..............page:1157-1163
..............page:1285-1290
..............page:1262-1266
..............page:1207-1212
Leaching kinetics of extraction of vanadium pentoxide from clay mineral
li hao-ran1; feng ya-li2; luo xiao-bing2; wang hong-jie2; du zhu-wei1(1.state key laboratory of biochemical engineering; institute of process engineering; chinese academy of sciences; beijing 100080; china; 2.school of civil and environmental engineering; university of science and technology beijing; beijing 100083; china)
..............page:1181-1184
..............page:1175-1180
..............page:1139-1143
..............page:1125-1131
..............page:1152-1156
..............page:1144-1151
..............page:1132-1138
..............page:1119-1124
..............page:1303-1308
..............page:1190-1195
Wavelet diffusion filter considering scale correlation and geometry constraint
yan jia-bin1; 2; liu gui-zhong2; gan yi-xuan3; chen guo-sheng4(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; 3.state key laboratory of petroleum resource and prospecting; china university of petroleum; beijing 102249; china; 4.airborne survey and remote sensing center of nuclear industry; shijiazhuang 050002; china)
..............page:1325-1330
Microwave absorbing properties of W-type Ba_(1-x)La_xCo_2Fe_(16)O_(27)
zhou ke-sheng1; liu li-qiang1; deng lian-wen1; huang ke-long2; zhou yi-ping1; liu bao-gang1(1.school of physics science and technology; central south university; changsha 410083; china; 2.school of chemistry and chemical engineering; central south university; changsha 410083; china)
..............page:1170-1174
..............page:1257-1261
..............page:1267-1272
..............page:1319-1324
..............page:1229-1232
..............page:1280-1284
..............page:1244-1250
Adaptive over-relaxed fast dynamic mean shift
yang bin1; zhao ying2; fan xiao-ping2; zhou fang-fang2(1.state key laboratory of intelligent technology and systems; department of computer science and technology; tsinghua university; beijing 100084; china; 2.school of information science and engineering; central south university; changsha 410075; china)
..............page:1296-1302
..............page:1331-1336
..............page:1224-1228
..............page:1185-1189
..............page:1314-1318
..............page:1291-1295
..............page:1201-1206
..............page:1233-1238
..............page:1213-1218
Effects of mini Zr,Er,Y on microstructures of cast Al-Zn-Mg-Cu alloy
zhang xin-ming1; 2; zhu hang-fei1; 2; li guo-feng1; 2; 3; li peng-hui1; 2(1.key laboratory of non-ferrous metal materials science and engineering; ministry of education; central south university; changsha 410083; china; 2.school of materials science and engineering; central south university; changsha 410083; china; 3.registrar s office; changsha college; changsha 410083; china)
..............page:1196-1200
Analysis of stability of gas-liquid two-phase vortex street in conduits
sun zhi-qiang1; 2; zhou hong-liang1; zhi xiao-qin1; zhou jie-min1; zhang hong-jian2(1.school of energy science and power engineering; central south university; changsha 410083; china; 2.state key laboratory of industrial control technology; department of control science and engineering; zhejiang university; hangzhou 310027; china)
..............page:1164-1169
..............page:1309-1313
High performance TDE-85/E-51 resin toughened by polyurethane
li zhi-hua1; 2; lu jian-ti1; 2; chou ji-neng3; zheng zi-qiao1; 2; deng fei-yue3(1.key laboratory of nonferrous metal materials science and engineering of ministry of education; central south university; changsha 410083; china; 2.school of materials science and engineering; central south university; changsha 410083; china; 3.school of chemistry and chemical engineering; central south university; changsha 410083; china)
..............page:1239-1243
..............page:1273-1279
..............page:1337-1352
..............page:1219-1223
Melt flow ratio in spiral mold of injection molding
wang dao-hong1; 2; jiang bing-yan1; shen rui-xia1; deng yi-shan1(1.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; 2.jiaxing vocational technical college; jiaxing 314036; china)
..............page:1251-1256