理論研究

粉末高溫合金FGH96中的原始粉末顆粒邊界及其對合金拉伸斷裂行為的影響·····················································馬文斌，劉國權(quán)，胡本芙，張義文, 劉建濤(1): 1-7

鋰硼合金與氣體的相互作用·············································王茂安，劉志堅，黃海鋒(1): 8-12

瓶頸中顆粒流動的堵塞行為························歐陽鴻武，程 亮，黃立華，黃誓成，王 瓊，劉卓民(1): 13-19

化學(xué)法去除廢舊硬質(zhì)合金表面TiN涂層過程中的腐蝕行為······劉 陽，譚敦強(qiáng)，陸德平，陸 磊，龍 建(1): 20-25

Ce和B對超音速等離子噴涂高鋁銅合金涂層組織結(jié)構(gòu)的影響·············································楊效田，王智平，李 霞，路 陽，李文生，劉俊釗(1): 26-32

粉末注射成形充模過程中粉體分布的數(shù)值模擬··············方 偉，何新波，張瑞杰，章書周，曲選輝(2): 149-154

低速轉(zhuǎn)鼓中顆粒流態(tài)的滯后轉(zhuǎn)變行為·········歐陽鴻武，黃立華，程 亮，黃誓成，王 瓊，劉卓民，張 新(2): 155-162

DeformTM有限元模擬在2A42/2%TiB2復(fù)合材料熱壓縮變形組織演變研究中的應(yīng)用··················································于迪爾，劉志義，谷艷霞，李福東，應(yīng)普友(2): 163-168

元素?fù)诫s對合成β-FeSi2的影響····························高君玲，陳秀娟，趙文軍，張鵬林，余淑榮(2): 169-175

Al-5.7Cu-0.4Mg-1.2Ag 合金的時效析出行為·················谷艷霞，劉志義，于迪爾，李福東，趙永春(2): 176-181

多孔 Ni3Al金屬間化合物的高溫氧化行為···················董虹星，劉秋平，羅曉曄，賀躍輝，吳 靚(2): 182-190

Zr對 Ag-Cu-Ti釬料合金顯微組織與力學(xué)性能的影響··········李秀秀，肖代紅，申婷婷，張福勤，冉俊銘(2): 191-197

聚硅氧烷 HPSO-VPSO 體系的交聯(lián)和裂解···················李樹杰，張 嵐，陳孝飛，劉文慧，席文君(3): 315-319

用固溶體和單組元為原料制備的Ti(C,N)基金屬陶瓷的組織與性能···············································南 晴，張 立，解明偉，馮于平，王 喆，賀躍輝(3): 320-325

單軸模壓法制備Cu-Fe基金剛石復(fù)合材料超薄切鋸胎體的致密化機(jī)理····················································董洪峰，李文生，路 陽，張 杰，王軍偉(3): 326-332

2099 鋁鋰合金均勻化退火的微觀組織及 Al3Zr析出分析········劉 雄，劉志義，于迪爾，劉燦威，夏 鵬(3): 333-340

納米氟硼酸鉀潤滑油添加劑的摩擦學(xué)機(jī)理····················柳學(xué)全，李 一，霍 靜，李紅云，李紅印(3): 341-345

蛇紋石微粉對類軸–軸瓦摩擦副的自修復(fù)效應(yīng)及作用機(jī)理······張保森，徐濱士，許 一，巴志新，王章忠(3): 346-352

C/C-SiC-Cu5Si復(fù)合材料的顯微形貌及形成過程·····················逯雨海，肖 鵬，李 專，曾志偉(3): 353-356

Ti-Al-Nb-W 合金的高溫變形行為·····················楊廣宇，劉 詠，王 巖，湯慧萍，賈文鵬，賀衛(wèi)衛(wèi)(3): 357-362

9Cr-ODS 鋼的燒結(jié)收縮動力學(xué)曲線特征·················楊 劍，郭志猛，楊薇薇，羅 驥，郭 烽，吳成義(3): 363-368

氫氧化鈉分解白鎢礦的熱力學(xué)分析······何貴香，何利華，曹才放，趙中偉，陳星宇，陳愛良，劉旭恒，賀躍輝(3): 368-372

TiAl有序金屬間化合物超塑性變形的狀態(tài)方程··························張俊紅，徐亞娟，賀躍輝(4): 465-470

等溫退火對ZrCuAlNiCoNb非晶合金硬度和楊氏模量的影響···董明斌，李 楨，顧 及，宋 旼，阮建明(4): 471-476

銅基固體無鉛自潤滑材料中WS2的燒結(jié)行為····趙 林，姚萍屏，肖葉龍，譚慧強(qiáng)，貢太敏，周海濱，左曉婷(4): 477-482

Fe和Ni對Al-Cu-Mg-Ag耐熱合金組織和高溫力學(xué)性能的影響············································劉燦威，劉志義，林 茂，夏 鵬，劉 雄，王 恒(4): 483-490

Ti對 Fe-Cr-Ni-Al合金抗氧化性能的影響····················吳彩霞，尹付成，李 智，趙滿秀，龍朝輝(4): 491-496

23Co13Ni11Cr3Mo 鋼的奧氏體靜態(tài)再結(jié)晶行為··························黃始全，易幼平，李蓬川(4): 497-502

Mo-Si-B 基超高溫合金粉體的機(jī)械合金化·····································劉張濤，郭喜平(4): 503-509

基于BP人工神經(jīng)網(wǎng)絡(luò)的Al2O3-13%TiO2復(fù)合陶瓷涂層厚度預(yù)測··················································時禮平，吳玉國，遲開紅，陳 彬，吳 勝(5): 621-626

W/WO2.72一維納米異質(zhì)結(jié)構(gòu)的合成及生長機(jī)理···············黨丁盈，劉新利，伍 鐳，趙 耀，賀躍輝(5): 627-630

不同絲徑 316L 不銹鋼纖維的再結(jié)晶行為···················趙秀云，劉 詠，王 巖，馮 萍，湯慧萍(5): 631-638

鍋爐管高頻熔覆溫度場的數(shù)值模擬························岑 虎，王云山，雷劍波，孟慶若，劉少軍(5): 639-646

粉末冶金 TA15 鈦合金的高溫塑性變形行為·················王 琪，文 智，王 斌，易丹青，錢 鋒(5): 647-654

納米金顆粒熔化與燒結(jié)過程的分子動力學(xué)模擬······吳 茂, 常玲玲, 崔亞男, 陳曉瑋, 何新波, 曲選輝(6): 775-782

新型Al-Cu-Li合金的熱穩(wěn)定性··············程 彬, 鄭子樵, 羅先甫, 范春平, 鐘繼發(fā), 韓 燁, 孫景峰(6): 783-788

TiC/316L 不銹鋼復(fù)合材料的高溫氧化行為·····························韓 幸，藺紹江，熊惟皓(6): 789-795

濕式銅基摩擦材料的磨損圖研究··············譚慧強(qiáng), 姚萍屏, 趙 林，肖葉龍，貢太敏，周海濱, 左曉婷(6): 796-800

工藝技術(shù)

粉末冶金滲銅鋼的摩擦磨損性能··································孫加寶，熊 翔，黨勝云，劉如鐵(1): 33-38

熔滲銅用多孔金剛石坯體的制備·····················任淑彬，郭彩玉，李 改，何新波，曲選輝，陳志寶(1): 39-44

添加 Ti對 MIM HK30 不銹鋼力學(xué)性能和尺寸穩(wěn)定性的影響···········沈紅仁，李益民，劉 晨，何 浩(1): 45-52

Cu/V0.97W0.03O2復(fù)合材料的組織及性能·······················鄒軍濤，張 樂，王獻(xiàn)輝，黃 星，梁淑華(1): 53-58

沉淀法制備片狀、球狀、柱狀納米摻銦氧化鋅及其表征········朱奕漪，段學(xué)臣，段文杰，程亞娟，蔣 波(1): 59-65

噴射成形 2124 鋁合金的熱軋致密化與力學(xué)性能···············杜 良，劉允中，游 江，李志龍，李鳳仙(1): 66-71

鈦表面 FHA-SrHA 雙相生物陶瓷涂層的制備及性能··················馮芳芳，尹 乒，雷 霆，呂凝磊(1): 72-77

碳化硅體積分?jǐn)?shù)對 SiCp/Al-30Si復(fù)合材料組織與性能的影響····倪增磊，王愛琴，謝敬佩，方 明，張利軍(1): 78-82

水熱處理對 In2O3的前驅(qū)體結(jié)構(gòu)與形貌的影響···········吳 城，劉志宏，李玉虎，蘇 飛，劉智勇，李啟厚(1): 83-89

沖擊電流對汽車零件用粉末壓制過程的致密作用································屠挺生，林大為(1): 90-93

Nb-Ti-Al合金及其硅化物涂層的高溫氧化行為·········蔡圳陽，肖來榮，余宸旭，劉賽男，毛海軍，曾德露(1): 94-101

纖維分布對 C/C 復(fù)合材料燒蝕性能的影響························解惠貞，傅利坤，孫建濤，秦淑穎(1): 102-106

摻鈷氧化釕(RuO2/Co3O4)·nH2O 復(fù)合薄膜電極的制備與表征·········黃小清，甘衛(wèi)平，楊 杰，李 祥(1): 107-112

管狀α-Fe2O3的合成、表征及光學(xué)性質(zhì)····························劉淑玲，李苗苗，李 淑，許青青(1): 113-118

聚酰胺酸包覆銀納米粒子的制備及表征····················文杰斌，李 俊，陳 俊，劉觀輝，李衡峰(1): 119-124

不同燒結(jié)工藝制備的Fe基孕鑲金剛石磨頭結(jié)構(gòu)和摩擦磨損性能·················································董洪峰，路 陽，李文生，張 杰，褚 克(1): 125-131

TiCN/VCN 多層膜的力學(xué)和摩擦磨損性能·······························曹 峻，許俊華，喻利花(1): 132-138

Si摻雜對Al-Ti-N涂層的結(jié)構(gòu)、力學(xué)性能和抗氧化性能的影響··袁紅梅，楊 兵，李 佳，吳明晶，陳 利(1): 139-143

FeAl多孔膜材料的制備及高溫抗氧化性能······························周志華，高海燕，賀躍輝(1): 144-148

超粗晶硬質(zhì)合金的顯微結(jié)構(gòu)和力學(xué)性能··························吳沖滸，聶洪波，曾祺森，肖滿斗(2): 198-204

多孔金剛石坯體熔滲銅工藝························任淑彬，郭彩玉，李 改，何新波，曲選輝，陳志寶(2): 205-210

高能球磨對霧化 Fe基軟磁粉末結(jié)構(gòu)及性能的影響··················周 娟，劉華山，肖于德，王 偉(2): 211-216

噴涂距離對超音速火焰噴涂WC10Co4Cr涂層沉積效率及耐磨粒磨損性能的影響·················································周伍喜，李玉璽，李松林，易長賓，顏 維(2): 217-223

Cu-Ti合金中 Ti含量對 C/C 復(fù)合材料潤濕性能的影響·········于 奇，張福勤，張小英，夏莉紅，周顯光(2): 224-229

超音速等離子噴涂法制備 PbTiO3涂層的表征················李國祿，盧曉亮，王海斗，邢志國，徐濱士(2): 230-234

速度與載荷對無鉛銅鉍軸承材料摩擦學(xué)特性的影響······················林福東，黃 平，尹延國(2): 235-240

正火及高溫回火對低合金高強(qiáng)度鑄鋼組織與性能的影響············································雷 勇，許曉嫦，李 良，張 奇，趙鳳曉，徐浩浩(2): 241-249

粉末冶金高速鋼的熱處理與熱磁分析··············································孫世清(2): 250-253

Si含量對 ZrSiN 薄膜微結(jié)構(gòu)及性能的影響·······························馬冰洋，喻利花，許俊華(2): 254-258

高能球磨制備 Al2O3/Cu 復(fù)合材料··························李 斌，劉貴民，丁華東，雍青松，杜建華(2): 259-264

熱爆反應(yīng)合成 AlN-SiC 材料··········································梁寶巖，穆云超，樊 平(2): 265-269

納米 NaY 分子篩的制備及其晶化過程················楊 良，劉雪穎，何捍衛(wèi)，周海生，解東梅，王 曉(2): 270-275

原位合成莫來石柱狀晶強(qiáng)化羥基磷灰石材料······················穆柏春，李 強(qiáng)，于景媛，王 征(2): 276-280

鈉熱還原法制備鈮鋁金屬間化合物粉末··························王 娜，胡啟晨，張 垚，朱鴻民(2): 281-289

超細(xì) Fe2O3粉末的結(jié)構(gòu)及熱穩(wěn)定性·························孫 菲，劉旭隆，王 秀，李秋菊，洪 新(2): 290-295

聚酰胺酸包覆銀納米粒子的制備及表征····················文杰斌，李 俊，陳 俊，劉觀輝，李衡峰(2): 296-301

添加聚丙烯腈預(yù)氧絲粉對泡沫炭結(jié)構(gòu)和性能的影響······················朱登偉，張紅波，李萬千(2): 302-308

Co含量與燒結(jié)溫度對納米晶WC-Co硬質(zhì)合金結(jié)構(gòu)與性能的影響·····吳沖滸，謝海唯，鄭愛欽，肖滿斗(2): 309-313

增強(qiáng)體含量對 TiC /316L 復(fù)合材料性能的影響·····················藺紹江，熊惟皓，王賽玉，石其年(3): 373-378

氣相SiO2對離子遷移譜儀用氨氣緩釋材料力學(xué)性能的影響···························王 曉，江海風(fēng)，劉 蕊，何捍衛(wèi)，武波濤，劉雪穎，周海生，解東梅，楊 良(3): 379-383

溶膠?噴霧干燥法制備的W-Cu納米復(fù)合粉末的燒結(jié)致密化與晶粒長大·郭垚峰，范景蓮，劉 濤，于 林(3): 384-389

熱處理方式對 MIM Fe-50Ni合金磁性能的影響················朱彩強(qiáng)，符志堅，何 浩，熊 亮，李益民(3): 390-397

連續(xù)低速剎車對航空 C/C 復(fù)合材料摩擦性能的影響················王林豐，劉少軍，吳華偉，黃偉明(3): 398-402

反應(yīng)熔滲法制備C/C-ZrC復(fù)合材料的微觀結(jié)構(gòu)及燒蝕性能······但奇善，孫 威，熊 翔，王子璇，吳雯倩(3): 403-108

粉末粒徑和壓制壓力對316L不銹鋼多孔材料結(jié)構(gòu)特性的影響···············································葉先勇，劉京雷，徐宏，顏 磊，郭 超，嵇得宸(3): 409-414

化學(xué)鍍法制備Ni/TiH2復(fù)合粉末的顯微組織及其Ni鍍層的生長和作用機(jī)理···················································侯佳倩，肖來榮，余宸旭，宋宇峰，王 艷(3): 415-422

預(yù)變形對 Al-3.7Cu-1.6Mg 合金斷裂韌性的影響········夏琳燕，劉志義，魯璐青，夏 鵬，林 茂，周璇瑋(3): 423-428

氧化鎂穩(wěn)定氧化鋯納米粉末的制備與物相分析·································單 科，郭興敏(3): 429-433

溶膠?凝膠法制備摻雜納米 TiO2粉末及其光催化性能········周志超，段學(xué)臣，朱奕漪，段文杰，劉楊林(3): 434-440

C/C-Cu 復(fù)合材料的微觀結(jié)構(gòu)與沖擊性能·································譚 翠，張紅波，尹 健(3): 441-446

燃燒反應(yīng)合成釩鋁碳材料·············································梁寶巖，張 潔，穆云超(3): 447-451

純鉬粉末-包套等徑角擠壓的多尺度研究······························李 萍，王 雪，薛克敏(3): 452-458

分散炭纖維對 C/C-SiC 復(fù)合材料壓縮性能的影響··························曾志偉，肖 鵬，李 專(3): 459-464

Cu的添加方式對鐵基預(yù)合金粉末與燒結(jié)體組織及性能的影響············································戴 赫，汪禮敏，王立根，王 磊，劉祥慶，黨文龍(4): 510-515

反應(yīng)球磨法制備 Zn(BH4)2及其放氫性能··························楊寶剛，李松林，姜圓圓，王 行(4): 516-521

一步還原法制備超細(xì)碳化釩鉻粉末························姜中濤，李 力，陳 慧，劉 兵，陳巧旺(4): 522-526

軋制溫度和變形量對Mo85-Cu復(fù)合材料組織和物理性能的影響······古 一，姜國圣，王志法，曾凡浩(4): 527-531

高能球磨制備 Cu-Cr納米晶粉末···························史昆玉，沈 濤，陳春浩，薛麗紅，嚴(yán)有為(4): 532-538

退火和氧化性酸處理對HFCVD法制備金剛石薄膜質(zhì)量的影響·······翟 豪，龍 芬，余志明，王 健(4): 539-545

燒結(jié)溫度對10TiB/Ti-4.5Al-6.8Mo-1.5Fe復(fù)合材料組織與性能的影響·····················································鄭玉凱，蔡一湘，陳 峰，閆志巧，羅兵輝(4): 546-551

高能球磨法對 TiAl基合金表面的納米化改性······················張明陽，李 昆，張 偉，姚天航(4): 552-559

超音速等離子噴涂 PZT 涂層及其表征······················顧林松，李國祿，王海斗，邢志國，徐濱士(4): 560-565

機(jī)械合金化結(jié)合熱壓制備高硅鋁合金的組織及性能··········竇玉海，劉 詠，劉延斌，夏慶兵，徐 菲(4): 566-572

球形化處理銅錫粉末制備CuSn10含油軸承·····王聰聰，賈成廠，申承秀，王春官，常宇宏，蓋國勝，楊玉芬(4): 572-578

明弧堆焊合金的內(nèi)嵌 M23C6型碳化物及耐磨性·····················龔建勛，楊博翔，肖逸鋒，許繼青(4): 579-584

熱解炭涂層對C/C復(fù)合材料高溫氧乙炔焰燒蝕性能的影響·············································楊 鑫，蘇哲安，黃啟忠，柴立元，殷 騰，房 嘯(4): 585-593

純鉬粉末包套?等徑角擠壓致密化行為·································李永志，于福義，白小波(4): 594-598

水熱法制備Sn/C球復(fù)合材料及其電化學(xué)性能································季晶晶，王紅強(qiáng)，張經(jīng)濟(jì)，韋鈞光，楊觀華，李 玉，李慶余，黃有國(4): 599-603

Ti-25Cu-15Ni釬料釬焊的 TA0 鈦接頭界面微觀組織及拉伸性能······吳浩波，曾凡浩，陳江華，袁鐵錘(4): 604-608

熱壓孕鑲金剛石鉆頭偏磨的影響因素分析························譚松成，段隆臣，茍曉東，楊凱華(4): 609-614

SiO2表面改性炭纖維的抗氧化性能與微波吸收性能································唐益群，周克省，鄧聯(lián)文，肖 鵬，周 偉，周 亮，羅 衡，洪 文(4): 615-620

熱壓溫度對30%SiCp/Al復(fù)合材料組織與力學(xué)性能的影響······郝世明，謝敬佩，王愛琴，王文炎，李繼文(5): 655-661

噴涂工藝對超音速等離子噴涂BaTiO3涂層性能的影響········盧曉亮，李國祿，王海斗，邢志國，徐濱士(5): 662-668

機(jī)械合金化結(jié)合熱壓制備不同Si含量硅鋁合金的摩擦磨損性能······竇玉海，劉 詠，劉延斌，夏慶兵(5): 669-674

自蔓延高溫合成 Ti2SC 材料························梁寶巖，汪 樂，王志煒，李俊鵬，郭 猛，李孟洋(5): 675-679

多組元原位合成 TiC 顆粒增強(qiáng)鈦基復(fù)合材料················羅 濤，劉伯威，劉 詠，劉延斌，劉 彬(5): 680-686

細(xì)晶粉末冶金 TiAl合金的制備··············································張俊紅，曹欽存(5): 687-692

相組成對 SiO2-Al2O3-MgO-CaO-F?玻璃陶瓷力學(xué)性能的影響·····················逯 峙，劉 詠(5): 693-699

CuO 微/納米結(jié)構(gòu)的可控合成與紅外性質(zhì)·····································焦 華，王君龍(5): 700-705

熱處理工藝對熱等靜壓Ti-47Al-2Cr-2Nb-0.2W合金顯微組織的影響············································宋 陽，李慧中，梁霄鵬，劉 詠，張丹陽，魏忠偉(5): 706-712

超高壓通電燒結(jié)鎢?金剛石復(fù)合材料及其導(dǎo)熱性能·················鐘 銘，周張健，談 軍，屈丹丹(5): 713-718

鋯鈦酸鉛壓電纖維及其復(fù)合材料的制備與表征··············商毅龍，林秀娟，張 野，莊后榮，張 斗(5): 718-722

高鋁青銅等離子噴焊層的組織及抗熱震性能····························李文生，王大鋒，董洪峰(5): 723-728

凝膠注模?熔滲法制備 Mo-Cu 合金··················段柏華，洪海俠，王德志，劉輝江，謝春革，王 帥(5): 729-734

激光熔覆法制備 Al2CrFeCoxCuNiTi高熵合金涂層的組織與性能············邱星武，張云鵬，劉春閣(5): 735-740

易切削鋼用低鉍含量 Bi-Mn-Fe 合金的制備··············李節(jié)林，李 智，陳 洪，蘇旭平，涂 浩，王建華(5): 741-747

B靶功率對ZrBN復(fù)合膜的微結(jié)構(gòu)、力學(xué)性能及摩擦性能的影響·······喻利花，趙 強(qiáng)，馬冰洋，許俊華(5): 748-753

C/C 復(fù)合材料環(huán)-塊配副時的滑動摩擦磨損性能·············汪麗芳，葛毅成，武 帥，李 禪，楊凌云(5): 754-759

莫來石/SiC-Si3N4高溫結(jié)構(gòu)復(fù)相陶瓷的制備·················王克強(qiáng)，盧安賢，羅輝林，羅志偉，孔令嬌(5): 760-767

炭纖維表面原位生長 CNT/CNF 及其生長機(jī)理···············徐先鋒，洪龍龍, 肖 鵬，李 輝，盧彩濤(5): 768-774

微量Cu3P對Fe-2Ni-1Cu-0.6C粉末冶金材料組織與力學(xué)性能的影響···滕 浩，李志友，李佑福，周科朝(6): 801-806

軋制變形量對Al-Zn-Mg-Cu合金組織與力學(xué)性能以及腐蝕性能的影響··················································任偉才，彭國勝，陳康華，陳送義，劉顯東(6): 807-813

乙酸對P110油管鋼在H2S環(huán)境中腐蝕行為的影響······張艷可，易丹青，王 斌，鄧殊皓，聶 燦，文 智(6): 814-820

Mn含量對Fe-Cu-Mn-C系燒結(jié)合金組織和性能的影響··胡 磊，肖志瑜，付文超，陸宇衡，陳 露，倪東惠(6): 821-826

包埋?化學(xué)氣相沉積兩步法制備ZrC涂層的結(jié)構(gòu)與抗燒蝕性能·······吳 敏，李國棟，熊 翔，楊鋼宜(6): 827-834

噴霧干燥與低溫還原碳化法制備納米晶WC-Co復(fù)合粉末············································呂 健，羊建高，陳 顥，郭圣達(dá)，戴 煜，朱二濤(6): 835-839

鋁箔電化學(xué)與化學(xué)刻蝕對超級電容器性能的影響比較········周海生，何捍衛(wèi)，洪東升，解東梅，楊 良(6): 840-845

Cr含量對退火態(tài)納米晶Fe3Al材料晶粒尺寸和力學(xué)性能的影響············································師 婷，喇培清，魏福安，王鴻鼎，魏玉鵬，盧學(xué)峰(6): 846-850

單晶鎢納米片/帶的氣相合成及其力學(xué)性能·····陳國良，劉 俊，田 蜜，侯麗珍，賀躍輝，王世良，董虹星(6): 851-856

溶膠?凝膠法制備 Y0.06Sr0.94Ti1?xFexO3?δ混合導(dǎo)體材料的電性能···················單 科，郭興敏(6): 857-861

溶劑熱法制備 ITO 粉末的形貌與電導(dǎo)率····················肖桂英，段學(xué)臣，朱奕漪，段文杰，劉楊林(6): 862-868

V 含量對 ZrVCN 薄膜微結(jié)構(gòu)及力學(xué)性能與摩擦性能的影響················馬冰洋，喻利花，許俊華(6): 869-873

以丙三醇為還原劑的沉淀轉(zhuǎn)化法制備超細(xì)銀粉··············陳建波，李啟厚，李玉虎，劉智勇，劉志宏(6): 874-881

水霧化 Mo2FeB2基硬質(zhì)粉末的制備與表征························曾 鮮，郭志猛，陳 文，毛偉吉(6): 882-886

射頻磁控濺射法制備鈦基 HA 涂層的結(jié)構(gòu)與生物活性···························王國卿，張乃生(6): 887-892

手工自蔓延立焊 Q235 鋼接頭的抗拉強(qiáng)度與斷口微觀形貌···········吳永勝，王建江，辛文彤，曲立峰(6): 893-898

2 種C/C 材料高溫熔滲制備 C/C-SiC-ZrC 復(fù)合材料的力學(xué)性能········房 嘯，蘇哲安，黃啟忠，楊 鑫(6): 899-905

W 含量對 ZrWN 復(fù)合膜的微結(jié)構(gòu)與摩擦性能的影響················喻利花，趙 強(qiáng)，馬冰洋，許俊華(6): 906-911

硝酸銀溶液性質(zhì)對超細(xì)銀粉形貌與粒徑的影響··············郭學(xué)益，焦翠燕，鄧 多，田慶華，易 宇(6): 912-919

包套鍛造粉末冶金TiAl基合金的高溫力學(xué)性能··王 輝，賈文鵬，賀衛(wèi)衛(wèi)，劉 詠，朱紀(jì)磊，黃 瑜，趙 培(6): 920-925

微晶蠟含量對 17-4PH 不銹鋼喂料流變性的影響···················楊忠臣，李篤信，盧仁偉，黎正科(6): 926-930

2013年第18卷卷終