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url: =Kaitenzushi (Conveyor belt sushi), Japanese cuisine in Japan - DeepJapan\nConveyor belt sushi回転寿司[ Kaitenzushi ]\nConveyor belt sushi (Japanese: 回転寿司, Hepburn: kaiten-zushi), literally "rotation sushi", also called sushi-go-round (くるくる寿司, kuru kuru sushi), is a form of fast-food sushi common in Japan. In Australia, it is also known as a sushi train.\nfrom Conveyor_belt_sushi (Wikipedia) CC BY SA 3.0\nAdvice about Kaitenzushi (Conveyor belt sushi)


url: =RTRlib available as official Debian package • Internet Technologies • Department of Mathematics and Computer Science\nTo ease the distribution of this open source software, we worked closely with the Debian Security Tools team (thanks Lukas Schwaighofer!) to support RTRlib officially in the Debian package repository.\nDebian status tracker


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N248P/N143P\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LX340EA#ACB)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LD776EA#AB8)\nHewlett-Packard CQ1500LA based on PEGATRON CORPORATION 2AC0 (BZ019AA#ABM)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WJ831PA#UUF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (XV904PA#AR6)\nHewlett-Packard CQ1-1305LA based on PEGATRON CORPORATION 1492 (BY956AA#ABM)\nIntel Corporation D525MWV\nHewlett-Packard CQ1-1407LA based on PEGATRON CORPORATION 1598 (QN676AA#AC8)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XU670EA#ABV)\nSony Corporation VPCW216AG based on Sony Corporation VAIO\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN359PA#UUF)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT731EA#ABF)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ587UA#ABA)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VB558AV)\nLG Electronics X140-A.ASB2T based on Quanta UL2\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP524PA#ACJ)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK027EA#ACB)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LD769EA#ABZ)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (LD329EA#ACB)\nASUSTeK Computer INC. 1001PQD\nHewlett-Packard HP Mini 1103 based on Hewlett-Packard 1584 (LS001LA#ABM)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LD763EA#ABV)\nHewlett-Packard HP Mini 100e based on Foxconn 1586 (A1C35AA#ABU)\nIntel Corporation Pine Trail - M based on JIUZHOU ELECTRIC CO.,LTD Z6\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LG308PA#UUF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN364PA#UUF)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XG166PA#AKL)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WC252PA#UUF)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XE929EA#ABH)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XN745ES#ACB)\nCompaq-Presario BK339AA-ACJ CQ1-1020IX based on PEGATRON CORPORATION 1492h (BK339AA#ACJ)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK390EA#AKD)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WS626EA#ABV)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LR818EA#ABF)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WX995EA#ACB)\nSony Corporation VPCW21M1E based on Sony Corporation VAIO\nCorporativo LANIX, S.A. de C.V LANIXPC based on INTEL Corporation Tiger Hill\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XE930EA#ABD)\nHewlett-Packard HP MINI 210-2050ss based on Hewlett-Packard 1584 (XK340EA#ABE)\nSAMSUNG ELECTRONICS CO., LTD. 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EB1007P\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (XB875LA#AC4)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK395EA#ABV)\nASUSTeK Computer INC. 1005PEG based on ASUSTeK Computer INC. 1005PG\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XF003EA#ABV)\nDell Inc. Inspiron 1012 based on Dell Inc. 0JWHDG\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ588UA#ABA)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XR143LA#ABM)\nLG Electronics X200-N.ASB2T based on LG Electronics H00JL (90NSW3114H142105C0Y)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK008EA#AB6)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LY930LA#ABM)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX826EA#ABF)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LM480EA#ABV)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VQ673EA#ACB)\nEXPERPC based on INTEL Corporation Tiger Hill\nASUSTeK Computer INC. 1005PG\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP505PA#UUF)\nCorporativo LANIX, S.A. de C.V. Neuron LT based on INTEL Corporation Tiger Hill\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LR837EA#ACB)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN363PA#UUF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LF782EA#ABZ)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WQ815UA#ABC)\nHewlett-Packard CQ1506LA based on PEGATRON CORPORATION 2ACC (QN771AA#AKH)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX835EA#ABZ)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XB784PA#ACJ)\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH229EA#BH4)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WK895PA#UUF)\nSAMSUNG ELECTRONICS CO., LTD. N102S\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WD340EA#ABV)\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (A7J77LA#ABM)\nLG Electronics X140-G.BG12P1 based on Quanta UL2\nFUJITSU MH330 based on FUJITSU FJNBB0D\nIntel Corporation D425KTR\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WV989EA#AKD)\nHewlett-Packard CQ1-1406LA based on PEGATRON CORPORATION 1598 (QN675AA#AC8)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XA523UA#ABA)\nPEGATRON WeTab 3G (4015625975127)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (WQ820UA#ABC)\nDell Inc. Latitude 2110 based on Dell Inc. 0WJV0P\nIntel Corporation OMA -R121\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (QC075EA#ACB)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XE991EA#ABV)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WS142EA#ABU)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK952EA#ACQ)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XR196LA#AC4)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LE634LA#AC8)\nSAMSUNG ELECTRONICS CO., LTD. NB28\nLG Electronics Inc. X140-L75BK based on Quanta UL2\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT701EA#ABZ)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (WK483ES#ABE)\nHewlett-Packard HP Mini 110-3608er based on Hewlett-Packard 1584 (LR824EA#ACB)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XS091EA#ABE)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XZ520EA#AKD)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP814EA#AB8)\nWearnes Amadeus 6510Le based on Wearnes 6510Le-A1\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XH043UA#ABC)\nIntel Corporation Pine Trail - D CRB\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT727EA#ABU)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VQ670EA#ACB)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XN603ES#ACQ)\nLG Electronics X140-A.BG11P1 based on Quanta UL2\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN010EA#ABV)\n1.00 Unknown platform\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WZ577PA#UUF)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XZ543EA#ABD)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WP055UA#ABA)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WJ835PA#UUF)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WY849EA#ACB)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT796EA#ABF)\nASUSTeK Computer INC. 1016PG based on ASUSTeK Computer INC. 1015PE\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP815EA#AB8)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LK947EA#ABF)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT794EA#ABF)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP532PA#UUF)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (WS608EA#AKC)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (XY949UARABA)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XZ519EA#ABE)\nIntel Corporation D425KTWE\nHewlett-Packard 100eu based on FOXCONN 2AB0 (WU539EA#AB8)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LW277UA#ABA)\nHewlett-Packard CQ1-1203LA based on PEGATRON CORPORATION 1492 (BM401AA#AKH)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WR432EA#UUZ)\nLG Electronics X170-L.AG7BE1 based on Quanta UL3\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XA507LA#ABM)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK024EA#ABT)\nLG Electronics XD140-L.ADW6E8 based on Quanta UL2\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LE635LA#ABM)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (WQ211AV)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (LD743EA#UUZ)\nPCSMART AIO Series\nZINOX TECHNOLOGIES LTD. ZINOX SMART BP PV based on Intel Corporation Intel powered classmate PC MP PV\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LL890EA#AB8)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN008EA#ABV)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XZ521EA#AKD)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WR265EA#ABZ)\nHewlett-Packard HP Mini 110 based on Hewlett-Packard 148A (123456#ABA)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (LD277EA#ABU)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (WL615PA#AB2)\nNEC PC-BL350AW6W based on NEC ND32\nHewlett-Packard HP Mini 2102 based on Hewlett-Packard 3660 (XR152LT#ABM)\nFORSA Corporation F3120\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LV831PA#UUF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LV651EA#ABZ)\nIntel Corporation Luna Pier CRB\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WJ833PA#UUF)\nCompaq-Presario BV518AA-AKL CQ1-1006D based on PEGATRON CORPORATION 1492h (BV518AA#AKL)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WP684PA#ACJ)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LL897EA#ABE)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XH041UAR#ABA)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP531PA#UUF)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP534PA#AKL)\nHewlett-Packard HP Mini 100e based on Foxconn 1586 (XB945AA#ARL)\nHewlett-Packard HP Mini 5102 (VB558AVR#ABG) based on Hewlett-Packard 3653\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XV048LA#ABM)\nLENOVO ThinkPad Mini10 3507A15\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WR550EA#ABE)\nFUJITSU FMVLMG30PK based on FUJITSU FJNB202\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WS158EA#ABF)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT760EA#ABV)\nHewlett-Packard PineTrail based on Hewlett-Packard 3660 (xxx123x#ABA)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XE950EA#B1A)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WH504EA#B1A)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LY929LA#AC8)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XM593AA#ACB)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (XA491LA#AC8)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (QC348PA#AB2)\nHewlett-Packard HP Mini 2102 based on Hewlett-Packard 3660 (XV089LA#ABM)\nLG Electronics X140-A.BG13P1 based on Quanta UL2\nHewlett-Packard CQ1-1403LA based on PEGATRON CORPORATION 1598 (QN695AA#AC8)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (LK649LA#AC4)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XR195LA#AC4)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (LD739EA#ACQ)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LV782PA#UUF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (XZ131UA#ABA)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XF018EA#B1A)\nHASEE E200 based on HASEE E210\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (LT023UA#ABA)\nHewlett-Packard CQ1-1505LA based on PEGATRON CORPORATION 1598 (QS320AA#ABM)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WS615EA#ACQ)\nMinix M1200 Series\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH186EA#ABF)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (QB443PA#ACJ)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VQ675EA#B1A)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ587UAR#ABA)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX824EA#UUW)\nLENOVO BP PV CLASSMATE+ based on Intel Corporation Intel powered classmate PC BP PV\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH234EA#BH4)\nZYREX COMPUTER SYSTEMS SKY T315P\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT761EA#ABV)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VQ675EA#ACB)\nHansung Computer Co.,Ltd. GX102 based on Intel Corporation Pine Trail - M\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH191EA#ABV)\nLG Electronics X200-L.AGL6E8 based on LG Electronics H00JL (90NSW3114J112204K2Y)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XA494LA#AKH)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (XY936UA#ABA)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (QB442PA#ACJ)\nLG Electronics XD140-L.ADP6E8 based on Quanta UL2\nTOSHIBA NB305 based on TOSHIBA PPVAA\nHewlett-Packard CQ1-1220BR based on PEGATRON CORPORATION 1492 (BT579AA#AC4)\nMICRO-STAR INTERNATIONAL CO., LTD MS-N034\nWearnes NE-1002 based on Wearnes NE1002-A1\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WK988UAR#ABA)\nLENOVO Ideapad S10-3s 0703A4S based on LENOVO Mariana-3B\nHewlett-Packard CQ1-1320BR based on PEGATRON CORPORATION 1492 (BZ003AA#AC4)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XW784EA#ACB)\nHewlett-Packard HP Mini 210-2100 based on Hewlett-Packard 1584 (LD294EA#ABU)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LT791EA#AB8)\nKRAFTWAY GEG based on ASUSTeK Computer INC. AT5NM10-I\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XU674EA#ABV)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WH862UA#ABA)\nPCSMART PTS Series\nLG Electronics X140-A.A710B3 based on Quanta UL2\nCompaq-Presario BK306AA-AR6 CQ1-1007D based on PEGATRON CORPORATION 1492h (BK306AA#AR6)\nLG Electronics H00JL\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WN699EA#ACB)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XS093EA#ABE)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK405EA#ABV)\nLG Electronics XD140-L.ADB6E8 based on Quanta UL2\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (123456#ABA)\nHewlett-Packard HP Mini 1103 based on Hewlett-Packard 1584 (LE764LA#ABM)\nHewlett-Packard Compaq Mini CQ10-800 based on Hewlett-Packard 1584 (LS428EA#AB8)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ580UAR#ABA)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ580UA#ABA)\nTOSHIBA NB255 based on TOSHIBA PAV10 DDR3\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WJ832PA#UUF)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XV734PA#UUF)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (XL647EA#ABF)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LR838EA#ABE)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XE919EA#ABF)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XR142LA#AC8)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WT462PA#UUF)\nHaierComputer X208 based on Quanta UW2\nPOSITIVO BGH BP PV based on Intel Corporation Intel powered classmate PC BP PV\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LQ520EA#ABE)\nTOSHIBA NB300 based on TOSHIBA NPVAA DDR3\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LG309PA#UUF)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (WQ821UA#ABA)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WH205LA#AC4)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XC643PA#AB1)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LE738LA#ABM)\nCompaq-Presario BK466AA-ABM CQ1-1009LA based on PEGATRON CORPORATION 1492h (BK466AA#ABM)\nHewlett-Packard HP Mini 100e based on Foxconn 1586 (LK665LC#AC4)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (XA491LA#AKH)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LE637LA#ABM)\nIntel SP PV TBA based on QCI Intel powered classmate PC SP PV\nSony Corporation VPCW217JC based on Sony Corporation VAIO\nSony Sc 175. Sony Sc 175 based on To be filled by Sony. (Sony Sc 175.)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LW291UARABA)\nBangho Suma BP PV based on Intel Corporation Intel powered classmate PC BP PV\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WH505EA#ABZ)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK423EA#ABZ)\nHewlett-Packard HP Pavilion dv2 Notebook PC based on Hewlett-Packard 148A (WN087AV)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LG318PA#UUF)\nHewlett-Packard HP Mini 210-3000 based on Hewlett-Packard 3594 (LY929LA#ABM)\nLG Electronics X140-N.AGB6E2 based on Quanta UL2A\nYeston Digital Technology Co .,LTD YESTON PT55D V1.1\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XL848UA#ABA)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WZ780EA#B1A)\nHewlett-Packard HP Mini 5102 based on Hewlett-Packard 3653 (VQ672EA#ACB)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XB783PA#ACJ)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XL400LA#ABM)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XG187PA#AB4)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XE987EA#UUW)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK381EA#ABH)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN006EA#ABV)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK338EA#ABE)\nHewlett-Packard CQ1-1325BR based on PEGATRON CORPORATION 1492 (QS454AA#AC4)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LR834EA#ACB)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WC256PA#UUF)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (XZ149UA#ABA)\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH188EA#ABF)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XA493LA#ABM)\nTOSHIBA NB525 based on TOSHIBA PBU00\nLG Electronics X140-N.AGW7T based on Quanta UL2A\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XA509LA#AKH)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WG579EA#ABD)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK933EA#AKD)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP824EA#ACQ)\nPositivo Mobile based on Quanta UW2\nDell Inc. Latitude 2120 based on Dell Inc. 0FY1F7\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WN703EA#ABU)\n2.00 Unknown platform\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XL163LA#ABM)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XN623ES#ACB)\nSony Corporation VPCW211AX based on Sony Corporation VAIO\nLG Electronics X200-L.ASS3T based on LG Electronics H00JL (90NSW3114H112205C0Y)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (WK470EA#ACB)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XF036EA#ABU)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (XL343LA#AC4)\nHewlett-Packard HP Mini 100e based on Foxconn 1586 (XB945AA#ABA)\nFUJITSU LIFEBOOK MH330 based on FUJITSU FJNBB0A\nHewlett-Packard HP Mini 1103 based on Hewlett-Packard 1584 (SP995LC#AC8)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WQ818UA#ABA)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LK010EA#ACQ)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (XA508LA#ABM)\nHewlett-Packard CQ1-1407LA based on PEGATRON CORPORATION 1598 (QN676AA#AKH)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN981EA#AKC)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WQ809UAR#ABA)\nPhecda Corporation P200+\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XG713UA#ABA)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LW292UA#ABA)\nHewlett-Packard Compaq Mini CQ10-400 based on Hewlett-Packard 148A (WR255EA#ABU)\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (XC676PA#AB0)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WH861UA#ABA)\nCompaq-Presario BK303AA-AB4 CQ1-1011D based on PEGATRON CORPORATION Yangtze (BK303AA#AB4)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XF023EA#ABF)\nCompaq Presario 061 WU115EA-A2Q 100eu RU100 based on FOXCONN Priv (WU115EA#A2Q)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WD354EA#AKD)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XH024UAR#ABA)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XE940EA#UUZ)\nHewlett-Packard 100eu based on FOXCONN 2AB0 (WU540EA#AKD)\nSony Corporation VPCW216AA based on Sony Corporation VAIO\nindigo networks N1030\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LV830PA#UUF)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX791EA#UUZ)\nUnknown manufacturer TIGD-CI3\nIntel Corporation D525MWVE\nGREATWALL A811 based on Intel Corporation Pine Trail - M\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WK939PA#AB1)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WK945PA#ACJ)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XP882PA#ABG)\nSAMSUNG ELECTRONICS CO., LTD. N315\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WR229EA#ABZ)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WG586EA#ABE)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LN984EA#UUW)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XV046LA#ABM)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (WT211ES#ARL)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ589UAR#ABA)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LD074EA#ABU)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX820EA#ABU)\nHewlett-Packard HP Mini 210-2000 based on Hewlett-Packard 1584 (XK362EA#ABF)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WZ580PA#UUF)\nLG Electronics X170-L.AG3BE1 based on Quanta UL3\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (XZ134UARABA)\nAquarius Pro, Std, Elt Series based on Intel Corporation D525MW\nLENOVO Ideapad S100 1067 (BM5080)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XZ518EA#ABU)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XE951EA#AKC)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (QB444PA#ACJ)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XE956EA#BED)\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH051EA#ACQ)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WF297EA#ABZ)\nViewSonic Corporation VNB108\nGoodM! Adame G2166\nHewlett-Packard HP Mini 1103 based on Hewlett-Packard 1584 (XT981UT#ABA)\nHewlett-Packard HP Mini 210-1100 based on Hewlett-Packard 3660 (WQ588UAR#ABA)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LE636LA#AKH)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (LF792EA#A2N)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (WK471EA#ACB)\nTSINGHUA TONGFANG CO.,LTD S07P\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (WB877EA#ABU)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XS090EA#ABE)\nJW Technology JW-D525M-GT\nHewlett-Packard HP Mini 110-3000 based on Hewlett-Packard 148A (WQ814UA#ABC)\nHewlett-Packard HP Mini 210 VT based on Hewlett-Packard 3660 (WL208EA#ABF)\nHewlett-Packard HP Mini 100e based on Foxconn 1586 (XG502LA#ABM)\nHewlett-Packard HP Mini 210-1000 based on Hewlett-Packard 3660 (VX786EA#ABD)\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XM592AA#UUW)\nHewlett-Packard HP Mini 110-3500 based on Hewlett-Packard 1584 (LD092EA#AB8)\nDEPO Computers Tiger-3L2\nLG Electronics X140-A.AS11B1 based on Quanta UL2\nSony Corporation VPCM129AJ based on Sony Corporation VAIO\nHewlett-Packard CQ1-1405LA based on PEGATRON CORPORATION 1598 (QN673AA#AC8)\nLG Electronics X140-L.ASB6E based on Quanta UL2\nHewlett-Packard HP Mini 2102 based on Hewlett-Packard 3660 (XR151LT#ABM)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XP817EA#B1A)\nHewlett-Packard HP Mini 110-3700 based on Hewlett-Packard 1584 (LZ767PA#AKL)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XH021UAR#ABA)\nLG Electronics XD140-L.AD5BE6 based on Quanta UL2\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QH233EA#BH4)\nHewlett-Packard Compaq Mini CQ10-500 based on Hewlett-Packard 148A (XE927EA#ABD)\nHewlett-Packard Compaq Mini CQ10-600 based on Hewlett-Packard 1584 (XZ147UAABA)\nDell Inc. Inspiron 1012\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (WK472EA#ACB)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XV790PA#ABG)\nDell Inc. Latitude 2110\nHewlett-Packard HP Mini 5103 based on Hewlett-Packard 1608 (XM594AA#ABT)\nHewlett-Packard HP Mini 110-3100 based on Hewlett-Packard 148A (XW773EA#AB8)\nLG Electronics X140-L.ASW6E8 based on Quanta UL2\nHewlett-Packard HP Mini 110-3800 based on Hewlett-Packard 3594 (QG112UA#ABA)\nLG Electronics H00JL (90NSW31121123201R0Z)\nLENOVO ThinkPad X100e 3507A31


url: =Christian Zwieb - American Heart Association Research Portal\n09GRNT2080038: Molecular basis of human signal peptide recognition\nSignal Recognition ... Medicine & Life Sciences\nArchaeoglobus fulgi... Medicine & Life Sciences\nJingjing Li, Fan Zhou, Deguo Zhan, Qinqin Gao, Nan Cui, Jiwen Li & 4 others, Elena Iakhiaeva, Christian Zwieb, Biaoyang Lin & Jiemin Wong, Nov 23 2012, In : Journal of Biological Chemistry. 287, 48, p. 40641-40651 11 p.\nElena Iakhiaeva, Alexei Iakhiaev & Christian Zwieb, Nov 13 2010, In : BMC Molecular Biology. 11, 83.\nChristian Zwieb & Shakhawat Bhuiyan, Aug 13 2010, In : Archaea. 2010, 485051.


url: =20 March 2018 Pin routability and pin access analysis on standard cells for layout optimization\nJian Chen; Jun Wang; ChengYu Zhu; Wei Xu; Shuai Li; Eason Lin; Odie Ou; Ya-Chieh Lai; Shengrui Qu\nJian Chen , Jun Wang , ChengYu Zhu\nWei Xu , Shuai Li , Eason Lin , Odie Ou , Ya-Chieh Lai , Shengrui Qu\nProceedings Volume 10588, Design-Process-Technology Co-optimization for Manufacturability XII; 105880D (2018) https://doi.org/10.1117/12.2297290\nJian Chen, Jian Chen, Jun Wang, Jun Wang, ChengYu Zhu, ChengYu Zhu, Wei Xu, Wei Xu, Shuai Li, Shuai Li, Eason Lin, Eason Lin, Odie Ou, Odie Ou, Ya-Chieh Lai, Ya-Chieh Lai, Shengrui Qu, Shengrui Qu, } "Pin routability and pin access analysis on standard cells for layout optimization", Proc. SPIE 10588, Design-Process-Technology Co-optimization for Manufacturability XII, 105880D (20 March 2018); doi: 10.1117/12.2297290; https://doi.org/10.1117/12.2297290\nThe method study of building grid standard land price based...\nJian Chen, Jun Wang, ChengYu Zhu, Wei Xu, Shuai Li, Eason Lin, Odie Ou, Ya-Chieh Lai, Shengrui Qu, "Pin routability and pin access analysis on standard cells for layout optimization," Proc. SPIE 10588, Design-Process-Technology Co-optimization for Manufacturability XII, 105880D (20 March 2018);


url: =by Mike | May 3, 2017 | Prison re-entry, prison reform, prisoner | 0 Comments\n"The distance between insanity and genius is measured only by success.” -Bruce Feirstein. This quote, in my simple mind, seems to reason that insanity measured alone, results in failure every time. Trust me, as someone who’s had his head smashed into the hood of a car...\nFor decades America’s leaders and law makers have been operating under the delusion that the answer to squashing the escalation of criminal behavior in our culture surrounds harsher punishment, longer sentences, and using approaches to punishment that nurture the broken spirit, and hopeless dispositions of the men and women serving time in our prisons.\nby Mike | Dec 24, 2016 | Change, hope, Recovery, Salvation and Faith | 0 Comments\nI want to say thank you Brittany Shelton for choosing my story http://discoveringbeautiful.com/meet-mike-palombi-author-speaker/ to be on your blog this year. I meet so many people Brittany, who believe God is doing something for me that He can't or won't do for them....


url: =Ying lian hui bian / Wang Rongshang bian | National Library of Australia\nWang, Rongshang. (1899). Ying lian hui bian. [China] : Shen ji shu zhuang\nWang, Rongshang. Ying lian hui bian / Wang Rongshang bian Shen ji shu zhuang [China] 1899\nWang, Rongshang. 1899, Ying lian hui bian / Wang Rongshang bian Shen ji shu zhuang [China]\n| title=Ying lian hui bian / Wang Rongshang bian\n| author1=Wang, Rongshang\n| publisher=Shen ji shu zhuang\n楹聯彙編 / 王榮商編\n[China] : Shen ji shu zhuang, Guangxu ji hai \n[China] : 慎記書莊, 光緖己亥 \n8 v. (in case) ; 13 cm.\nDonation from Dr. James Hayes 2013.\nCouplets, Chinese. | Chinese poetry.\nZhongguo hua hui bian\nGu bi wen bian / Zhang Han bian zuan\nYuan qu xuan wai bian Sui Shusen bian


url: =Letter from Dr. Bailey Washington to the President of the Columbian Institute, May 28, 1832 - siris_arc_367544|Smithsonian Institution Archives\nLetter from Dr. Bailey Washington to the President of the Columbian Institute, May 28, 1832\nID: SIA RU007051 [SIA_007051_S02_B01A_F06_D08]\nCitation: Smithsonian Institution Archives, Record Unit 7051, Columbian Institute Records, Image No. SIA_007051_S02_B01A_F06_D08\nLetter from B Washington to the President of the Columbian Institute, resigning his office as Treasurer and requesting his accounts be examined. Dated 28 May 1832.\nSmithsonian Institution Archives, Record Unit 7051, Columbian Institute Records, Image No. SIA_007051_S02_B01A_F06_D08\nSIA RU007051 [SIA_007051_S02_B01A_F06_D08]\nGentlemen Expecting to leave this City for a year or more, in the course of the present week, I hereby resign my [[strikethrough]] appointment [[/strikethrough]] office of Treasurer, and request that a committee may be appointed to examine my accounts, which are herewith presented very respectfully B Washington May 28/1832\n[[rotated clockwise 90 degrees]] Read May 28. 1832 [[/rotated]] The President Columbian Institute


url: =Visual Inspection System of Cigarette Package Faults Based on DSP+FPGA--《Packaging Engineering》2008年07期\n《Packaging Engineering》 2008-07\nVisual Inspection System of Cigarette Package Faults Based on DSP+FPGA\nQIU Chao,CHEN Xing-zhou(Henan University of Technology,Zhengzhou 450007,China)\nA hardware platform design with machine vision to inspect the image of cigarette package was proposed and the software was developed.Firstly,the intensity of pictures should be processed by gray scale,then denoised and binarized with proper binarization.The faults of package tag paper such as mismatch and rake angle are finally identified in the binarized image.This method is efficient in the high speed and automatic package inspection.\n【CateGory Index】： TS43\n1 ZHANG Xing-lan(School of Computer Science & Engineering,Chongqing University of Technology,Chongqing 400050,China);Study on Packaging Defects Automatic Measurement Method Based on Machine Vision[J];Journal of Chongqing Institute of Technology(Natural Science);2009-05\n2 YUAN Kui,XIAO Han,HE Wen-hao Institute of Automation,Chinese Academy of Sciences,Beijing 100190,China;Survey on machine vision systems based on FPGA[J];Computer Engineering and Applications;2010-36\n1 HE Xin (Hunan College of International Business & Economics,Changsha 410015,China);Study on the Key Technology of Casing Quality Inspection of Small Package Cigarette Based on Machine Vision[J];Packaging Engineering;2007-08\n2 YIN Ye-hong WANG Tao CHEN Ying ( Department of Optoelectronic Engineering, Huazhong University of Science and Technology, Wuhan 430074, China );Implementation of Image Preprocessing Filter Algorithm in FPGA[J];Optics & Optoelectronic Technology;2004-05\n3 GAO Chao, REN Ke, GUO Yong-cai (Key Laboratory of Optoelectronic Technology and Systems of Education Ministry of China, Chongqing University,Chongqing 400030);Surface Crack Examination Technology Based on Machine Vision[J];Aviation Precision Manufacturing Technology;2007-05\n4 Wu,Jiong Zhang,Xiubin Zhang,Feng Men,Pengtao Sun,Zhimin;The experiment research of edge detection in digital image[J];Control & Automation;2004-05\n2 SUN Hui , ZHAO Hong(Xi'an Jiaotong University, Xi'an 710049, China);Automatic Detection System for Printing Defects on the Medicine Package[J];Packaging Engineering;2004-01\n3 YANG Ou1,2,GUO Bao-Ping2,HU Tao1,2,GUO Xuan1,2(1.Huazhong University of Science and Technology,Wuhan 430070,China;2.Shenzhen University,Shenzhen 518060,China);Application of Multi-templates Algorithm in Defect Inspection of Printed Matter[J];Packaging Engineering;2007-03\n4 JIA Yun de,XU Yi hua,LIU Wan chun,YANG Cong,ZHU Yu wen (Dept.of Computer Science and Engineering,Beijing Institute of Technology,Beijing 100081,China);A Miniature Real-Time Stereo Vision Machine with Multiple Cameras[J];Acta Electronica Sinica;2003-09\n5 WEI Hai-ping,ZHAO Bao-jun,TANG Lin-bo,HE Pei-kun(School of Information Science and Technology,Beijing Institute of Technology,Beijing 100081,China);Improvement of Canny algorithm and implementation in hardware[J];Optical Technique;2006-02\n6 YANG Guang-yu,TONG Xin-xin,ZHU Dan (Information Laboratory of Photoelectricity,Shenyang Institute of Automation,Chinese Academy of Science,Shenyang 110016,China);A method of real-time histogram statistic based on FPGA[J];Mechanical & Electrical Engineering Magazine;2007-04\n7 TIAN Qian1, HE Xin2 (1. Bosch Security Systems Limited, Beijing 100020; 2. Beijing BlueStar Technology Co., Ltd.);Real-time Vision System for Tracking Object with DSP and FPGA Architecture[J];Computer Engineering;2005-15\n8 HUANG Xin xin 1, QI De yu 1, WANG Xiu yuan 2 (1. Departmartment of Computer Engineering & Science, South China University of Technology, Guangzhou Guangdong 510641, China; 2. Departmartment of Mechatronic Engineering, South China University of Te;THE ALGORITHMS FOR REALTIME IMAGE BOUNDARY RECOGNITION[J];Computer Applications;2001-03\n9 WU Si-fu~1,FU Yu-zhuo~1,Deng Hong-mei~2 (1.School of Microelectronic,SJTU,Shanghai 200030,China;2.Math&Science College,SHTU,Shanghai 200234,China);Real Time Imaging Matching System Based on Phase Only Correlation[J];Computer Simulation;2005-11\n10 HE Wen-hao,YUAN Kui,ZOU Wei(Hi-tech Innovation Centre,Inst.of Automation,Chinese Academy of Sciences,Beijing 100080,China);Self-adaptive threshold edge detection and its implementation in hardware[J];Systems Engineering and Electronics;2009-01\n1 QU Yun et al(Hebei Agricultural University,Baoding,Hebei 071000);Research Progress of Computer Vision Technology in the Control of Crop Diseases,Pests and Weeds[J];Journal of Anhui Agricultural Sciences;2011-09\n2 ZHU Zuo-fu,XU Chao,GE Hong-mei (Xuzhou College of Industrial Technology,Xuzhou 221000,China);Applications of Machine Vision in Packaging[J];Packaging Engineering;2010-03\n3 ZHANG Xing-lan1,OUYANG Qi2,ZHAO Li-ming2 (1.College of Computer Science & Technology, Chongqing University of Technology, Chongqing 400050,P.R. China;2.College of Material Science & Engineering, Chongqing University, Chongqing 400044, P.R. China);The image definition improved algorithm for hot continuous casting billet surface defects inspection[J];Journal of Chongqing University;2010-05\n4 Cai Haocong Xie Yun Liu Jiaxiao Zheng Haicheng(Dept.of automation,Guangdong University of Technology);Real-Time Detection of the Voice Diaphragm's Inside and Outside Circles Based on SOPC[J];Automation & Information Engineering;2011-02\n1 JIN Bin 1,GOU Yong￣cai 1, YANG Guan￣ling 2, HE Zhen￣jiang 2, XIE Li￣li 1 (1. College of Opto￣electronic Engineering,Chongqing University,Chongqing,400044,China;2. Department of Applied Physics,Southern China Normal Universit;A Fast Median Filtering Algorithm[J];JOURNAL OF CHONGQING UNIVERSITY(NATURAL SCIENCE EDITION);1999-05\n2 LIAO Qiang 1,ZHOU Yi 1, MI Lin 2, XU Zhong jun 1 (1.College of Mechanical Engineering ,Chongqing University ,Chongqing 400044, China; 2.State Key Lab. of Mechanical Transmission , Chongqing 400044, China);The Applications of Machine Vision to Precision Measurement[J];Journal of Chongqing University(Natural Science Edition);2002-06\n3 LIU Zhi chun, WANG Jing ru (Institute of Optics and Electronics, Chinese Academy of Sciences, Chengdu 610209, China);An Image Enhancement Preprocessor Based on the Field Programmable Gate Arrays[J];Opto-electronic Engineering;2001-03\n4 LIU RONG-HUI(1,2)1.Hefei Industrial University,Hefei 230009,China2.Wuhu Cigarette Factory,Wuhu 241002,Anhui,China;Application of Machine Vision System in GDX2 Packing Machine[J];Tobacco Science & Technology;2005-11


url: =language:"English" topic_facet:"Medicinal plants" building:"Kudat"\nMedicinal plants Herbs 2 Materia medica, Vegetable 2 Aromatic plants 1 Botany, Medical 1 Dusun (Bornean people) 1 Ethnobotany 1 more ... Experiential learning 1 Folklore 1 Therapeutic use 1 Traditional ecological knowledge 1 less ...\nShowing 1 - 7 results of 7 for search '"Medicine"', query time: 0.31s\nZhong Guo shi yong ben cao = Edible and medicinal plants of China editor in chief: Zheng Han Chen.\nLanguage: English Suggested Topics: Medicinal plants Library: Kudat\nKudat 6 Headquarters 6 Keningau 6 Papar 6 Penampang 6 Sandakan more ... 6 Tawau 5 Lahad Datu 4 Beaufort 4 Ranau 4 Semporna 4 Sipitang 4 Tamparuli 4 Tenom 4 Tuaran 3 Beluran 3 Kota Belud 3 Kota Kinabalu 3 Kota Marudu 3 Kuala Penyu 3 Kunak 3 Membakut 3 Nabawan 3 Tambunan 3 Tanjung Aru 2 Pitas 1 Bandar Sri Indah, Tawau 1 Forest Research Centre, Sandakan 1 Matunggong 1 Urban Transformation Centre see all ... less ...\n5 English Collection 2 Miscellaneous Collection 1 Chinese Collection 1 Lincoln Collection 1 Malaysiana Collection\n5 English Adult Reference 2 English Adult Non-Fiction 1 Chinese Adult Reference 1 English Non-Reference 1 Government Publications Collection 1 Koleksi Penyerahan Negeri more ... 1 Local History Collection 1 Malaysiana Collection 1 Pusat Penyimpanan Koleksi Negara see all ... less ...\n7 Reference 2 Loan Item 1 Preservation\n2 Wiart, Christophe 1 Amnah Abdullah 1 Institut Penyelidikan Perhutanan Malaysia 1 Mastura Mohtar 1 Mustaffa Mahmood 1 Persatuan Pengguna Pulau Pinang more ... 1 Robert Francis Peters, 1969- 1 Seminar on Medicinal and Aromatic Plants 1 Wan Hassan Wan Embong 1 Zheng, Han Chen see all ... less ...\n1 Asia 1 Asia, Southeastern 1 China 1 Malaysia 1 Pacific Area 1 Sabah more ... 1 Southeast Asia see all ... less ...


url: =Quality evaluation of Coreopsis tinctoria in Xinjiang and Yunnan based on HPLC fingerprint and PLS-DA--《Chinese Traditional Patent Medicine》2015年12期\n《Chinese Traditional Patent Medicine》 2015-12\nQuality evaluation of Coreopsis tinctoria in Xinjiang and Yunnan based on HPLC fingerprint and PLS-DA\nHUANG Han;ZENG Ling-jie;FENG Hong-yao;MO Yun-cai;GUO Yu-mei;LIAO Su-xi;School of Traditional Chinese Medicine,Guangdong Pharmaceutical University;\nAIM To evaluate the quality of Coreopsis tinctoria in Xinjiang and Yunnan by HPLC fingerprint and partial least-squares discriminant analysis( PLS-DA). METHODS The analysis of C. tinctoria extract was performed on Agilent TC-C18column( 4. 6 mm × 250 mm,5 μm),mobile phase was acetonitrile-0. 1% H3PO4 aqueous solution with gradient elution,flow rate was 1. 0 m L / min,column temperature was maintained at 30 ℃,and detection wavelength was set at 254 nm. RESULTS The similarities of eleven samples in training set were more than 0. 983. PLS-DA could significantly distinguish the samples from Xinjiang and Yunnan. Moreover,eleven constituents( chromatographic peaks) were taken as classification markers. CONCLUSION This method is simple,stable and feasible,which can be used for the quality control and classification of Coreopsis tinctoria.\n1 Qi Fang,Rong Rong,Xue Fuzhong.School of Public Health,Shandong University (250012),Ji'nan;The PLS Statistic Pattern Recognition Model for Identifying the CHMP-markers[J];Chinese Journal of Health Statistics;2011-06\n2 CAO Yan1,PANG Shi-bin2,XU Lei2,FAN Yu-dong1,MING Ting1,SUN Yu-hua2*(1.School of Pharmacy,Shihezi University,Shihezi 832000,China; 2.Xinjiang Institute of Materia Medica,Urumchi 830004,China);Antioxidant Activities of Coreopsis tinctoria Extracts in vitro[J];Chinese Journal of Experimental Traditional Medical Formulae;2011-12\n3 YUN Qi;LIU Qing-wang;MA Xiao-hua;GAO Xiao-li;ZHOU Jian-ping;Department of Pharmaceutics,China Pharmaceutical University;College of Traditional Medicine,China Pharmaceutical University;Xinjiang Uygur Autonomous Region Food and Drug Administration;College of Pharmacy,Xinjiang Medical University;;Quality assessment and classification of Persicae Semen based on HPLC-UV fingerprint[J];China Journal of Chinese Materia Medica;2014-05\n1 PAN Ying1, LI Ning1, NI Hui2, MENG Da-li1, JIA Xiao-guang2 1. Key Laboratory of Structure-Based Drug Design & Discovery, Ministry of Education, School of Traditional Chinese Materia Medica, Shenyang Pharmaceutical University, Shenyang 110016, China 2. Xinjiang Institute of Chinese Materia Medica and Ethical Materia Medica, Urumqi 830002, China;Advances in research on chemical constituents in plants of Coreopsis L. and their pharmacological activities[J];Drugs & Clinic;2012-05\n2 WANG Peng;ZHOU Hong-lei;XUE Fu-zhong;WANG Zhen-guo;Academy of Clinical Chinese Medicine,Anhui University of Traditional Chinese Medicine;Key Laboratory of Ministry of Education of the Classical Theory of Traditional Chinese Medicine,Shandong University of Traditional Chinese Medicine;School of Public Health,Shandong University;;Analysis of Infrared Spectra of 60Kinds of Plant Extract of Traditional Chinese Medicine and Study on the Identification and Evaluation of Characteristics of the Regional Markers Associated with Cold and Heat Nature[J];Spectroscopy and Spectral Analysis;2014-01\n3 JIANG Bao-ping;XU Li-jia;JIA Xiao-guang;XIAO Pei-gen;Key Laboratory of Bioactive Substances and Resources Utilization of Chinese Herbal Medicine, Ministry of Education, Institute of Medicinal Plant Development, Chinese Academy of Medical Sciences and Peking Union Medical College;Xinjiang Institute of Chinese Medica and Ethnodrug;;Research progress on the chemical constituents and pharmacological activities of Coreopsis tinctoria[J];Drugs & Clinic;2014-05\n4 Qiang Yang;Yu-hua Sun;Li Zhang;Lei Xu;Meng-ying Hu;Xiao-yan Liu;Feng-ying Shi;Zheng-yi Gu;School of Pharmacy, Shihezi University;Xinjiang Institute of Materia Medica;Institute of Materia Medica Chinese Academy of Medical Science;;Antihypertensive Effects of Extract from Flower Buds of Coreopsis tinctoria on Spontaneously Hypertensive Rats[J];中草药(英文版);2014-02\n5 GONG Xue;ZHONG Dai-jiang;CHEN Qi-jun;WANG Lu;YAO Gang;College of Veterinary Medicine,Xinjiang Agricultural UniversityUrumqi;;Effects of Aqueous and Ethanol Extracts of Coreopsis tinctoria Flower on Body Weight and Blood Parameters of Rats[J];Progress in Veterinary Medicine;2014-11\n6 FANG Ruiping;TANG Hui;HUANG Jian;CHEN Ruirui;ZHANG Baoguang;School of Chemical Engineering,Kunming University of Science and Technology;;Research Status of Pharmacological Effects and Analysis Strategies of Nutrients of Snow Chrysanthemum[J];Materials Review;2014-19\n7 Lü Jun-lan,YUAN Hai-long,JIN Shi-ying,et al.Department of Pharmacy,No.302 of the Chinese PLA Hospital,Beijing 100039,China;Research on the daily administration times of Rhubarb[J];Global Traditional Chinese Medicine;2012-03\n8 JING Si-qun 1,2 , REN Zhi-yan 1 , MA Ze-xin 1 , ZHANG Xiao-ming 1* (1.State Key Laboratory of Food Science and Technology, School of Food Science and Technology, Jiangnan University, Wuxi 214122; 2.College of Life Sciences and Technology, Xinjiang University, Urumqi 830046);Optimization of the technology condition for ultra high pressure extraction Coreopsis basalis total flavonoids by response surface method[J];Food Science and Technology;2013-06\n9 FU Ji-hong;SHI Min-shan;Physics and Chemistry Detecting Center, Xinjiang University;;Determination of trace elements and dissolution rate in Coreopsis tinctoria Nuff. of Xinjiang[J];Food Science and Technology;2013-10\n10 GUO Li-min;ZHANG Ping;ZHANG Qian;LI Shi-ming;Institute of Agro-Food Storage and Science & Technology of Xinjiang,Academy of Agricultural Sciences;College of Life Sciences, Huanggang Normal University;Department of Food Science, Rutgers University;;Recent Advances in the Analysis, Extraction, Characterization and Biological Activities of Chemical Substances of Kunlun Chrysanthemum(Coreopsis tinctoria)[J];Food Science;2014-07\n2 ZHU Du, CHENG Fei-biao, XIA Jian-hui, LI Chang-sheng (College of Life Science, Jiangxi Normal University, Nanchang 330027, China; Jiangxi Science and Technology Normal University, Nanchang 330044, China);Extraction and Determination of Flavonoids in Rowers of Coreopsis basalis[J];Food Science;2005-09\n3 ZHU Du,ZENG Qing-gui,JIANG Yu-mei,YAN Ri-ming,HUANG Si-sheng (College of Life Sciences, Jiangxi Normal University, Jiangxi Provincial Key Lab of Protection and Utilization of Subtopic Plant Resources, Nanchang 330022, China);Performance of Absorption and Separation of the Macroporous Resin for Flavonoids from Coreopsis basalis Flowers[J];Food Science;2006-10\n4 ZHANG Yan-wan1,WANG Shao-ting2(1.Fuwai Hospital for Cardiology,Chinese Academy of Medical Sciences,Beijing 100037,China;2.Clinical Medicine,Peking Union Medical College,Tsinghua University,Beijing 100005,China);The application of high performance liquid chromatographic technology in quantitative analysis[J];Experimental Technology and Management;2007-10\n5 WU Chun~*,CHEN Lin-lin(Chemistry Center,Harbin Commerce University,Harbin 150076,China);Study on Scavenging Activity of Free Radicals by Semen Cuscutae Flavonoids[J];Natural Product Research and Development;2005-05\n6 WU Jun, TU Peng fei, ZHAO Yu ying (Department of Natural Medicine, School of Pharmaceutical Sciences, Beijing University, Beijing 100083, China);Isomers of amygdalin in BUYANG HUANWU TANG and its production[J];Chinese Traditional and Herbal Drugs;2002-02\n7 Jin Zhichao,Lu Jian,Wu Cheng,et al.Department of Health Statistics,Second Military Medical University(200433),Shanghai.;Two Multiple Classification Methods Based on Partial Least Squares Using Tumor Microarray Gene Expression Data on a Comparative Study[J];Chinese Journal of Health Statistics;2009-05\n8 YUAN Dan 1,HU Shuang 1,BI Kai-shun 1,DIAO Gui-fen 1,KANO Y oshihiro 2 (1.Shenyang Pharmaceutical University,Shenyang 110 015,China;2.Hokkaido College of Pharmacy,Otaru 047-0264,Japan);Studies on the quality evaluation of Semen Persicae[J];Chinese Pharmaceutical Journal;2003-01\n9 PEI Jin1*,YAN Yonggang2,WAN Deguang1,MO Shurong1(1.Chengdu University of Traditional Chmese Medicine,Chengdu 610075,China;2.Shanxi University of Chinese Madicine,Xianyang 712046,China);GC-MS fingerprint analyses of fatty acids in peach seed[J];China Journal of Chinese Materia Medica;2009-18\n10 MENG Hui HONG Wen-Xue~*(Department of Biomedical Engineering,Yanshan University,Qinhuangdao 066004);Progress in the Preprocessing of Mass Spectrometry Proteomics Data[J];Chinese Journal of Biomedical Engineering;2009-03


url: =Business Service China Shanghai - WorldBid B2B Market\n38 visiting now: 12 USA 12 France 9 China 1 Italy 1 UK 1 Algeria 1 Vietnam 1 Czech Republic Highlighted CompaniesSuzhou Rico Machinery Co., Ltd (China): RICO, a professional CNC machinery company, who integrated research,\n» Business Service China\nBusiness Service China - China\nprice: contact company for price Business Service China Photos Catalog\tGood day, we are a Shanghai local business service company with branch office in Beijing.\nOur service consists in assisting you in your dealings with Chinese partners - be it in finding them, organising your trip to China, translation, quality control, etc.\nWaiting for your requests, Yours faithfully, Tobias C. Beck\nPS: If you simply need a driver for your trips around the Shanghai region, please consider our special driver service:\nPosted By: Instantchina\nAddress: Gong He Xin Lu 2428, Shanghai, China\nEmail: Website: http://instantchina.com/


url: =dblp: Wei Wang 0023\nWei Wang 0023\naffiliation: Beijing Jiaotong University, School of Electrical Engineering, National Active Distribution Network Technology Research Center, China\naffiliation (until 1988): Northeast Dianli University, Jilin, China\nnot to be confused with: Wei Wang 0012\nYongjing He , Wei Wang , Xuezhi Wu :\nMulti-Agent Based Fully Distributed Economic Dispatch in Microgrid Using Exact Diffusion Strategy. IEEE Access 8: 7020-7031 (2020)\nRui Li , Wei Wang, Mingchao Xia:\nCooperative Planning of Active Distribution System With Renewable Energy Sources and Energy Storage Systems. IEEE Access 6: 5916-5926 (2018)\nLong Cheng , Pablo Acuna , Shaoyuan Wei, John E. Fletcher , Wei Wang , Jiuchun Jiang :\nFast-Swap Charging: An Improved Operation Mode For Catenary-Free Light Rail Networks. IEEE Trans. Veh. Technol. 67(4): 2912-2920 (2018)\nLong Cheng 0008


url: =Room 405B, Material Building A\n2008-present Professor, School of Materials Science and Engineering, Shanghai Jiao Tong University\n2003-2008 Associate Professor, School of Materials Science and Engineering, Shanghai Jiao Tong University\n1999-2003 Research associate, JSPS postdoctoral fellowship, Department of Materials Science and Engineering, Kyoto University, Japan\n1997-1999 Lecturer, School of Materials Science and Engineering, Shanghai Jiao Tong University\n1994-1997 Department of materials science, Shanghai Jiao Tong University PhD\n1991-1994 Department of materials science, Shanghai Jiao Tong University Master\n1987-1991 Department of materials science, Shanghai Jiao Tong University Bachelor\n3. Computational materials science (Undergraduate course)\n4. Emerging technology in preparation of materials (Graduate course)


url: =Publications Authored by Gui-yu Cheng | PubFacts\nAre you Gui-yu Cheng? Register this Author\nPublications by authors named "Gui-yu Cheng"\nZu-Yang Yuan Gui-Yu Cheng Ke-Lin Sun You-Sheng Mao Jian Li Yong-Gang Wang Da-Li Wang Shu-Geng Gao Qi Xue Jin-Feng Huang Ju-Wei Mu\nJ Thorac Dis 2014 Jun;6(6):726-33\nhttp://dx.doi.org/10.3978/j.issn.2072-1439.2014.04.08 DOI Listing\nBai-Hua Zhang Gui-Yu Cheng Qi Xue Shu-Geng Gao Ke-Lin Sun Yong-Gang Wang Ju-Wei Mu Jie He\nAsian Pac J Cancer Prev 2013 ;14(3):1889-94\nDepartment of Thoracic Surgery, Cancer Hospital and Institute, Chinese Academy of Medical Sciences and Peking Union Medical College, Beijing, China.\nhttp://dx.doi.org/10.7314/apjcp.2013.14.3.1889 DOI Listing\nWei Dai Meng-jia Liu Zhi-rong Zhang Ju-wei Mu Ke-lin Sun Gui-yu Cheng Ru-gang Zhang Da-li Wang\nZhonghua Yi Xue Za Zhi 2013 May;93(17):1321-3\nDepartment of Thoracic Surgery, Cancer Hospital, Peking Union Medical College & Chinese Academy of Medical Sciences, Beijing 100021, China.\n[Clinical analysis and surgical treatment of 14 cases of esophageal gastrointestinal stromal tumors].\nKun Yang Qi Xue Gui-yu Cheng Jie He\nZhonghua Yi Xue Za Zhi 2012 Nov;92(41):2924-6\nDepartment of Thoracic Surgery, Chinese Academy of Medicine Sciences, Beijing, China.\nDa-wei Wang Jie He Kai Liang Xiao-lei Zhu Jing-si Dong Gui-yu Cheng Ke-lin Sun Xiang-yang Liu Wen-dong Lei Jian Li\nZhonghua Zhong Liu Za Zhi 2012 Jul;34(7):514-6\nhttp://dx.doi.org/10.3760/cma.j.issn.0253-3766.2012.07.009 DOI Listing\nFang Lü Qi Xue Kang Shao You-sheng Mao Shu-geng Gao Ju-wei Mu Feng-wei Tan Gui-yu Cheng Jie He\nZhonghua Zhong Liu Za Zhi 2012 Jun;34(6):461-4\nhttp://dx.doi.org/10. 3760/cma.j.issn.0253-3766.2012.06.013 DOI Listing\nFei-yue Feng Gui-yu Cheng Shu-geng Gao Xiang-yang Liu You-sheng Mao Feng-wei Tan Bin Qiu Ning Li Fang Li Jie He\nZhonghua Yi Xue Za Zhi 2012 May;92(17):1190-3\nDepartment of Thoracic Surgery, Cancer Hospital/Institute, Chinese Academy of Medical Sciences & Peking Union Medical College, Beijing 100021, China.\nYou-sheng Mao Jie He Jing-si Dong Gui-yu Cheng Ke-lin Sun Xiang-yang Liu De-kang Fang Jian Li Yong-gang Wang\nZhonghua Zhong Liu Za Zhi 2012 Apr;34(4):296-300\nDepartment of Thoracic Surgical Oncology, Chinese Academy of Medical Sciences, Beijing 100021, China.\nhttp://dx.doi.org/10.3760/cma.j.issn.0253-3766.2012.04.013 DOI Listing\nJu-wei Mu Bai-hua Zhang Ning Li Fang Lü You-sheng Mao Qi Xue Shu-geng Gao Jun Zhao Da-li Wang Zhi-shan Li Yu-shun Gao Liang-ze Zhang Jin-feng Huang Kang Shao Fei-yue Feng Liang Zhao Jian Li Gui-yu Cheng Ke-lin Sun Jie He\nZhonghua Zhong Liu Za Zhi 2012 Apr;34(4):301-5\nhttp://dx.doi.org/10.3760/cma.j.issn.0253-3766.2012.04.014 DOI Listing\nYou-sheng Mao Jie He Shao-ping Yan Gui-yu Cheng Ke-lin Sun Xiang-yang Liu De-kang Fang Jian Li Yong-gang Wang Jin-feng Huang\nZhonghua Zhong Liu Za Zhi 2012 Jan;34(1):51-6\nDepartment of Thoracic Surgical Oncology, Chinese Academy of Medical Sciences, Beijing, China.\nYou-Sheng Mao Jie He Shao-Ping Yan Jing-Si Dong Gui-Yu Cheng Ke-Lin Sun Xiang-Yang Liu De-Kang Fang Jian Li Yong-Gang Wang Jin-Feng Huang\nChin Med J (Engl) 2010 Nov;123(21):3089-94\nDepartment of Thoracic Surgical Oncology, Cancer Hospital (Institute), Chinese Academy of Medical Sciences, Peking Union Medical College, Beijing 100021, China.\nYou-Sheng Mao Jie He Gui-Yu Cheng\nZhonghua Zhong Liu Za Zhi 2010 Jun;32(6):401-4\nLei Zhang Gui-yu Cheng Ning Lü You-sheng Mao Zhi-hui Zhang Jian Li Xiao-yan Li Xiao-guang Ni Shao-qing Lai Shun He Gui-xiang Yu Feng-huan Ju Hua-ying Xun Rong-rong Cheng Pei-pei Xu Gui-qi Wang\nZhonghua Yi Xue Za Zhi 2010 Apr;90(16):1109-12\nDepartment of Endoscopy, Cancer Hospital, Peking Union Medical College, Chinese Academy of Medical Sciences, Beijing 100021, China.\nXiao-Yan Li Gui-Yu Cheng Zhi-Hui Zhang Ning Lü Yue-Ming Zhang Shuang-Mei Zou Li-Yan Xue Lei Zhang Xiao-Guang Ni Shao-Qing Lai Shun He Gui-Xiang Yu Feng-Huan Ju Hua-Ying Xun Rong-Rong Cheng Gui-Qi Wang\nZhonghua Zhong Liu Za Zhi 2009 Jul;31(7):536-40\nDepartment of Endoscopy, Cancer Hospital (Institute), Chinese Academy of Medical Sciences and Peking Union Medical College, Beijing 100021, China.\nJu-Wei Mu Fang Lü Yong-Gang Wang Jian Li You-Sheng Mao De-Kang Fang Xiang-Yang Liu Ping-Jun Meng Lin Yang Gui-Yu Cheng Ke-Lin Sun De-Chao Zhang Ru-Gang Zhang Da-Wei Zhang Guo-Jun Huang Jie He\nZhonghua Yi Xue Za Zhi 2008 Feb;88(6):383-6\nJu-Wei Mu Xue-Zhong Xing Jian Li Gui-Yu Cheng Ke-Lin Sun Jie He\nZhonghua Yi Xue Za Zhi 2008 Feb;88(7):468-70\nDa-Li Wang Gui-Yu Cheng Ke-Lin Sun Ping-Jin Meng De-Kang Fang Jie He\nZhonghua Wai Ke Za Zhi 2008 Feb;46(3):193-5\nDepartment of Thoracic Surgery, Cancer Institute and Hospital, Peking Union Medical College, Chinese Academy of Medical Sciences, Beijing 100021, China.\nShu-Geng Gao Gui-Yu Cheng Ke-Lin Sun Jie He\nZhonghua Yi Xue Za Zhi 2007 Jun;87(23):1616-7\nGuo-Jun Huang You-Sheng Mao De-Chao Zhang Ke-Lin Sun Jie He Gui-Yu Cheng\nChin Med J (Engl) 2007 Apr;120(8):619-21\nKe-lin Sun Jie He Gui-yu Cheng Li-xun Chai\nChin Med J (Engl) 2007 Mar;120(5):355-8\nDepartment of Thoracic Surgery, Cancer Institute and Hospital, Chinese Academy of Medical Sciences, Peking Union Medical College, Beijing 100021, China.\n[Surgical therapeutic strategy for non-small cell lung cancer with (N2) mediastinal lymph node metastasis].\nGuo-jun Huang De-kang Fang Gui-yu Cheng De-chao Zhang\nZhonghua Zhong Liu Za Zhi 2006 Jan;28(1):62-4\nDepartment of Thoracic Surgical Oncology, Cancer Institute, Chinese Academy of Medical Sciences and Peking Union Medical College, Beijing 100021, China.\n[Diagnosis and surgical treatment of inflammatory pseudotumor of the lung: a report of 51 cases].\nBing Wang De-Chao Zhang Gui-Yu Cheng Jie He\nAi Zheng 2005 Feb;24(2):219-21\nDepartment of Thoracic Surgery, Cancer Institute/Hospital, Chinese Academy of Medical Sciences and Peking Union Medical College, Beijing, 100021, P. R. China.\n[Influence of the number of lymph node metastasis on survival and significance of postoperative radiotherapy for esophageal carcinoma].\nZe-fen Xiao Zong-yi Yang Lü-hua Wang Hong-xing Zhang Qin-fu Feng Dong-fu Chen Zong-mei Zhou De-chao Zhang Ke-lin Sun Gui-yu Cheng Jie He\nZhonghua Zhong Liu Za Zhi 2004 Feb;26(2):112-5\nDepartment of Radiation Oncology & Thoracic Surgery Oncology, Cancer Institute (Hospital), Chinese Academy of Medical Sciences, Peking Union Medical College, Beijing 100021, China.


url: =Concasseur machine liang guan - amrosengartenalian zhuanghe detai crusher crusher machine liang guan anatomy of a gold mine mesin crussing ball mill details automatic spoon etite piste concasseurs de ontacter le fournisseur concasseur minemining - dimensionehifisrl.\nConcasseurs Godl Mine\n2019-9-30crusher machine liang guanhao guan heli raymond mill powder machine spirosurveyhao guan heli raymond mill powder machine rbritiin newest crusher raymond machine for mineral powders mining is the extraction of valuable minerals.\nMelody Long General Manager DongGuan YuBang\nOur product lines are including dehumidifying dryer, plastic crusher, industrial chiller, mould temperature controller, plastic color mixer, plastic auto-loader and belt conveyor ongguan yubang precision machinery is the professional enterprises of the domestic brand in plastic rubber auxiliary machinery field, and we have many large scale customers like philip, tti and so on.\nGuang I Crushing Plant Palladinocafe\nCrusher machine liang guan henan mining machinery co ltdrusher machine liang guan granite crushing plant after first crushing, the material will be fed into cone crusher by belt conveyor for secondary crushing learn more crusher machine liang guan shanghai nmn machinery co, ltd is one hightech enterprise, which involves rd, production, sales and service as well in the past 20.\nJin Ma Crusher Machinery Co Riaddarailen\nK series mobile crushing plant crusher machine liang guan, jin ma crusher machinery co sher machinery co pdf jaw crusher pe 1000 1200 mayukhportfolio nextjin ma crusher machinery coescription of ball mill ball and race mill and bowl mill improve ball mill.\nConcasseur liang guan - celikozeuhao guan shao rui crusher yan liang was killed by guan yu and yuan shaos troops were routed , trituradora de impacto bao jian concasseur de piedra shao bao spesifikasi planta ore info shao rui crusher - kasprzyk-arteu.\nScrew Water Cooled Chiller The Chiller Royal Machinery\n2012-11-30dongguan dongguan area guan sheng machinery coltds a professional screw water cooled chiller manufacturers, suppli.\nMesin Crussing Gobeyondmba\nCrusher machine liang guanesin crusher liang guan usiness plan for stone crusher setup in indiahere are large variations in the types of stone crusher setup across the countryrusher machine liang guan sale mesin crusher zhao wei nirmalhotel mesin crusher liang guanesin crusher liang guan komplet hammer mill m 2000 world news xu zhu stone.\nChiller Screw Chillers Professional Chiller Manufacturers\n2012-11-30dongguan city, guan sheng machinery coltd was founded in 1992, is a research and development, production and sale of chiller, industrial chillers, screw chillers, screw chillers, mold temperature controller, mold temperature control machine.\nCrusher machine liang guan crusher machine liang guan - partnerfarmerrusher machine liang guan - miningbmwmuan yu machinery factory coltd asiamachineryt is a interactive b2b e-platform for the global machinery industry offering machinery related information and tradeshows to a global community of over obtn el precio.\nBlister Cursh Machine India Henan Mining Machinery\nBlister cursh machine inde obtenir le prix vente mesin concassr zhao wei chaletdei vente mesin concassr zhao wei crusher machine liang guan quipement de broyagesale mesin crusher zhao wei nirmalhotel sale mesin crusher crusher machine liang guan sand washing machine la machine concassr liang guan joyal stone crusher vente mesin ive chat.\nGuanzang Crusher Clasificadores Ecole2baseball\nMachine de concasseur liang guan - smartknuanzang crusher clasificadores kvvlaarnekalkenjeugduanzang concasseur clasificadores 200ton broyeur a cylindres malaisie algrie la plus concasseur 200ton par heure italie 10 broyeur a boulets livre 10 tonnes par jour grindig fabricants moulin a ahmedabad guanzang concasseur clasificadores guanzang concasseur clasificadores guanzang.\nPlastic Machinery Plastic Pipe Extrusion Line Plastic\nWe will always put the quality in the first place, our team of inspectors controls all production steps and makes sure each machine is tested with its original voltage, frequency and.\nShao guan heli raymond mill powder machinehao guan heli raymond mill powder machine - small , raymond crushers antigua and barbuda mill ball magnet appliion shao guan crusher sayaji jaw crusher machine problems and how we solved that cara kerja mesin raymond ore info kjs cement mill road aishbagh lucknow.\nSale Directly Impact Mobile Flotation Cell With Good Performance\nTeritary Station For Ball Mill Machine\nDry Tailings Discharge For Sand Hot Sales\nPrestige Sandwich Maker Grill Pgmfb Black


url: =GEOPOLYMERIC BEHAVIOR AND STRUCTURE OF LOWER MODULUS SODIUM SILICATE SOLUTIONS--《Journal of The Chinese Ceramic Society》2004年08期\n《Journal of The Chinese Ceramic Society》 2004-08\nGEOPOLYMERIC BEHAVIOR AND STRUCTURE OF LOWER MODULUS SODIUM SILICATE SOLUTIONS\nCAO Deguang~(1,2), SU Dagen~(1), SONG Guosheng~(3) (1. Institute of Materials, South China University of Technology, Guangzhou 510641; 2. School of Chemistry & Chemical Engineering, Guangxi University, Nanning 530004; 3 Analytical and Testing Center, South China University of Technology, Guangzhou 510641, China)\nThe structures of the lower modulus sodium silicate solutions were investigated using NMR and FTIR spectroscopy. The degree of geopolymeric reaction between metakaolinite and sodium silicate solutions was characterized by the compressive strengths of the products of the geopolymeric reaction. The statistical data show that the content of oligosialates in the lower modulus sodium silicate solution is directly correlated with the degree of geopolymeric reaction. The higher content of oligosialates, the more perfect of the geopolymeric reaction is.\n【CateGory Index】： TQ170\n1 HU Puhua1,WANG Aiguo1,2,SUN Daosheng1(1 Department of Materials Science and Engineering,Anhui Institute of Architecture and Industry,Hefei 230022;2 College of Materials Science and Engineering,Nanjing University of Technology,Nanjing 210009);Orthogonal Optimization Design of Preparing Geopolymeric Cement with Alkali Activation of Coal-kaolinite[J];Materials Review;2008-11\n2 Ai Guicheng(College of Petroleum Engineering,China University of Petroleum,Dongying 257061,China);Discussion on rheological and filtrating properties of silicate drilling fluid[J];Fault-Block Oil & Gas Field;2008-04\n3 AN Jin-peng,LU Zhong-yuan*,YAN Yun Southwest University of Science and Technology,Mianyang 621002,China;Fly Ash Based Geopolymers Solidification Material Modified by Blending With Natural Zeolite[J];Journal of Nuclear and Radiochemistry;2008-03\n4 XIAO Xue-jun ~1, LI Hua-jian()~2, SUN Heng-hu ~2(1. Department of Resources, China University of Mining & Technology (Beijing), Beijing 100083,China; 2. Department of Material Science and Engineering, Tsinghua University, Beijing 100084, China);Effect of silicate solutions on metakaolinite based cementitious material[J];煤炭学报(英文版);2006-01\n5 Cai Cheng, Ding Shubai, Ouyang Jian et al. Research Institute of Petroleum Exploration and Development , PetroChina, Beijing City, 100083, China;Flocculation structure and rheological characteristics of sodium silicate w/o emulsion[J];Petroleum Geology and Recovery Efficiency;2007-01\n1 MA Hong wen, LING Fa ke, YANG Jing, WANG Gang (National Laboratory of Mineral Materials, China University of Geosciences, Beijing100083, China);Preparation of Mineral Polymer from Potassium Feldspar Wastes: An Experimental Study[J];;2002-05\n2 Yuan Ling 1, Shi Hui sheng 1, Wang Zheng lan 2 (1 State Key Laboratory of Concrete Materials Research,Tongji University,Shanghai 200092,China; 2 Department of Materials Science&Engineering,Anhui Construction Industry College,Hefei 230022,China);Research and development status of geopolymeric cement[J];Housing Materials & Applications;2002-02\n3 Ma Shujie, Xin Minqian, Feng Dianying and Ding Hong (Department of Chemistry, Jilin University, Changchun);Studies on Sodium Silicate Solutions and Sodium Aluminosilicate Solutions[J];Chemical Research In Chinese Universities;1987-02\n4 Yuan Hongchang Jiang Yaozhong (Department of Materials Science and Engineering,Tsinghua University);The development of geopolymer and its future application in our country[J];BULLETIN OF THECHINESE CERAMIC SOCIETY;1998-02\n6 WANG Ya-jing 1, 2 , ZHAI Yu-chun 1, TIAN Yan-wen 1, HAN Yue-xin 1, LIU Lian-li 1, JI Sheng-li 2 (1. School of Material a nd Metallurgy, Northeast University, Shenyang 110006, China; 2. Department of Applied Chemistry, Shenyang Institute of Chemical Technology, Shenyang 110142, China);Infrared and Raman spectr a of aluminate and SiO_2-containing sodium aluminate solutio ns[J];The Chinese Journal of Nonferrous Metals;2003-01\n1 Hou Yunfen,Zhou Wenjuan,Lu Hongbo(School of Civil and Traffic Engineering,BUCEA Beijing 100044);Properties of Fly Ash-Based Geopolymers Concrete[J];Journal of Beijing University of Civil Engineering and Architecture;2008-01\n2 ZHAO Dafang, LI Xiaodong, ZHENG Chunman, HU TianjiaoKey Laboratory of Ceramic Fibers and Composites, Institute of Aerospace and Materials Engineering, National University of Defense Technology, Changsha 410073, China;Production mechanism of polyaluminocarbosilane using aluminum acetylacetonate with polysilacarbosilane[J];Journal of University of Science and Technology Beijing;2007-02\n3 LU Chunhua,XU Zhongzi (College of Material Science and Engineering,Nanjing University of Technology,Nanjing,210009,China);Research on the Devitrification Microstructure of Sm~(3+)Doped Alkali Zinc Borosilicate Glass[J];Glass & Enamel;2004-01\n4 TENG Wei-wei1,YU Wan-li1,2,LUO Yong-an1,2(1.Yanshan University Gemstone Identification and Research Center,Qinhuangdao 066004,China;2.State Key Laboratory of Metastable Materials Science and Technology,Yanshan University,Qinhuangdao 066004,China);Study on Component and Structure of a Kind of Imitated Chicken-Blood Stone[J];Journal of Gems & Gemmology;2008-01\n5 Qiu Shi-lun, Pang Wen-qin and Yao Shang-qing (Institute of Synthetic and Catalytic Chemistry, Jilin University, Changchun);STUDY ON THE LOCATION OF IRON IN FERROZEOSILITE[J];Chinese Journal of Catalysis;1989-02\n6 LI Zhen,HAN Wei,SHAO Xiao-mei(Yangtze River Scientific Research Institute,Wuhan 430010,China);Application of Geopolymer in Material Field and Its Development[J];Journal of Yangtze River Scientific Research Institute;2008-04\n7 GU Bingwei ,WANG Peiming ,XIONG Shaobo (School of Materials Science & Engineering, Tongji University, Shanghai 200092; 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