 非平衡加工技術國際雜志
37 JOURNAL OF NEW MATERIALS FOR ELECTROCHEMICAL SYSTEMS 電化學系統新材料雜志
38 JOURNAL OF VACUUM SCIENCE & TECHNOLOGY A-VACUUM SURFACES AND FILMS 真空科學與技術A真空表面和薄膜
39 DENTAL MATERIALS 牙齒材料
40 JOURNAL OF ELECTRONIC MATERIALS 電子材料雜志
41 JOURNAL OF NUCLEAR MATERIALS 核材料雜志
42 INTERNATIONAL MATERIALS REVIEWS 國際材料評論
43 JOURNAL OF NON-CRYSTALLINE SOLIDS 非晶固體雜志
44 JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS 磁學與磁性材料雜志
45 OPTICAL MATERIALS 光學材料
46 IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY IEEE應用超導性會刊
47 METALLURGICAL AND MATERIALS TRANSACTIONS A-PHYSICAL METALLURGY AND MATERIAL 冶金與材料會刊A——物理冶金和材料
48 THIN SOLID FILMS 固體薄膜
49 JOURNAL OF PHYSICS D-APPLIED PHYSICS 物理雜志D——應用物理
50 INTERMETALLICS 金屬間化合物
51 PHILOSOPHICAL MAGAZINE B-PHYSICS OF CONDENSED MATTER STATISTICAL MECHANICS 哲學雜志B－凝聚態物質統計力學
52 SURFACE & COATINGS TECHNOLOGY 表面與塗層技術
53 JOURNAL OF BIOMATERIALS SCIENCE-POLYMER EDITION 生物材料科學—聚合物版
54 MATERIALS RESEARCH INNOVATIONS 材料研究創新
55 BIOMETALS 生物金屬
56 INTERNATIONAL JOURNAL OF PLASTICITY 塑性國際雜志
57 SMART MATERIALS & STRUCTURES 智能材料與結構
58 ADVANCES IN IMAGING AND ELECTRON PHYSICS 成像和電子物理發展
59 SYNTHETIC METALS 合成金屬
60 JOURNAL OF MATERIALS SCIENCE-MATERIALS IN MEDICINE 材料科學雜志—醫用材料
61 SCRIPTA MATERIALIA 材料快報
62 COMPOSITES PART A-APPLIED SCIENCE AND MANUFACTURING 復合材料 A應用科學與制備
63 MODERN PHYSICS LETTERS A 現代物理快報A
64 SEMICONDUCTOR SCIENCE AND TECHNOLOGY 半導體科學與技術
65 JOURNAL OF THE EUROPEAN CERAMIC SOCIETY 歐洲陶瓷學會雜志
66 APPLIED SURFACE SCIENCE 應用表面科學
67 MATERIALS TRANSACTIONS JIM 日本金屬學會材料會刊
68 PHYSICA STATUS SOLIDI A-APPLIED RESEARCH 固態物理A——應用研究
69 MATERIALS SCIENCE AND ENGINEERING B-SOLID STATE MATERIALS FOR ADVANCED TECH 材料科學與工程B—先進技術用固體材料
70 CORROSION SCIENCE 腐蝕科學
71 JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS 固體物理與化學雜志
72 JOURNAL OF ADHESION SCIENCE AND TECHNOLOGY 粘著科學與技術雜志
73 INTERNATIONAL JOURNAL OF REFRACTORY METALS & HARD MATERIALS 耐火金屬和硬質材料國際雜志
74 SURFACE AND INTERFACE ANALYSIS 表面與界面分析
75 INTERNATIONAL JOURNAL OF INORGANIC MATERIALS 無機材料國際雜志
76 SURFACE REVIEW AND LETTERS 表面評論與快報
77 MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROST 材料科學和工程A—結構材料的性能、組織與加工
78 NANOSTRUCTURED MATERIALS 納米結構材料
79 IEEE TRANSACTIONS ON ADVANCED PACKAGING IEEE高級封裝會刊
80 INTERNATIONAL JOURNAL OF FATIGUE 疲勞國際雜志
81 JOURNAL OF ALLOYS AND COMPOUNDS 合金和化合物雜志
82 JOURNAL OF NONDESTRUCTIVE EVALUATION 無損檢測雜志
83 MATERIALS SCIENCE & ENGINEERING C-BIOMIMETIC AND SUPRAMOLECULAR SYSTEMS 材料科學與工程C—仿生與超分子系統
84 JOURNAL OF ELECTROCERAMICS 電子陶瓷雜志
85 ADVANCED ENGINEERING MATERIALS 先進工程材料
86 IEEE TRANSACTIONS ON MAGNETICS IEEE磁學會刊
87 PHYSICA STATUS SOLIDI B-BASIC RESEARCH 固態物理B—基礎研究
88 JOURNAL OF THERMAL SPRAY TECHNOLOGY 熱噴塗技術雜志
89 MECHANICS OF COHESIVE-FRICTIONAL MATERIALS 粘著磨損材料力學
90 ATOMIZATION AND SPRAYS 霧化和噴塗
91 COMPOSITES SCIENCE AND TECHNOLOGY 復合材料科學與技術
92 NEW DIAMOND AND FRONTIER CARBON TECHNOLOGY 新型金剛石和前沿碳技術
93 MODELLING AND SIMULATION IN MATERIALS SCIENCE AND ENGINEERING 材料科學與工程中的建模與模擬
94 INTERNATIONAL JOURNAL OF THERMOPHYSICS 熱物理學國際雜志
95 JOURNAL OF SOL-GEL SCIENCE AND TECHNOLOGY 溶膠凝膠科學與技術雜志
96 HIGH PERFORMANCE POLYMERS 高性能聚合物
97 MATERIALS CHEMISTRY AND PHYSICS 材料化學與物理
98 METALLURGICAL AND MATERIALS TRANSACTIONS B-PROCESS METALLURGY AND MATERIALS 冶金和材料會刊B—制備冶金和材料制備科學
99 COMPOSITES PART B-ENGINEERING 復合材料B工程
100 CEMENT AND CONCRETE RESEARCH 水泥與混凝土研究
101 JOURNAL OF COMPOSITE MATERIALS 復合材料雜志
102 JOURNAL OF MATERIALS SCIENCE 材料科學雜志
103 JOURNAL OF ENGINEERING MATERIALS AND TECHNOLOGY-TRANSACTIONS OF THE ASME 工程材料與技術雜志—美國機械工程師學會會刊
104 MATERIALS RESEARCH BULLETIN 材料研究公告
105 JOM-JOURNAL OF THE MINERALS METALS & MATERIALS SOCIETY 礦物、金屬和材料學會雜志
106 JOURNAL OF BIOMATERIALS APPLICATIONS 生物材料應用雜志
107 FATIGUE & FRACTURE OF ENGINEERING MATERIALS & STRUCTURES 工程材料與結構的疲勞與斷裂
108 JOURNAL OF ADHESION 粘著雜志
109 COMPUTATIONAL MATERIALS SCIENCE 計算材料科學
110 IEEE TRANSACTIONS ON SEMICONDUCTOR MANUFACTURING IEEE半導體製造會刊
111 MECHANICS OF COMPOSITE MATERIALS AND STRUCTURES 復合材料和結構力學
112 PHASE TRANSITIONS 相變
113 MATERIALS LETTERS 材料快報
114 EUROPEAN PHYSICAL JOURNAL-APPLIED PHYSICS 歐洲物理雜志—應用物理
115 PHYSICA B 物理B
116 ADVANCED COMPOSITES LETTERS 先進復合材料快報
117 POLYMER COMPOSITES 聚合物復合材料
118 CORROSION 腐蝕
119 PHYSICS AND CHEMISTRY OF GLASSES 玻璃物理與化學
120 JOURNAL OF MATERIALS SCIENCE-MATERIALS IN ELECTRONICS 材料科學雜志—電子材料
121 COMPOSITE INTERFACES 復合材料界面
122 AMERICAN CERAMIC SOCIETY BULLETIN 美國陶瓷學會公告
123 APPLIED COMPOSITE MATERIALS 應用復合材料
124 RESEARCH IN NONDESTRUCTIVE EVALUATION 無損檢測研究
125 PROGRESS IN CRYSTAL GROWTH AND CHARACTERIZATION OF MATERIALS 晶體生長和材料表徵進展
126 JOURNAL OF COMPUTER-AIDED MATERIALS DESIGN 計算機輔助材料設計雜志
127 CERAMICS INTERNATIONAL 國際陶瓷
128 POLYMER TESTING 聚合物測試
129 ADVANCED PERFORMANCE MATERIALS 先進性能材料
130 SEMICONDUCTORS 半導體
131 URNAL OF BIOACTIVE AND COMPATIBLE POLYMERSJO 生物活性與兼容性聚合物雜志
132 HIGH TEMPERATURE MATERIALS AND PROCESSES 高溫材料和加工
133 ADVANCES IN POLYMER TECHNOLOGY 聚合物技術發展
134 COMPOSITE STRUCTURES 復合材料結構
135 JOURNAL OF THE CERAMIC SOCIETY OF JAPAN 日本陶瓷學會雜志
136 BIO-MEDICAL MATERIALS AND ENGINEERING 生物醫用材料與工程
137 INTERNATIONAL JOURNAL OF MODERN PHYSICS B 現代物理國際雜志B
138 INTERNATIONAL JOURNAL OF THEORETICAL PHYSICS 理論物理國際雜志
139 INTEGRATED FERROELECTRICS 集成鐵電材料
140 MAGAZINE OF CONCRETE RESEARCH 混凝土研究雜志
141 ACI MATERIALS JOURNAL 美國混凝土學會材料雜志
142 JOURNAL OF MATERIALS SCIENCE LETTERS 材料科學雜志快報
143 FERROELECTRICS 鐵電材料
144 BULLETIN OF MATERIALS SCIENCE 材料科學公告
145 MATERIALS SCIENCE FORUM 材料科學論壇
146 JSME INTERNATIONAL JOURNAL SERIES A-SOLID MECHANICS AND MATERIAL ENGINEERIN 日本機械工程學會國際雜志系列A－固體力學與材料工程
147 MATERIALS CHARACTERIZATION 材料表徵
148 SYNTHESIS AND REACTIVITY IN INORGANIC AND METAL-ORGANIC CHEMISTRY 無機物及金屬—有機物化學的合成和反應
149 MATERIALS AT HIGH TEMPERATURES 高溫材料
150 HIGH TEMPERATURES-HIGH PRESSURES 高溫—高壓
151 JOURNAL OF COMPOSITES TECHNOLOGY & RESEARCH 復合材料技術與研究雜志
152 ACI STRUCTURAL JOURNAL 美國混凝土學會結構雜志
153 MATERIALS & DESIGN 材料與設計
154 MATERIALS AND STRUCTURES 材料與結構
155 MATERIALS SCIENCE IN SEMICONDUCTOR PROCESSING 半導體加工的材料科學
156 BRITISH CERAMIC TRANSACTIONS 英國陶瓷會刊
157 MECHANICS OF COMPOSITE MATERIALS 復合材料力學
158 JOURNAL OF COATINGS TECHNOLOGY 塗層技術雜志
159 JOURNAL OF REINFORCED PLASTICS AND COMPOSITES 增強塑料和復合材料雜志
160 MATERIALS AND CORROSION-WERKSTOFFE UND KORROSION 材料與腐蝕
161 SCIENCE IN CHINA SERIES E-TECHNOLOGICAL SCIENCES 中國科學E技術科學
162 CEMENT & CONCRETE COMPOSITES 水泥與混凝土復合材料
163 MATERIALS EVALUATION 材料評價
164 POLYMERS & POLYMER COMPOSITES 聚合物與聚合物復合材料
165 JOURNAL OF MATERIALS SYNTHESIS AND PROCESSING 料合成與加工雜志
166 ADVANCED COMPOSITE MATERIALS 先進復合材料
167 INTERNATIONAL JOURNAL OF MATERIALS & PRODUCT TECHNOLOGY 材料與生產技術國際雜志
168 JOURNAL OF MATERIALS IN CIVIL ENGINEERING 土木工程材料雜志
169 HIGH TEMPERATURE MATERIAL PROCESSES 高溫材料加工
170 CONSTRUCTION AND BUILDING MATERIALS 結構與建築材料
171 HIGH TEMPERATURE 高溫
172 RARE METAL MATERIALS AND ENGINEERING 稀有金屬材料與工程
173 INORGANIC MATERIALS 無機材料
174 SCIENCE AND TECHNOLOGY OF WELDING AND JOINING 焊接科學與技術
175 MATERIALS AND MANUFACTURING PROCESSES 材料與製造工藝
176 FERROELECTRICS LETTERS SECTION 鐵電材料快報
177 JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY 材料科學與技術雜志
178 JOURNAL OF MATERIALS ENGINEERING AND PERFORMANCE 材料工程與性能雜志
179 METALS AND MATERIALS INTERNATIONAL 國際金屬及材料
180 GLASS TECHNOLOGY 玻璃技術
181 JOURNAL OF MATERIALS PROCESSING TECHNOLOGY 材料加工技術雜志
182 JOURNAL OF POLYMER MATERIALS 聚合物材料雜志
183 ADVANCED POWDER TECHNOLOGY 先進粉末技術
184 JOURNAL OF ADVANCED MATERIALS 先進材料雜志
185 SYNTHESE 合成
186 GLASS SCIENCE AND TECHNOLOGY-GLASTECHNISCHE BERICHTE 玻璃科學與技術
187 JOURNAL OF TESTING AND EVALUATION 測試及評價雜志
188 MATERIALS SCIENCE AND TECHNOLOGY 材料科學與技術
189 POWDER METALLURGY AND METAL CERAMICS 粉末冶金及金屬陶瓷
190 MATERIALS SCIENCE 材料科學
191 MATERIALS TECHNOLOGY 材料技術
192 ADVANCED MATERIALS & PROCESSES 先進材料及工藝
193 RARE METALS 稀有金屬
194 JOURNAL OF WUHAN UNIVERSITY OF TECHNOLOGY-MATERIALS SCIENCE EDITION 武漢理工大學學報-材料科學版
195 PLATING AND SURFACE FINISHING 電鍍和表面修整
196 JOURNAL OF INORGANIC MATERIALS 無機材料雜志
197 MATERIALS WORLD 材料世界
198 METAL SCIENCE AND HEAT TREATMENT 金屬科學及熱處理
199 METALL 金屬
200 MATERIALS PERFORMANCE 材料性能
201 JOURNAL OF MATERIALS PROCESSING & MANUFACTURING SCIENCE 材料加工與製造科學雜志
202 SCIENCE AND ENGINEERING OF COMPOSITE MATERIALS 復合材料科學與工程
203 IEEE TRANSACTIONS ON COMPONENTS AND PACKAGING TECHNOLOGIES IEEE元件及封裝技術會刊
204 JOCCA-SURFACE COATINGS INTERNATIONAL JOCCA—國際表面塗層
205 ADVANCED FUNCTIONAL MATERIALS 先進功能材料
206 ANNUAL REVIEW OF MATERIALS RESEARCH 材料研究年度評論
207 MATERIALS TRANSACTIONS 材料會刊

❺ 楊軍的研究成果

率先利用燃抄燒合成制備了納米晶Fe3Al材料，推動和發展了該項技術，成功制備多種高強高韌納米晶材料，並且較系統地研究了其摩擦學性能；系統研究了高強度Fe-Al基金屬間化合物及其復合材料的制備和摩擦學性能；制備了同時具有高強度和優異潤滑性能的鎳基高溫自潤滑復合材料，室溫至800℃平均摩擦系數小於0.25；所制備材料在某型號裝備獲得成功應用。研究結果在Adv Mater、Scripta Mater、Intermetallics和Wear等國際知名期刊合作發表SCI收錄論文60餘篇，第一和通訊作者30餘篇，合作申報中國發明專利18件，其中授權7件，應邀參與編寫英文專著1章。

❻ 冶金類頂級期刊有哪些

1、cta materialia 材料學報
751C0006 英國

2 、Synthetic metals 合成金屬
751LD053 瑞士

3、 Scripta materialia 材料學刊
751C0009 英國

4、 Applied surface science 應用表面科學
539LB051 荷蘭

5 、Metallurgical and materials transactions．A，Physical metallurgy and materials science
冶金學與材料匯刊．A輯，物理冶金學與材料科學
751B0002-1 美國

6、 Journal of alloys and compounds 合金與化合物雜志
764LD001 瑞士

7、 International materials reviews 國際材料評論
751C0011 英國

8、 Intermetallics 金屬間化合物
751C0069 英國

9、 Materials transactions 日本金屬學會材料匯刊
751D0055 日本

10、 JOM 礦物、金屬與材料學會會刊
764B0001 美國

11、 Metallurgical and materials transactions．B，Process metallurgy and materials processing science 冶金學與材料匯刊．B輯，生產冶金學與材料處理科學
751B0002-2 美國

12、 Zeitschrift fÜr Metallkunde 金屬學雜志
751E0003 德國

13、 ISIJ international 日本鋼鐵學會雜志國際版
752D0054 日本

14、日本金屬學會志日本金屬學會志
751D0053 日本

15、 International journal of refractory metals and hard materials 國際高熔點金屬與硬質材
料雜志
751C0019 英國

16、 Materials characterization 材料特性
751B0010 美國

17、 Hydrometallurgy 濕法冶金學

75lLB001 荷蘭

18 、鐵と鋼鐵和鋼
752D0001 日本

19、 Journal of phase equilibria and diffusion 相平衡與擴散雜志
751B0012 美國

20、 International Journal of powder metallurgy 國際粉末冶金雜志
751B0007 美國

21、 Ironmaking ＆steelmaking 鋼鐵冶煉
752C0003 英國

22、 Powder metallurgy 粉末冶金學

❼ 楊軍的研究成果

率先利用燃燒合成制備了納米晶Fe3Al材料，推動和發展了該項技術，成功制備多種高版強高韌納權米晶材料，並且較系統地研究了其摩擦學性能；系統研究了高強度Fe-Al基金屬間化合物及其復合材料的制備和摩擦學性能；制備了同時具有高強度和優異潤滑性能的鎳基高溫自潤滑復合材料，室溫至800℃平均摩擦系數小於0.25；所制備材料在某型號裝備獲得成功應用。研究結果在Adv Mater、Scripta Mater、Intermetallics和Wear等國際知名期刊合作發表SCI收錄論文60餘篇，第一和通訊作者30餘篇，合作申報中國發明專利18件，其中授權7件，應邀參與編寫英文專著1章。

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