..............page:108-113
Leaching zinc oxide ore in alkaline solution
zhao zhong-wei; jia xi-jun; chen ai-liang; long shuang; huo guang-sheng; li hong-gui (school of metallurgical science and engineering; central south university; changsha 410083; china)
..............page:39-43
..............page:120-124
Effect of Nd and Dy on microstructure and mechanical properties of as-cast ZK10 magnesium alloy
liu chu-ming1; 2; li bing-feng1; liu hong-ting1; li hui-zhong1; chen zhi-yong1; wang rong2; wang meng-jun1; 3 (1. school of materials science and engineering; central south university; changsha 410083; china; 2. ningbo branch of ordnance science institute of china; ningbo 315103; china; 3. state key laboratory of material processing and die & mould technology; huazhong university of science and technology; wuhan 430074; china)
..............page:125-131
..............page:114-119
..............page:132-137
..............page:161-165
..............page:156-160
Preparation by improved solid-state method and purity determination of LiBOB
zhang li-juan1; 3; sun jing2; li fa-qiang1; ren qi-du1; 3; wang lian-liang1; 3 (1. qinghai institute of salt lakes; chinese academy of sciences; xining 810008; china; 2. northwest institute of plateau biology; chinese academy of sciences; xining 810001; china; 3. graduate university; chinese academy of sciences; beijing 100039; china)
..............page:67-72
..............page:150-155
..............page:144-149
..............page:201-206
Anisotropic diffusion smoothing of mixed noise
ma jie1; yan jia-bin1; 2; liu gui-zhong2; liu jian-xin1 (1. school of info-physics and geomatics engineering; central south university; changsha 410083; china; 2. school of electronic and information engineering; xi an jiaotong university; xi an 710049; china)
..............page:231-237
Exoskeleton suit’s force control method based on inner position loop
yang zhi-yong1; 3; gui li-hua2; 3; yang xiu-xia4; gu wen-jin4(1. department of strategy missile engineering; naval aeronautical and astronautical university; yantai 264001; china; 2. east china government material purchase office; department of chief logistics pla; shanghai 200000; china; 3. graduate students brigade of naval aeronautical and astronautical university; yantai 264001; china; 4. department of control engineering; naval aeronautical and astronautical university; yantai 264001; china)
..............page:225-230
..............page:219-224
..............page:166-171
..............page:97-102
..............page:207-212
..............page:190-193
..............page:213-218
..............page:387-392
..............page:103-107
A method for improving alignment precision of chip and substrate
han lei; zhang li-na; wang fu-liang; li jun-hui; zhang ya-nan (key laboratory of modern complex equipment design and extreme manufacturing; ministry of education; school of mechanical and electrical engineering; central south university; changsha 410083; china)
..............page:184-189
..............page:179-183
..............page:257-264
..............page:172-178
..............page:322-327
A fractal model on vapor diffusion in frost
cai liang1; hou pu-xiu2; yu wei-ping1; zhang xiao-song1 (1. school of energy and environment; southeast university; nanjing 210096; china; 2. school of mechanical and automotive engineering; south china university of technology; guangzhou 510640; china)
..............page:353-356
Complex surface automatic measurement for ultrasonic inspection
li xiong-bing1; 2; yang yue1; 2; hu hong-wei3; ni pei-jun4; yang cheng1 (1. cad/cam institute; central south university; changsha 410075; china; 2. state key laboratory of mechanical transmission; chongqing university; chongqing 400044; china; 3. college of automobile and mechanical engineering; changsha university of science and technology; changsha 410114; china; 4. the ningbo branch of ordnance science institute of china; ningbo 315103; china)
..............page:194-200
..............page:364-369
..............page:381-386
..............page:272-276
..............page:277-285
..............page:238-244
..............page:245-250
..............page:376-380
Mechanism of backfilling rocks to squeeze out ooze and simulated by particle flow code
zhang ming-ming1; 3; xu wei-ya2; xia yu-bin3; zhou xian-qi4 (1. college of water conservancy and hydropower engineering; hohai university; nanjing 210098; china; 2. college of civil engineering; hohai university; nanjing 210098; china; 3. water transportation consultants co. ltd; communication & construction of china group corporation; beijing 100007; china; 4. department of architectural engineering; xiamen university of technology; xiamen 361024; china)
..............page:310-315
Relationship between highly reactive iron and palaeo-productivity in marine sediment
yan de-tian1; 2; wang jian-guo3; zhang li-qin4 (1. key laboratory of education ministry for biogeology and environment geology; china university of geosciences (wuhan); wuhan 430074; chin; 2. state key laboratory of palaeobiology and stratigraphy; nanjing institute of geology and palaeontology; chinese academy of sciences; nanjing 210008; china; 3. institute of geology and geophysics; chinese academy of sciences; beijing 100029; china; 4. key laboratory of geospace environment and geodesy of ministry of education; wuhan university; wuhan 430079; china)
..............page:293-298
..............page:138-143
..............page:265-271
Dynamical modeling and internal resonance of cable-stayed arch structure
l jian-gen1; 2; zhao yue-yu3; wang rong-hui1(1. school of civil engineering and transportation; south china university of technology; guangzhou 510641; china; 2. school of urban construction; zhongkai university of agriculture and engineering; guangzhou 510225; china; 3. school of civil engineering; hunan university; changsha 410082; china)
..............page:316-321
..............page:286-292
..............page:335-340
..............page:303-309
..............page:251-256
..............page:328-334
..............page:299-302
..............page:341-346
Hourly cooling load analysis and prediction in a district cooling system
jiang xiao-qiang1; 2; long wei-ding3; li min2 (1. school of machine engineering; tongji university; shanghai 200092; china; 2. school of engineering; guangdong ocean university; zhanjiang 524025; china; 3. sino-german school of applied sciences; tongji university; shanghai 200092; china)
..............page:357-363
..............page:370-375
..............page:347-352