Search results

., 2012 24 (5) 891-896

Dhar, IEEE Electron Device Lett. 35(9) (2014) 894–896

Ouerghi, Renewable Energy 126 (2018) 888-896

(a) (b) Fig.9 SEM of the as-sintered Ti6Al4V compacts made with the improved binder (a) and by traditional binder(b) Table 4 Properties of Ti6Al4V alloy made by PIM and press-sintering process Process Density /g.cm -3 Tensile strength /MPa Yield strength /MPa Elongation /% PIM (traditional binder) 4.23 720 645 3.0 PIM (improved binder) 4.30 800 715 5.5 PIM (improved binder)+HIP 4.42 1060 960 9.5 Press/sinter 4.41 896 827 12 Table 5 Dimensional shrinkage and deviation of the as-sintered parts Dimension Length Width Height As-molded parts/mm 48.00 6.38 6.38 As-sintered parts/mm 41.20 5.44 5.44 Shrinkage/% 14.2 14.7 14.7 Deviation/mm ±0.02 ±0.03 ±0.03 Conclusions (1) An improved multi-component wax-based binder was developed for PIM of Ti6Al4V alloy.

Mater. 178-181 (2012) 893–896

Table 2 Summary of SVM results by different methods Select method Selected spectral range or wavelength [nm] Variables in SVM model Accuracy of Prediction set SVM (whole spectral range) 460-1800 1341 83.43% GA-SVM (5 characteristic spectral ranges) 889-921,955-987,1021-1119 165 98.86% GA-SVM (85 characteristic wavelengths) 899,897,890,894,1076,977,1060,968,967,1105,1098,1070,893,1043,1056,1061,1113,1084,1059,1082,1079,1069,1107,1117,959,1038,1088,1109,1081,1094,973,1046,1089,979,970,972,1077,901,971,1096,1106,1050,1083,964,1052,916,1051,1103,1022,1072,1041,1080,1042,980,913,975,1044,987,958,984,1023,978,1090,1045,1071,1024,963,919,966,1101,905,1104,896,1078,1028,921,1055,1031,1027,1073,889,904,1119,1118,1048 85 99.14% Conclusions The study selected the characteristic spectral ranges and wavelengths in the whole spectral range NIRS (460-1800nm) with GA-SVM, and built the recognition models of navel orange contaminated by different concentration pesticide.

Tab. 2 Composition matrix Composition matrixa Composition 1 2 3 4 Per capita available land resources -.516 .446 -.481 .091 Per capita water resources available .494 -.430 .071 .694 Atmospheric environmental capacity .673 .505 -.192 -.471 Water environmental capacity .597 -.685 .032 -.086 Ecological sensitivity -.080 -.394 .730 -.280 Ecological importance -.829 .022 .140 .484 Geopolitical dominance -.363 .429 .675 .015 Traffic access sexual .944 -.126 -.133 .126 The total economy .354 .666 .540 -.004 Economic growth rate .584 .424 .169 .435 Per capita revenue .467 .716 -.114 .213 Service level .802 .043 .049 -.093 The quality of workers .896 -.088 .107 .067 Extraction Method: Principal Component. a. extracted four ingredients.

Final report: research project of the German Research Foundation (DFG) Ko 896/2-1 Stuttgart (D): MPA

OD distribution in Ming dynasty city walls traffic OD 1 2 3 4 5 6 7 8 1 0 2768 1827 884 3673 1626 991 721 2 3308 0 2215 1250 1186 2735 1245 824 3 1725 2100 0 2250 973 1026 2201 1776 4 973 1132 2372 0 673 1123 1556 1982 5 2724 1200 1003 806 0 2231 1230 894 6 1522 2561 1127 1530 1792 0 2200 1003 7 896 1622 2145 1358 1158 2315 0 2531 8 689 991 1562 1838 1000 1100 2256 0 Tab. 2. assignment results Road Name Traffic Flow[pcu] Road Name Traffic Flow[pcu] Bei Da Avenue 1740 NanXin Road 961 Da Dao Jie Road 1957 QiaoZhiKou Road 848 Dong Da Avenue 1104 TianShuiJing Road 961 East 5th Road 1740 West Road 1251 DongXin Road 961 XiHuaMen Road 2408 DuanLiuMen Road 1740 XiWu Road 1407 HePing Road 1407 XiXin Road 1957 South Road 1740 HongGuang Road 1407 NanGuangJie Road 1407 BoLin Road 961 LianHu Road 1957 JieFang Road 1407 5.2 The Determination of Traffic Individual Space-Time Consumption 5.2.1 Critical Distance Headway and Speed Using statistical software SPSS calibration

Guan: Microelectric Engineering Vol. 66 (2003), P. 896 [16] B.