url: =Analysis of "1·5" Vital Electrical Fire Accident in Particular of Lisheng Coal Mine and Its Preventive Measures--《Industry and Mine Automation》2012年01期\n《Industry and Mine Automation》 2012-01\nAnalysis of "1·5" Vital Electrical Fire Accident in Particular of Lisheng Coal Mine and Its Preventive Measures\nSUN Ji-ping(State Key Laboratory of Coal Resources and Safe Mining of CUMT.(Beijing),Beijing 100083,China)\nThe paper analyzed time,type,place and causes of "1 ·5" vital electrical fire accident in particular of Lisheng Coal Mine,and considered that the fire accident happened in the No.3 blind shaft of the central shaft at 2010-01-05T12:05.It got causes of the accident: an old non-fire resistant cable fired because of short current;main ventilator had not run before the accident;there were incomplete ventilating equipments as well as wrongful series ventilation,no independent ventilation system,no water supply system in the central shaft and no escaping passages under-240 m mining level;underground miners had not carried self-rescuers.Finally,it proposed following preventive measures of the kind of fire accident:(1) Do not use non-fire resistant cable and old cable.(2) Do not use electrical switches and equipments prohibited by explicit order,and protection devices for leakage,over-current and grounding must be set,tuned and calibrated in mine power supply system according to corresponding rules and standards.(3) There must be no less than 2 safe walking passages leading to the ground in tunnels and working areas besides driving working faces and temporary areas,and no less than 2 walking exits connecting to the ones leading to the ground between a mining level and an upper mining level or each district.(4) There must be mine safety sign on mine hoisting equipments.(5) Main ventilator of mine cannot stop,there must be independent ventilating system in mine,and ventilating equipments must be set according to Coal Mine Safety Regulations.(6) There must be water supply system underground.(7) Workers underground must carry oxygen self-rescuer.\n【Fund】： 国家自然科学基金重点项目(51134024);国家自然科学基金项目(51074169);; 教育部博士点基金资助项目(20090023110008)\n1 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083,China);Research of Key Technologies about Electrical Safety of Coal Mine[J];Industry and Mine Automation;2011-01\n2 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083,China);Research of Urgency of Prevention and Treatment of Electromechanical and Transport Accidents of Coal Mine[J];Industry and Mine Automation;2011-04\n3 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100013,China);Research on Emergency Refuge System in Underground Mine[J];Coal Science and Technology;2011-01\n5 SUN Ji-ping(State Key Laboratory of Coal Resources and Safe Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);The key technologies of the refuge chamber and rescue capsule in the underground coal mine[J];Journal of China Coal Society;2011-05\n2 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083);Research of Integrated Method of Prevention and Control of Gas[J];Industry and Mine Automation;2011-02\n3 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083,China);Research of Urgency of Prevention and Treatment of Electromechanical and Transport Accidents of Coal Mine[J];Industry and Mine Automation;2011-04\n4 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Mine Safety Monitoring and Control Technology and System[J];Coal Science and Technology;2010-10\n6 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Study on Identified Method of Coal and Rock Interface Based on Image Identification[J];Coal Science and Technology;2011-02\n7 DUAN Yu-long1,ZHANG Hong-min2,ZHOU Xin-quan1,FENG Xiao-guang1,WANG Yi1,WANG Pu1(1.State Key Laboratory of Coal Resources and Safe Mining,China University of Mining and Technology(Beijing),Beijing 100083,China;2.Teaching Affairs Division,Henan University of Urban Construction,Pingdingshan 467000,China);Micro thermal dynamics analysis on mine supporting wood under the effect of flame wave after methane explosions[J];Journal of China Coal Society;2010-08\n8 SUN Ji-ping1,2(1.State Key Laboratory of Coal Resources and Safe Mining,China University of Mining and Technology(Beijing),Beijing 100083,China;2.The Professional Committee on Automation,China Coal Society,Beijing 100083,China);Technologies of monitoring and communication in the coal mine[J];Journal of China Coal Society;2010-11\n9 SUN Ji-ping(State Key Laboratory of Coal Resources and Safe Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Research on characteristics and key technology in coal mine internet of things[J];Journal of China Coal Society;2011-01\n10 SUN Ji-ping(State Key Laboratory of Coal Resources and Safe Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Research on coal-mine safe production conception[J];Journal of China Coal Society;2011-02\n1 SUN Ji-ping~(1,2,3)(1.China University of Mining and Technology(Beijing),Beijing 100083,China.2.Coal Mine Automation Committee of China Coal Society,Beijing 100083,China.3.Information and Automation Committee of China Coal Industry Committee of Technology,Beijing 100083,China);Review and Prospect of Technologies of Automation and Informatization of Coal Mine[J];Industry and Mine Automation;2010-06\n3 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083,China);Research of Key Technologies about Electrical Safety of Coal Mine[J];Industry and Mine Automation;2011-01\n4 SUN Ji-ping(State Key Laboratory of Coal Resource and Safety Mining of CUMT.(Beijing),Beijing 100083);Research of Integrated Method of Prevention and Control of Gas[J];Industry and Mine Automation;2011-02\n5 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Networking of Underground Mine Personnel Position Monitoring and Measuring System[J];Coal Science and Technology;2009-11\n6 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Mine Safety Monitoring and Control Technology and System[J];Coal Science and Technology;2010-10\n7 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Personnel Position Monitoring Technology and System in Underground Mine[J];Coal Science and Technology;2010-11\n8 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100083,China);Mine Communication Technology and System[J];Coal Science and Technology;2010-12\n9 SUN Ji-ping(State Key Lab of Coal Resources and Safety Mining,China University of Mining and Technology(Beijing),Beijing 100013,China);Research on Emergency Refuge System in Underground Mine[J];Coal Science and Technology;2011-01


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url: =Showing results 34151 to 34200 out of 40181\n12636 SN 2016cvv 1 1 19:20:28.850 +54:12:30.66 SN Ia 0.038 CGCG 280-024 0.045 PTSS iPTF PTSS PTSS-16ijc CNEOST - STA1600 P60 - SEDM Y Y 1 17.8 r-Sloan 2016-06-16 17:01:24 Li\n2744 2016-06-18 13:34:35 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 19:20:28.850 +54:12:30.66 2016-06-16 17:01:24 17.8 r-Sloan 1 1 PSN CGCG 280-024 0.045 PTSS-16ijc PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 22" west and 10” south of the center of CGCG 280-024\n12637 AT 2016cvw 1 22:46:12.820 +10:33:33.31 MCG +02-58-008 0.039 PTSS PTSS PTSS-16ipw CNEOST - STA1600 Y Y 17.8 r-Sloan 2016-06-18 19:31:24 Li\n2745 2016-06-19 03:38:23 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 22:46:12.820 +10:33:33.31 2016-06-18 19:31:24 17.8 r-Sloan 1 1 PSN MCG +02-58-008 0.039 PTSS-16ipw PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 6" east and 7” north of the center of MCG +02-58-008. The absolute magnitude is -18.3m\n3123 2016-06-18 19:31:24 17.8 0.04 19.2 VegaMag r-Sloan CNEOST_STA1600 40 Bin Li\ntns_2016cvw_atrep_2745_PTSS.png Graphics 2016-06-19 03:42:59 M51\n12701 SN 2016cyi 1 2 22:16:58.390 +46:44:07.28 SN IIn 0.043 ZOAG G097.31-08.31 PTSS PTSS PTSS PTSS-16jik CNEOST - STA1600 BAO-2.16m - Phot-spec Y Y 2 17.1 r-Sloan 2016-06-25 19:22:43 Li\n2817 2016-06-27 01:46:50 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 22:16:58.390 +46:44:07.28 2016-06-25 19:22:43 17.1 r-Sloan 1 PSN ZOAG G097.31-08.31 PTSS-16jik PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 55" east and 1” north of the center of ZOAG G097.31-08.31\n3215 2016-06-25 19:22:43 17.1 0.1 19.6 VegaMag r-Sloan CNEOST_STA1600 50 Bin Li\n314 2016-08-07 06:35:15 xwang L. Rui, H. Lin, X. Wang, W Li, Z Yang (THU), B. Li, Z. Xu, H. Zhao, L. Wang (PMO), J. Zhang (YNAO), T. Zhang (NAOC) PTSS SN IIn 0.043 1 PTSS A spectrum taken on Aug. 02.7 2016 with the Xinglong 2.16-m telescope of NAOC shows that this transient is consistent with a type IIn supernova like SN 2010jl at about 5 weeks from explosion. Note that this object was incorrectly typed as an AGN in our initial report.\n322 2016-08-02 16:47:59 BAO-2.16m_Phot-spec 3000 Liming Rui and Han Lin Liming Rui PTSS tns_2016cyi_2016-08-02.70_BAO-2.16m_Phot-spec_PTSS_0.txt Object PTSS\n313 2016-08-06 12:35:52 xwang L. Rui, H. Lin, X. Wang, W Li, Z Yang (THU), B. Li, Z. Xu, H. Zhao, L. Wang (PMO), J. Zhang (YNAO), T. Zhang (NAOC) PTSS AGN 0.043 1 PTSS The spectrum taken on Aug. 02.7 with the Xinglong 2.16-m telescope of NAOC shows that this transient is consistent with an AGN at a redshift of 0.043.\n321 2016-08-02 16:47:59 BAO-2.16m_Phot-spec 3000 Liming Rui and Han LIn Liming Rui PTSS tns_2016cyi_2016-08-02.70_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n322 2016-08-02 16:47:59 BAO-2.16m / Phot-spec 3000 Liming Rui and Han Lin Liming Rui PTSS tns_2016cyi_2016-08-02.70_BAO-2.16m_Phot-spec_PTSS_0.txt Object PTSS\n321 2016-08-02 16:47:59 BAO-2.16m / Phot-spec 3000 Liming Rui and Han LIn Liming Rui PTSS tns_2016cyi_2016-08-02.70_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n12710 AT 2016cyr 2 17:06:27.500 +21:32:53.10 SDSS J170627.63+213256.2 0.033 PTSS, GaiaAlerts GaiaAlerts, PTSS PTSS-16jkp CNEOST - STA1600, Gaia - Gaia-photometric Y Y 18.1 r-Sloan 2016-06-29 15:05:47 Li\n3896 2016-07-28 23:03:37 Gaia_Bot1 A. Delgado, D. Harrison, S. Hodgkin, M. van Leeuwen, G. Rixon, A. Yoldas (University of Cambridge), on behalf of Gaia Alerts team GaiaAlerts 17:06:27.500 +21:32:53.10 2016-07-26 12:23:02 18.21 G-Gaia 2 PSN Gaia16awt GaiaAlerts candidate SN in galaxy SDSS J170627.57+213249.7, GS-TEC predicts SN II\n4980 2016-07-26 12:23:02 18.21 0.2 ABMag G-Gaia Gaia_Gaia-photometric 60 Robot\n4979 2016-04-18 11:08:09 21.5 ABMag G-Gaia Gaia_Gaia-photometric Robot [Last non detection]\n2826 2016-06-30 01:11:13 M51 Hanjie Tan, Wenxiong Li (THU), Bin Li (PMO), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 17:06:27.540 +21:32:53.18 2016-06-29 15:05:47 18.1 r-Sloan 1 1 PSN SDSS J170627.63+213256.2 0.033 PTSS-16jkp PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 1" west and 3” south of the center of SDSS J170627.63+213256.2. The absolute magnitude is -17.6m\n3237 2016-06-29 15:05:47 18.1 0.1 19.6 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\ntns_2016cyr_atrep_2826_PTSS.png Graphics 2016-06-30 08:04:34 M51\n12711 AT 2016cys 1 15:31:55.280 +01:22:44.91 SDSS J153155.38+012245.6 PTSS PTSS PTSS-16jpc CNEOST - STA1600 Y Y 19.4 r-Sloan 2016-06-29 14:01:40 Li\n2827 2016-06-30 01:22:29 M51 Zesheng Yang (THU), Wenxiong Li (THU),Bin Li (PMO), Hanjie Tan (CCU),Zhijian Xu, Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 15:31:55.280 +01:22:44.91 2016-06-29 14:01:40 19.4 r-Sloan 1 1 PSN SDSS J153155.38+012245.6 PTSS-16jpc PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 2" west and 1” south of the center of SDSS J153155.38+012245.6\n3238 2016-06-29 14:01:40 19.4 0.1 20.4 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\ntns_2016cys_atrep_2827_PTSS.png Graphics 2016-06-30 08:04:01 M51\n12736 SN 2016czr 2 1 16:45:37.200 +21:49:20.50 SN Ia 0.04 SDSS J164536.92+214924.5 PTSS, GaiaAlerts None GaiaAlerts, PTSS PTSS-16jvj CNEOST - STA1600, Gaia - Gaia-photometric P60 - SEDM Y Y 1 18.1 r-Sloan 2016-07-08 13:56:32 Li\n3858 2016-07-27 11:25:41 Gaia_Bot1 A. Delgado, D. Harrison, S. Hodgkin, M. van Leeuwen, G. Rixon, A. Yoldas (University of Cambridge), on behalf of Gaia Alerts team GaiaAlerts 16:45:37.200 +21:49:20.50 2016-07-25 06:23:02 18.66 G-Gaia 2 PSN Gaia16awh GaiaAlerts candidate SN near galaxy 2MASX J16453692+2149243, GS-TEC predicts SN Ib/c\n4903 2016-07-25 06:23:02 18.66 0.2 ABMag G-Gaia Gaia_Gaia-photometric 60 Robot\n4902 2016-06-06 13:46:33 21.5 ABMag G-Gaia Gaia_Gaia-photometric Robot [Last non detection]\n2852 2016-07-09 01:21:17 M51 Hanjie Tan (CCU), Wenxiong Li (THU), Bin Li (PMO), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 16:45:37.250 +21:49:19.30 2016-07-08 13:56:32 18.1 r-Sloan 1 PSN SDSS J164536.92+214924.5 PTSS-16jvj PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 5" east and 4” south of the center of SDSS J164536.92+214924.5\n3279 2016-07-08 13:56:32 18.1 0.03 20 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\n301 2016-07-30 02:32:21 nblago Nadejda Blagorodnova None SN Ia 0.04 1 1\ntns_2016czr_classrep_301.pdf 2016-07-30 02:32:21 nblago\n309 2016-07-28 08:14:58 P60_SEDM 2100 SEDM None tns_2016czr_2016-07-28_08-14-58_P60_SED-Machine.txt Object\n309 2016-07-28 08:14:58 P60 / SEDM 2100 SEDM None tns_2016czr_2016-07-28_08-14-58_P60_SED-Machine.txt Object\n12753 AT 2016dai 3 21:44:11.018 +08:51:56.69 SDSS J214410.73+085158.9 PTSS, Pan-STARRS1, iPTF iPTF, Pan-STARRS1, PTSS PTSS-16kfg CNEOST - STA1600, PS1 - GPC1, P48 - CFH12k Y Y 19.1 r-Sloan 2016-07-16 18:49:43 Li\n4607 2016-08-26 09:07:55 iPTF_Bot1 M. Kasliwal, Y. Cao (Caltech), on behalf of iPTF iPTF 21:44:11.006 +08:51:56.43 2016-08-26 06:57:36 19.6 R-PTF 2 PSN iPTF16dai iPTF 2018-08-26\n6165 2016-08-26 06:57:36 19.6 ABMag R-PTF P48_CFH12k 60 iPTF\n6164 2009-01-01 00:00:00 21.5 ABMag R-PTF P48_CFH12k 60 iPTF [Last non detection]\n4434 2016-08-19 17:42:16 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 21:44:11.018 +08:51:56.69 2016-08-09 09:04:19 19.57 r-Sloan 1 PSN PS16dud Pan-STARRS1\n5902 2016-08-09 09:04:19 19.57 0.04 20.6 ABMag r-Sloan PS1_GPC1 45 Robot\n2869 2016-07-17 05:14:19 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 21:44:11.010 +08:51:56.91 2016-07-16 18:49:43 19.1 r-Sloan 1 PSN SDSS J214410.73+085158.9 PTSS-16kfg PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 4" east and 2” south of the center of SDSS J214410.73+085158.9\n3311 2016-07-16 18:49:43 19.1 0.1 19.7 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\n11344 AT 2016ayh 1 07:41:57.140 +17:06:53.36 SDSS J074157.12+170654.1 None PTSS-16kg Other - Other Y Y 19.1 r-Sloan 2016-03-10 11:24:22 Li\n1419 2016-03-11 16:09:34 M51 Bin Li (PMO), Zesheng Yang (THU), Wenxiong Li (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO) None 07:41:57.140 +17:06:53.36 2016-03-10 11:24:22 19.1 r-Sloan 1 1 PSN SDSS J074157.12+170654.1 PTSS-16kg This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n1597 2016-03-10 11:24:22 19.1 0.08 19.2 VegaMag r-Sloan Other_Other 60 Bin Li Xuyi 1.04 m Schmit telescope of Purple Mountain Observatory, China\ntns_2016ayh_atrep_1419.png Graphics 2016-03-11 16:09:34 M51\n13754 AT 2016emu 1 17:24:53.160 +18:32:25.00 2MASX J17245315+1832253 PTSS PTSS PTSS-16mhm CNEOST - STA1600 Y Y 18.2 i-Sloan 2016-08-01 13:28:54 Li\n3961 2016-08-02 13:55:01 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu,Zesheng Yang (THU), Hanjie Tan(CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 17:24:53.160 +18:32:25.00 2016-08-01 13:28:54 18.2 i-Sloan 1 PSN 2MASX J17245315+1832253 PTSS-16mhm PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 1" east and 0” south of the center of 2MASX J17245315+1832253\n5095 2016-08-01 13:28:54 18.2 0.1 19.3 VegaMag i-Sloan CNEOST_STA1600 60 Bin Li\n14411 SN 2016flv 1 1 22:45:29.960 -07:20:07.14 SN Ia APMUKS(BJ) B224253.45-073553.1 PTSS PTSS PTSS PTSS-16mvt CNEOST - STA1600 BAO-2.16m - Phot-spec Y Y 1 17.5 r-Sloan 2016-08-27 16:00:50 Li\n4694 2016-08-28 06:12:52 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 22:45:29.960 -07:20:07.14 2016-08-27 16:00:50 17.5 r-Sloan 1 1 PSN APMUKS(BJ) B224253.45-073553.1 PTSS-16mvt PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 0" east and 2” south of the center of APMUKS(BJ) B224253.45-073553.1\n6290 2016-08-27 16:00:50 17.5 0.1 19.8 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\ntns_2016flv_atrep_4694_PTSS.png Graphics 2016-08-28 06:50:33 M51\n362 2016-08-30 02:56:40 niki_rui Liming Rui PTSS SN Ia 1 PTSS\n370 2016-08-28 14:09:36 BAO-2.16m_Phot-spec 3000 Feng Xiao Liming Rui PTSS tns_2016flv_2016-08-28.59_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n370 2016-08-28 14:09:36 BAO-2.16m / Phot-spec 3000 Feng Xiao Liming Rui PTSS tns_2016flv_2016-08-28.59_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n14412 AT 2016flw 1 23:21:06.900 -08:06:35.08 2MASX J23210756-0806359 0.0986 PTSS PTSS PTSS-16mvu CNEOST - STA1600 Y Y 19.8 r-Sloan 2016-08-27 15:57:01 Li\n4695 2016-08-28 06:19:41 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 23:21:06.900 -08:06:35.08 2016-08-27 15:57:01 19.8 r-Sloan 1 1 PSN 2MASX J23210756-0806359 0.0986 PTSS-16mvu PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 9" west and 1” north of the center of 2MASX J23210756-0806359\n6291 2016-08-27 15:57:01 19.8 0.1 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\ntns_2016flw_atrep_4695_PTSS.png Graphics 2016-08-28 06:50:14 M51\n14443 SN 2016fnb 2 1 22:58:28.774 -10:33:21.04 SN IIP 0.025019 FGC 2436 0.025 PTSS, Pan-STARRS1 PTSS Pan-STARRS1, PTSS PTSS-16mxs CNEOST - STA1600, PS1 - GPC1 BAO-2.16m - Phot-spec Y Y 1 19 r-Sloan 2016-08-28 16:34:24 Li\n5871 2016-10-10 17:42:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 22:58:28.774 -10:33:21.04 2016-10-06 08:42:43 19.12 w-PS1 1 PSN PS16enr Pan-STARRS1\n8293 2016-10-06 08:42:43 19.12 0.04 22 ABMag w-PS1 PS1_GPC1 45 Robot\n4728 2016-08-29 15:44:57 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 22:58:28.780 -10:33:20.90 2016-08-28 16:34:24 19 r-Sloan 1 1 PSN FGC 2436 0.025 PTSS-16mxs PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 7" east and 11” north of the center of FGC 2436\n6356 2016-08-28 16:34:24 19 0.1 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\ntns_2016fnb_atrep_4728_PTSS.png Graphics 2016-08-30 02:52:46 M51\n363 2016-08-31 07:00:51 niki_rui Liming Rui (THU), Xiaofeng Wang (THU), Tianmeng Zhang (NAOC), in Li (PMO), Wenxiong Li (THU), Jia Junjun PTSS SN IIP 0.025019 1 PTSS\n371 2016-08-30 18:00:00 BAO-2.16m_Phot-spec 3600 Jia Junjun Liming Rui PTSS tns_2016fnb_2016-08-30.75_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n371 2016-08-30 18:00:00 BAO-2.16m / Phot-spec 3600 Jia Junjun Liming Rui PTSS tns_2016fnb_2016-08-30.75_BAO-2.16m_Phot-spec_PTSS.txt Object PTSS\n14305 SN 2016fhu 2 1 22:03:03.980 +11:54:07.45 SN Ia 0.076 2MASX J22030401+1154106 0.076 PTSS, iPTF iPTF iPTF, PTSS PTSS-16ncp P48 - CFH12k, CNEOST - STA1600 P200 - DBSP Y Y 1 18.6 r-Sloan 2016-08-31 14:27:32 Li\n4781 2016-09-01 05:59:44 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 22:03:03.980 +11:54:07.45 2016-08-31 14:27:32 18.6 r-Sloan 1 PSN 2MASX J22030401+1154106 0.076 PTSS-16ncp PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 0" east and 4” south of the center of 2MASX J22030401+1154106. The absolute magnitude is -19.0m\n6439 2016-08-31 14:27:32 18.6 0.1 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\n4579 2016-08-25 08:02:24 iPTF_Bot1 M. Kasliwal, Y. Cao (Caltech), on behalf of iPTF iPTF 22:03:04.031 +11:54:07.47 2016-08-25 06:37:26 20.123 R-PTF 2 PSN iPTF16fhu iPTF 2018-08-25\n6107 2016-08-25 06:37:26 20.123 ABMag R-PTF P48_CFH12k 60 iPTF\n6106 2009-01-01 00:00:00 21.5 ABMag R-PTF P48_CFH12k 60 iPTF [Last non detection]\n374 2016-09-02 08:13:52 rferr Raphael Ferretti iPTF SN Ia 0.076 1 iPTF\n382 2016-08-26 07:54:25 P200_DBSP David Cook Sladjana Knezevic iPTF tns_2016fhu_2016-08-26_07-54-25_P200_DBSP_iPTF.ascii Object iPTF\n382 2016-08-26 07:54:25 P200 / DBSP David Cook Sladjana Knezevic iPTF tns_2016fhu_2016-08-26_07-54-25_P200_DBSP_iPTF.ascii Object iPTF\n14567 AT 2016frq 1 00:39:16.610 -04:30:27.77 APMUKS(BJ) B003643.81-044653.4 PTSS PTSS PTSS-16nfp CNEOST - STA1600 Y Y 19.3 r-Sloan 2016-09-02 17:35:38 Li\n4860 2016-09-04 05:47:32 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 00:39:16.610 -04:30:27.77 2016-09-02 17:35:38 19.3 r-Sloan 1 PSN APMUKS(BJ) B003643.81-044653.4 PTSS-16nfp PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 1" west and 3” south of the center of APMUKS(BJ) B003643.81-044653.4\n6593 2016-09-02 17:35:38 19.3 0.1 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\n11403 AT 2016bao 1 11:16:06.530 +03:39:01.60 SDSS J111606.46+033857.3 None PTSS-16ns Other - Other Y Y 19.2 r-Sloan 2016-03-11 15:59:32 Li\n1481 2016-03-12 07:17:14 M51 Bin Li (PMO), Wenxiong Li (THU), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO) None 11:16:06.530 +03:39:01.60 2016-03-11 15:59:32 19.2 r-Sloan 1 PSN SDSS J111606.46+033857.3 PTSS-16ns This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n1663 2016-03-11 15:59:32 19.2 0.07 19.6 VegaMag r-Sloan Other_Other 60 Bin Li Xuyi 1.04 m Schmit telescope of Purple Mountain Observatory, China\n15031 AT 2016gjj 2 02:14:18.985 +18:18:03.18 2MASX J02142007+1818140 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-16nxf CNEOST - STA1600, PS1 - GPC1 Y Y 19.3 r-Sloan 2016-09-11 18:28:09 Li\n6296 2016-10-29 01:06:10 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 02:14:18.985 +18:18:03.18 2016-10-25 12:01:26 19.83 w-PS1 1 PSN PS16etq Pan-STARRS1\n8975 2016-10-25 12:01:26 19.83 0.04 22 ABMag w-PS1 PS1_GPC1 45 Robot\n5357 2016-09-20 02:01:06 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Hanjie Tan(CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 02:14:18.970 +18:18:02.92 2016-09-11 18:28:09 19.3 r-Sloan 1 PSN 2MASX J02142007+1818140 PTSS-16nxf PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 16" west and 11” south of the center of 2MASX J02142007+1818140\n7379 2016-09-11 18:28:09 19.3 0.1 VegaMag r-Sloan CNEOST_STA1600 60 Bin Li\n14881 AT 2016gdp 3 23:36:08.128 +22:32:33.16 2MASX J23360901+2232428 PTSS, iPTF, Pan-STARRS1 iPTF, Pan-STARRS1, PTSS PTSS-16old P48 - CFH12k, CNEOST - STA1600, PS1 - GPC1 Y Y 18.6 r-Sloan 2016-09-20 14:30:52 Li\n5398 2016-09-22 17:42:03 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 23:36:08.128 +22:32:33.16 2016-09-19 12:02:52 18.76 i-Sloan 1 PSN PS16ejj Pan-STARRS1\n7454 2016-09-19 12:02:52 18.76 0.03 20.7 ABMag i-Sloan PS1_GPC1 45 Robot\n5366 2016-09-21 05:00:38 M51 Hanjie Tan (CCU), Wenxiong Li (THU), Zhijian Xu, Bin Li (PMO), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 23:36:08.150 +22:32:33.43 2016-09-20 14:30:52 18.6 r-Sloan 1 PSN 2MASX J23360901+2232428 PTSS-16old PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 13" west and 10” south of the center of 2MASX J23360901+2232428\n7396 2016-09-20 14:30:52 18.6 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n5197 2016-09-09 19:22:38 iPTF_Bot1 M. Kasliwal, Y. Cao (Caltech), on behalf of iPTF iPTF 23:36:08.134 +22:32:33.32 2016-09-09 11:28:19 18.3861 R-PTF 2 PSN iPTF16gdp iPTF 2018-09-09\n7089 2016-09-09 11:28:19 18.3861 ABMag R-PTF P48_CFH12k 60 iPTF\n7088 2009-01-01 00:00:00 21.5 ABMag R-PTF P48_CFH12k 60 iPTF [Last non detection]\n15040 AT 2016gjs 2 23:28:54.633 +19:46:28.71 2MASX J23285488+1946286 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-16olg CNEOST - STA1600, PS1 - GPC1 Y Y 18.5 r-Sloan 2016-09-20 14:34:41 Li\n5402 2016-09-22 17:42:03 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 23:28:54.633 +19:46:28.71 2016-09-21 11:12:28 18.07 r-Sloan 1 PSN PS16ejn Pan-STARRS1\n7458 2016-09-21 11:12:28 18.07 0.02 20.6 ABMag r-Sloan PS1_GPC1 45 Robot\n5367 2016-09-21 05:05:05 M51 Hanjie Tan (CCU), Wenxiong Li (THU), Zhijian Xu, Bin Li (PMO), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 23:28:54.510 +19:46:28.68 2016-09-20 14:34:41 18.5 r-Sloan 1 PSN 2MASX J23285488+1946286 PTSS-16olg PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 6" west and 1” north of the center of 2MASX J23285488+1946286\n7397 2016-09-20 14:34:41 18.5 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n15079 AT 2016glf 1 23:02:19.830 +09:13:09.56 2MASX J23021928+0913132 PTSS PTSS PTSS-16oma CNEOST - STA1600 Y Y 18.5 r-Sloan 2016-09-22 13:53:10 Li\n5411 2016-09-23 14:37:56 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 23:02:19.830 +09:13:09.56 2016-09-22 13:53:10 18.5 r-Sloan 1 PSN 2MASX J23021928+0913132 PTSS-16oma PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 8" east and 3” south of the center of 2MASX J23021928+0913132\n7474 2016-09-22 13:53:10 18.5 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n15081 AT 2016glh 2 23:44:47.393 +25:53:32.61 SDSS J234447.70+255335.2 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-16oms CNEOST - STA1600, PS1 - GPC1 Y Y 18.8 r-Sloan 2016-09-21 14:54:08 Li\n6318 2016-10-29 17:42:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 23:44:47.393 +25:53:32.61 2016-10-09 06:18:43 19.87 i-Sloan 1 PSN PS16eun Pan-STARRS1\n9003 2016-10-09 06:18:43 19.87 0.1 20.7 ABMag i-Sloan PS1_GPC1 45 Robot\n5413 2016-09-23 15:02:04 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 23:44:47.420 +25:53:32.19 2016-09-21 14:54:08 18.8 r-Sloan 1 PSN SDSS J234447.70+255335.2 PTSS-16oms PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 4" west and 3” south of the center of SDSS J234447.70+255335.2 or 24" east and 60" south of the center of NGC 7745\n7477 2016-09-21 14:54:08 18.8 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n15349 AT 2016gvf 1 03:05:00.400 +02:12:41.57 GALEXASC J030500.36+021244.6 PTSS PTSS PTSS-16ppg CNEOST - STA1600 Y Y 18.7 r-Sloan 2016-10-03 18:40:07 Li\n5702 2016-10-04 04:55:51 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 03:05:00.400 +02:12:41.57 2016-10-03 18:40:07 18.7 r-Sloan 1 PSN GALEXASC J030500.36+021244.6 PTSS-16ppg PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 0" east and 2” south of the center of GALEXASC J030500.36+021244.6.\n7986 2016-10-03 18:40:07 18.7 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n15350 SN 2016gvg 2 1 03:13:12.910 +02:08:36.71 SN Ia 0.048 GALEXASC J031313.01+020835.8 PTSS, Pan-STARRS1 PESSTO Pan-STARRS1, PTSS PTSS-16ppi CNEOST - STA1600, PS1 - GPC1 ESO-NTT - EFOSC2-NTT Y Y 1 17.9 r-Sloan 2016-10-03 18:38:51 Li\n6312 2016-10-29 17:42:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 03:13:12.910 +02:08:36.71 2016-10-28 10:17:45 19.05 w-PS1 1 PSN PS16evf Pan-STARRS1\n8997 2016-10-28 10:17:45 19.05 0.04 22 ABMag w-PS1 PS1_GPC1 45 Robot\n5703 2016-10-04 05:01:37 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 03:13:12.860 +02:08:37.57 2016-10-03 18:38:51 17.9 r-Sloan 1 PSN GALEXASC J031313.01+020835.8 PTSS-16ppi PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 2" west and 3” north of the center of GALEXASC J031313.01+020835.8.\n7987 2016-10-03 18:38:51 17.9 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n479 2016-10-05 18:10:54 PESSTO_Bot1 S. Prajs, C. Frohmaier, G. Dimitriadis, R. Cartier, O. Yaron, on behalf of PESSTO PESSTO SN Ia 0.048 1 PESSTO\n487 2016-10-05 08:50:54 ESO-NTT_EFOSC2-NTT 900 S. Prajs/C. Frohmaier G. Dimitriadis/R. Cartier PESSTO tns_2016gvg_2016-10-05_08-50-54_ESO-NTT_EFOSC2-NTT.asci tns_2016gvg_2016-10-05_08-50-54_ESO-NTT_EFOSC2-NTT.fits Object PESSTO\n487 2016-10-05 08:50:54 ESO-NTT / EFOSC2-NTT 900 S. Prajs/C. Frohmaier G. Dimitriadis/R. Cartier PESSTO tns_2016gvg_2016-10-05_08-50-54_ESO-NTT_EFOSC2-NTT.asci tns_2016gvg_2016-10-05_08-50-54_ESO-NTT_EFOSC2-NTT.fits Object PESSTO\n15351 AT 2016gvh 2 01:48:33.621 +07:53:20.36 SDSS J014833.57+075320.4 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-16ppp CNEOST - STA1600, PS1 - GPC1 Y Y 19 r-Sloan 2016-10-03 17:34:26 Li\n6265 2016-10-28 17:42:05 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 01:48:33.621 +07:53:20.36 2016-10-24 11:21:07 19.58 i-Sloan 1 PSN PS16esu Pan-STARRS1\n8942 2016-10-24 11:21:07 19.58 0.17 20.7 ABMag i-Sloan PS1_GPC1 45 Robot\n5704 2016-10-04 05:09:56 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 01:48:33.630 +07:53:19.75 2016-10-03 17:34:26 19 r-Sloan 1 PSN SDSS J014833.57+075320.4 PTSS-16ppp PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS). The transient is located 1" east and 1” south of the center of SDSS J014833.57+075320.4.\n7988 2016-10-03 17:34:26 19 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n11402 AT 2016ban 1 07:39:15.400 +16:48:18.98 SDSS J073914.58+164823.8 None PTSS-16pz Other - Other Y Y 17.9 r-Sloan 2016-03-11 11:32:36 Li\n1479 2016-03-12 02:04:19 M51 Bin Li (PMO), Wenxiong Li (THU), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO) None 07:39:15.400 +16:48:18.98 2016-03-11 11:32:36 17.9 r-Sloan 1 1 PSN SDSS J073914.58+164823.8 PTSS-16pz This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n16985 AT 2016jfs 1 04:57:50.860 +09:53:46.44 PTSS PTSS PTSS-16srx CNEOST - STA1600 Y Y 19.4 r-Sloan 2016-12-29 14:34:16 Li\n7606 2016-12-31 02:30:37 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 04:57:50.860 +09:53:46.44 2016-12-29 14:34:16 19.4 r-Sloan 1 PSN PTSS-16srx PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n11115 2016-12-29 14:34:16 19.4 VegaMag r-Sloan CNEOST_STA1600\n17003 AT 2016jgk 2 07:13:27.672 +23:54:03.54 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-16suq CNEOST - STA1600, PS1 - GPC1 Y Y 19.1 r-Sloan 2016-12-27 16:39:04 Li\n8885 2017-02-13 16:42:14 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 07:13:27.672 +23:54:03.54 2017-01-27 11:11:02 19.96 w-PS1 1 PSN PS17axm Pan-STARRS1\n13072 2017-01-27 11:11:02 19.96 0.04 22 ABMag w-PS1 PS1_GPC1 45 Robot\n7630 2017-01-01 01:14:38 M51 Hanjie Tan (CCU), Wenxiong Li (THU), Bin Li (PMO), Zhijian Xu, Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 07:13:27.710 +23:54:02.12 2016-12-27 16:39:04 19.1 r-Sloan 1 PSN PTSS-16suq PTSS This possible supernova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n11166 2016-12-27 16:39:04 19.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n23470 AT 2017ijj 1 05:54:00.230 +42:10:48.83 PTSS PTSS PTSS-17baau CNEOST - STA1600 Y Y 18.8 r-Sloan 2017-11-20 17:30:59 Li\n14883 2017-11-21 07:07:58 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 05:54:00.230 +42:10:48.83 2017-11-20 17:30:59 18.8 r-Sloan 1 PSN PTSS-17baau PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17baau\n22457 2017-11-20 17:30:59 18.8 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n23522 AT 2017ild 1 06:32:25.190 +43:15:01.32 PTSS PTSS PTSS-17baca CNEOST - STA1600 Y Y 19.1 r-Sloan 2017-11-20 18:41:46 Li\n14938 2017-11-22 13:55:33 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 06:32:25.190 +43:15:01.32 2017-11-20 18:41:46 19.1 r-Sloan 1 Other PTSS-17baca PTSS This CV candidate was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS).The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17baca\n22539 2017-11-20 18:41:46 19.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n23571 SN 2017imr 1 1 04:21:04.790 -04:43:06.05 SN IIP 0.035 GALEXASC J042104.72-044304.7 PTSS PTSS PTSS PTSS-17baux CNEOST - STA1600 Lijiang-2.4m - YFOSC Y Y 1 18.8 r-Sloan 2017-11-23 15:45:19 Li\n14992 2017-11-25 15:41:35 M51 Bin Li (PMO), Wenxiong Li(THU), Zhijian Xu, Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 04:21:04.790 -04:43:06.05 2017-11-23 15:45:19 18.8 r-Sloan 1 PSN GALEXASC J042104.72-044304.7 PTSS-17baux PTSS This nova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The transient is located 1'' east and 2” south of the centre of GALEXASC J042104.72-044304.7 .The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17baux\n22626 2017-11-23 15:45:19 18.8 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n1490 2017-11-29 04:56:49 jujia J.-J. Zhang, L. Xu (YNAO); X. F., Wang, W.-X., Li (THU); H.-J.\nTan (CCU), B. Li, Z.-J. Xu, H.-B. Zhao, L.-F. Wang (PMO) PTSS SN IIP 0.035 1 PTSS The spectrum matches an SN IIP at a few days after the maximum.\n1494 2017-11-28 16:47:59 Lijiang-2.4m_YFOSC 2100 Jujia Zhang PTSS tns_2017imr_2017-11-28.7_LJT_YFOSC_PTSS.dat Object PTSS\n1494 2017-11-28 16:47:59 Lijiang-2.4m / YFOSC 2100 Jujia Zhang PTSS tns_2017imr_2017-11-28.7_LJT_YFOSC_PTSS.dat Object PTSS\n23577 SN 2017imx 1 1 00:20:05.590 +42:14:00.80 SN Ia 0.0687 PTSS PTSS PTSS PTSS-17bazc CNEOST - STA1600 Lijiang-2.4m - YFOSC Y Y 1 18.8 r-Sloan 2017-11-25 12:42:52 Li\n14998 2017-11-26 01:00:27 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 00:20:05.590 +42:14:00.80 2017-11-25 12:42:52 18.8 r-Sloan 1 PSN PTSS-17bazc PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17bazc\n23581 AT 2017imz 1 05:16:47.580 +19:07:32.24 PTSS PTSS PTSS-17bbfl CNEOST - STA1600 Y Y 19.6 r-Sloan 2017-11-25 16:55:13 Li\n15002 2017-11-26 11:29:05 M51 Hanjie Tan(CCU),Wenxiong Li (THU),Bin Li (PMO),Zhijian Xu,Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 05:16:47.580 +19:07:32.24 2017-11-25 16:55:13 19.6 r-Sloan 1 PSN PTSS-17bbfl PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17bbfl\n23801 AT 2017iux 2 23:40:39.510 +01:04:14.14 SDSS J234039.50+010413.7 PTSS, Pan-STARRS1 Pan-STARRS1, PTSS PTSS-17bbnf CNEOST - STA1600, PS1 - GPC1 Y Y 19.2 i-Sloan 2017-12-08 09:59:53 Li\n15730 2017-12-31 19:25:36 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe, J. Bulger (IfA, University of Hawaii), S. J. Smartt, K. W. Smith (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright (University of Minnesota), D. R. Young (Queen's University Belfast) Pan-STARRS1 23:40:39.510 +01:04:14.14 2017-10-21 07:12:00 18.57 w-PS1 1 PSN PS17fpg Pan-STARRS1\n23837 2017-10-21 07:12:00 18.57 0.03 22 ABMag w-PS1 PS1_GPC1 45 Robot\n15260 2017-12-09 01:32:25 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 23:40:39.490 +01:04:14.21 2017-12-08 09:59:53 19.2 i-Sloan 1 PSN SDSS J234039.50+010413.7 PTSS-17bbnf PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The transient is located 0'' east and 0” south of the centre of SDSS J234039.50+010413.7 .The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17bbnf\n23038 2017-12-08 09:59:53 19.2 VegaMag i-Sloan CNEOST_STA1600 Bin Li\n24058 AT 2017jeq 1 10:25:08.310 +09:14:41.55 SDSS J102508.27+091441.8 PTSS PTSS PTSS-17bcic CNEOST - STA1600 Y Y 19.3 i-Sloan 2017-12-21 20:05:34 Li\n15552 2017-12-27 14:18:52 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 10:25:08.310 +09:14:41.55 2017-12-21 20:05:34 19.3 i-Sloan 1 PSN SDSS J102508.27+091441.8 PTSS-17bcic PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The transient is located 1'' east and 0” south of the centre of SDSS J102508.27+091441.8 .The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17bcic\n24059 AT 2017jer 1 10:31:22.240 +13:06:38.37 SDSS J103122.19+130637.6 PTSS PTSS PTSS-17bcim CNEOST - STA1600 Y Y 19.4 i-Sloan 2017-12-21 20:23:17 Li\n15553 2017-12-27 14:38:53 M51 Zhijian Xu, Wenxiong Li(THU), Bin Li (PMO), Zhitong Li(THU), Xiaofeng Wang (THU), Hanjie Tan (CCU), Haibin Zhao, Lifan Wang (PMO), Jujia Zhang (YNAO) PTSS 10:31:22.240 +13:06:38.37 2017-12-21 20:23:17 19.4 i-Sloan 1 PSN SDSS J103122.19+130637.6 PTSS-17bcim PTSS This supernova was discovered by the 1.04m Schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey(PTSS). The transient is located 1'' east and 0” south of the centre of SDSS SDSS J103122.19+130637.6 .The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17bcim\n17385 SN 2017ms 3 2 10:26:42.360 +36:40:49.76 SN Ia 0.0246 SDSS J102641.99+364053.2 0.0245 PTSS, GaiaAlerts, Pan-STARRS1 PTSS, Padova-Asiago GaiaAlerts, Pan-STARRS1, PTSS PTSS-17dfc CNEOST - STA1600, Gaia - Gaia-photometric, PS1 - GPC1 Lijiang-2.4m - YFOSC, Ekar - AFOSC Y Y 2 16.5 r-Sloan 2017-01-21 17:02:24 Wang\n10703 2017-04-13 15:42:06 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 10:26:42.351 +36:40:49.83 2017-04-09 08:11:02 19.01 i-Sloan 1 PSN PS17cfh Pan-STARRS1\n10537 2017-04-04 09:15:00 Gaia_Bot1 A. Delgado, D. Harrison, S. Hodgkin, M. van Leeuwen, G. Rixon, A. Yoldas (University of Cambridge), on behalf of Gaia Alerts team GaiaAlerts 10:26:42.360 +36:40:49.76 2017-04-01 22:07:40 18.54 G-Gaia 2 PSN Gaia17axi GaiaAlerts confirmed SN Ia, SN 2017ms, in galaxy SDSS J102641.99+364053.2\n8050 2017-01-22 03:30:42 xwang Zhijian Xu, Wenxiong Li, Xiaofeng Wang (Tsinghua University), Bin Li, Haibin Zhao, Lifan Wang (PMO), Hanjie Tan (CCU), Jujia Zhang (YNAO), Zesheng Yang, Hao Song (Tsinghua University) PTSS 10:26:42.370 +36:40:50.62 2017-01-21 17:02:24 16.5 r-Sloan 1 PSN SDSS J102641.99+364053.2 0.0245 PTSS-17dfc PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 5.7" east and 2.6" south of the center of SDSS J102641.99+364053.2. The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17dfc\n738 2017-01-24 08:03:05 linatoma Lina Tomasella Padova-Asiago SN Ia 0.0246 1 1 Padova-Asiago\n735 2017-01-24 01:01:25 xwang J. Zhang, X. Zheng (YNAO), W. Li, L. Rui, X. Wang (THU), Z. Xu, B. Li, H. Zhao, L. Wang (PMO), H. Tan (CCU), T. Zhang (NAOC) PTSS SN Ia 0.0245 1 PTSS Spectra taken with the Lijiang 2.4-m telescope and Xinglong 2.16-m telescope indicates that this tansient is consistent with a type Ia supernova at a few days before the maximum light,\n17387 SN 2017mu 2 1 09:30:36.599 +21:24:42.58 SN Ia 0.0815 GALEXASC J093036.72+212437.4 PTSS, Pan-STARRS1 PTSS Pan-STARRS1, PTSS PTSS-17dgm CNEOST - STA1600, PS1 - GPC1 Lijiang-2.4m - YFOSC Y Y 1 18.9 r-Sloan 2017-01-21 18:24:25 Li\n8607 2017-02-06 16:42:20 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, N. Primak, A. Schultz, (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 09:30:36.599 +21:24:42.58 2017-02-04 12:48:57 19.67 w-PS1 1 PSN PS17qr Pan-STARRS1\n12756 2017-02-04 12:48:57 19.67 0.05 22 ABMag w-PS1 PS1_GPC1 45 Robot\n8052 2017-01-22 15:32:32 M51 Zhijian Xu, Wenxiong Li, Xiaofeng Wang (Tsinghua University), Bin Li, Haibin Zhao, Lifan Wang (PMO), Hanjie Tan (CCU), Jujia Zhang (YNAO), Zesheng Yang, Hao Song (Tsinghua University) PTSS 09:30:36.580 +21:24:42.32 2017-01-21 18:24:25 18.9 r-Sloan 1 PSN GALEXASC J093036.72+212437.4 PTSS-17dgm PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 2.1" west and 4.9" north of the center of GALEXASC J093036.72+212437.4. The link of the discovery information at: http://www.cneost.org/ptss/findname.php?ptssname=PTSS-17dgm\n11949 2017-01-21 18:24:25 18.9 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n751 2017-01-27 03:34:34 xwang J. Zhang, Y. Xin (YNAO), Z. Xu, W. Li, X., Wang (THU), B. Li, H. Zhao, L. Wang (PMO), H. Tan (CCU), Z. Yang, H. Song (THU) PTSS SN Ia 0.0815 1 PTSS A spectrum taken on Jan. 26. 71 with the Lijiang 2.4-m telescope indiates that this transient is a type Ia supernova within a few days from the maximum light. The narrow emission line of Ha and S II 6722 suggests a redshift of 0.0815 for its host galaxy GALEXASC J093036.72+212437.4.\n761 2017-01-26 17:02:24 Lijiang-2.4m_YFOSC 2400 Yuxin Xin (YNAO) Jujia Zhang (YNAO) PTSS tns_2017mu_2017-01-26.71_LJT_YFOSC_PTSS.dat Object PTSS\n761 2017-01-26 17:02:24 Lijiang-2.4m / YFOSC 2400 Yuxin Xin (YNAO) Jujia Zhang (YNAO) PTSS tns_2017mu_2017-01-26.71_LJT_YFOSC_PTSS.dat Object PTSS\n17754 SN 2017aas 3 1 11:20:29.679 +34:45:14.71 SN Ia 0.042 SDSS J112029.65+344514.1 PTSS, Pan-STARRS1, iPTF PTSS iPTF, Pan-STARRS1, PTSS PTSS-17dib CNEOST - STA1600, PS1 - GPC1, P48 - CFH12k Lijiang-2.4m - YFOSC Y Y 1 18.2 r-Sloan 2017-02-01 20:27:01 Li\n9221 2017-02-21 10:23:27 iPTF_Bot1 M. Kasliwal, Y. Cao (Caltech), on behalf of iPTF iPTF 11:20:29.702 +34:45:14.65 2017-02-21 10:00:28 18.957 R-PTF 2 PSN iPTF17aas iPTF 2019-02-21\n13554 2017-02-21 10:00:28 18.957 ABMag R-PTF P48_CFH12k 60 iPTF\n13553 2009-01-01 00:00:00 21.5 ABMag R-PTF P48_CFH12k 60 iPTF [Last non detection]\n9123 2017-02-19 16:42:04 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 11:20:29.679 +34:45:14.71 2017-02-17 13:52:19 18.54 i-Sloan 1 PSN PS17bey Pan-STARRS1\n13395 2017-02-17 13:52:19 18.54 0.02 20.7 ABMag i-Sloan PS1_GPC1 45 Robot\n8471 2017-02-02 09:44:49 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 11:20:29.660 +34:45:14.34 2017-02-01 20:27:01 18.2 r-Sloan 1 PSN SDSS J112029.65+344514.1 PTSS-17dib PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 0" east and 0" south of the center of SDSS J112029.65+344514.1.\n12588 2017-02-01 20:27:01 18.2 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n766 2017-02-05 02:37:12 xwang J. Zhang, K. Lu (YNAO), Z. Xu, W. Li, X., Wang (THU), B. Li, H. Zhao, L. Wang (PMO), H. Tan (CCU), L. Rui, Z. Yang (THU) PTSS SN Ia 0.042 1 PTSS A spectrum taken on Feb. 04.87 with the Lijiang 2.4-m telescope shows that this transient is consistent with a type Ia supernova at about 2-3 weeks after the maximum light.\n776 2017-02-04 20:52:48 Lijiang-2.4m_YFOSC 1800 Kaixin Lu Jujia Zhang PTSS tns_2017aas_2017-02-04.87_LJT_YFOSC_PTSS.dat Object PTSS\n776 2017-02-04 20:52:48 Lijiang-2.4m / YFOSC 1800 Kaixin Lu Jujia Zhang PTSS tns_2017aas_2017-02-04.87_LJT_YFOSC_PTSS.dat Object PTSS\n17751 SN 2017aap 1 1 11:36:18.310 +38:07:09.20 SN Ia 0.11 SDSS J113618.34+380706.8 PTSS PTSS PTSS PTSS-17die CNEOST - STA1600 Lijiang-2.4m - YFOSC Y Y 1 19.6 r-Sloan 2017-02-01 19:34:19 Li\n8468 2017-02-02 09:41:16 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 11:36:18.310 +38:07:09.20 2017-02-01 19:34:19 19.6 r-Sloan 1 PSN SDSS J113618.34+380706.8 PTSS-17die PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 0" east and 2" north of the center of SDSS J113618.34+380706.8.\n12583 2017-02-01 19:34:19 19.6 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n765 2017-02-04 07:22:31 xwang J. Zhang, Y. Xin (YNAO), Z. Xu, W. Li, X., Wang (THU), B. Li, H. Zhao, L. Wang (PMO), H. Tan (CCU), L. Rui, Z. Yang (THU) PTSS SN Ia 0.11 1 PTSS A spectrum taken on Feb. 02.86 with the Lijiang 2.4-m telescope indicates that this transient is consisten with overluminous peculiar type Ia supernova like SN 1991T at a few days after the maximum light.\n775 2017-02-02 15:36:00 Lijiang-2.4m_YFOSC 2400 Yuxin Xin Jujia Zhang PTSS tns_2017aap_2017-02-02.65_LJT_YFOSC_PTSS.dat Object PTSS\n775 2017-02-02 15:36:00 Lijiang-2.4m / YFOSC 2400 Yuxin Xin Jujia Zhang PTSS tns_2017aap_2017-02-02.65_LJT_YFOSC_PTSS.dat Object PTSS\n18292 AT 2017avh 2 01:50:35.330 +37:14:57.44 GALEXASC J015035.37+371459.6 PTSS, GaiaAlerts GaiaAlerts, PTSS PTSS-17fkk CNEOST - STA1600, Gaia - Gaia-photometric Y Y 18.9 r-Sloan 2017-02-16 10:51:58 Li\n9482 2017-02-24 19:45:06 Gaia_Bot1 A. Delgado, D. Harrison, S. Hodgkin, M. van Leeuwen, G. Rixon, A. Yoldas (University of Cambridge), on behalf of Gaia Alerts team GaiaAlerts 01:50:35.330 +37:14:57.44 2017-02-21 00:20:09 18.48 G-Gaia 2 PSN Gaia17amr GaiaAlerts transient near GALEXASC J015035.37+371459.6, aka PTSS-17fkk\n13971 2017-02-21 00:20:09 18.48 0.2 ABMag G-Gaia Gaia_Gaia-photometric 60 Robot\n13970 2017-01-20 21:40:19 21.5 ABMag G-Gaia Gaia_Gaia-photometric Robot [Last non detection]\n9050 2017-02-17 04:54:29 M51 Zhijian Xu, Wenxiong Li (THU), Bin Li (PMO), Zesheng Yang (THU), Hanjie Tan (CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 01:50:35.330 +37:14:57.97 2017-02-16 10:51:58 18.9 r-Sloan 1 PSN GALEXASC J015035.37+371459.6 PTSS-17fkk PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 0" east and 2" south of the center of GALEXASC J015035.37+371459.6\n13286 2017-02-16 10:51:58 18.9 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n18680 SN 2017bke 4 1 10:24:18.021 -03:43:15.94 SN Ia 0.047 APMUKS(BJ) B102145.77-032803.1 PTSS, ATLAS, Pan-STARRS1, iPTF PTSS ATLAS, iPTF, Pan-STARRS1, PTSS PTSS-17hcz CNEOST - STA1600, ATLAS1 - ACAM1, PS1 - GPC1, P48 - CFH12k Lijiang-2.4m - YFOSC Y Y 1 17.6 r-Sloan 2017-02-24 15:37:25 Li\n9636 2017-03-01 10:16:40 iPTF_Bot1 M. Kasliwal, Y. Cao (Caltech), on behalf of iPTF iPTF 10:24:17.996 -03:43:16.02 2017-03-01 09:51:50 17.27 R-PTF 2 PSN iPTF17bke iPTF 2019-03-01\n14178 2017-03-01 09:51:50 17.27 ABMag R-PTF P48_CFH12k 60 iPTF\n14177 2009-01-01 00:00:00 21.5 ABMag R-PTF P48_CFH12k 60 iPTF [Last non detection]\n9561 2017-02-27 00:23:14 PS1_Bot1 K. C. Chambers, M. E. Huber, H. Flewelling, E. A. Magnier, A. Schultz, T. Lowe (IfA, University of Hawaii), S. J. Smartt, K. W. Smith, (Queen's University Belfast), J. Tonry, C. Waters, (IfA, University of Hawaii) D. E. Wright, D. R. Young (Queen's University Belfast) Pan-STARRS1 10:24:18.021 -03:43:15.94 2017-02-25 10:26:24 17.61 w-PS1 1 PSN PS17bny Pan-STARRS1\n14084 2017-02-25 10:26:24 17.61 0.01 22 ABMag w-PS1 PS1_GPC1 45 Robot\n9485 2017-02-25 02:25:02 ATLAS_Bot1 J. Tonry, B. Stalder, L. Denneau, A. Heinze, H. Weiland (IfA, University of Hawaii), A. Rest (STScI), K.W. Smith, S. J. Smartt (Queen's University Belfast) ATLAS 10:24:17.997 -03:43:15.91 2017-02-24 11:54:14 17.66 cyan-ATLAS 2 PSN ATLAS17bgp ATLAS\n13976 2017-02-24 11:54:14 17.66 0.07 19.28 ABMag cyan-ATLAS ATLAS1_ACAM1 30 Robot\n13975 2017-02-20 12:57:36 18.19 ABMag cyan-ATLAS ATLAS1_ACAM1 30 Robot [Last non detection]\n9484 2017-02-25 01:33:07 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Hanjie Tan(CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 10:24:18.010 -03:43:15.69 2017-02-24 15:37:25 17.6 r-Sloan 1 PSN APMUKS(BJ) B102145.77-032803.1 PTSS-17hcz PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 3" east and 1" north of the center of APMUKS(BJ) B102145.77-032803.1\n13974 2017-02-24 15:37:25 17.6 0.1 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n814 2017-02-26 01:24:20 xwang J. Zhang, X. Zhang (YNAO), X. Wang, W. Li (THU), B. Li , Z. Xu (PMO), H. Tan (CCU), H. Zhao, L. Wang (PMO), L. Rui (THU) PTSS SN Ia 0.047 1 PTSS A spectrum taken on Feb. 25.7 with the Lijiang 2.4-m telescope indicates that this transient is a type Ia supernova at about one week before maximum light.\n824 2017-02-25 16:47:59 Lijiang-2.4m_YFOSC 1800 Xiliang Zhang Jujia Zhang PTSS tns_2017bke_2017-02-25.7_LJT_YFOSC_PTSS.dat Object PTSS\n824 2017-02-25 16:47:59 Lijiang-2.4m / YFOSC 1800 Xiliang Zhang Jujia Zhang PTSS tns_2017bke_2017-02-25.7_LJT_YFOSC_PTSS.dat Object PTSS\n19037 AT 2017bxx 1 02:41:26.940 +65:22:10.02 PTSS PTSS PTSS-17iek CNEOST - STA1600 Y Y 18.5 r-Sloan 2017-03-02 10:57:36 Li\n9878 2017-03-03 01:50:23 M51 Hanjie Tan (CCU), Wenxiong Li (THU), Zhijian Xu, Bin Li (PMO), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 02:41:26.940 +65:22:10.02 2017-03-02 10:57:36 18.5 r-Sloan 1 PNV PTSS-17iek PTSS This possible nova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).\n14661 2017-03-02 10:57:36 18.5 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n19049 AT 2017byi 1 08:23:32.740 +01:15:42.48 SDSS J082332.69+011541.8 PTSS PTSS PTSS-17iwq CNEOST - STA1600 Y Y 19.7 r-Sloan 2017-03-03 13:31:49 Li\n9893 2017-03-05 13:17:57 M51 Hanjie Tan(CCU), Wenxiong Li(THU), Zhijian Xu, Bin Li (PMO), Zesheng Yang (THU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), and Jujia Zhang(YNAO) PTSS 08:23:32.740 +01:15:42.48 2017-03-03 13:31:49 19.7 r-Sloan 1 PSN SDSS J082332.69+011541.8 PTSS-17iwq PTSS This possible nova was discovered by the 1.04-m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Supernova Survey (PTSS).The transient is located 1" east and 0" north of the center of SDSS J082332.69+011541.8\n14685 2017-03-03 13:31:49 19.7 VegaMag r-Sloan CNEOST_STA1600 Bin Li\n19048 AT 2017byh 1 07:41:25.690 +08:06:07.53 GALEXASC J074125.73+080609.5 PTSS PTSS PTSS-17iyj CNEOST - STA1600 Y Y 18.8 r-Sloan 2017-03-03 12:08:16 Li\n9892 2017-03-05 05:41:49 M51 Bin Li (PMO), Wenxiong Li (THU), Zhijian Xu, Zesheng Yang (THU), Hanjie Tan(CCU), Xiaofeng Wang (THU), Haibin Zhao (PMO), Lifan Wang (PMO), Jujia Zhang(YNAO) PTSS 07:41:25.690 +08:06:07.53 2017-03-03 12:08:16 18.8 r-Sloan 1 PSN GALEXASC J074125.73+080609.5 PTSS-17iyj PTSS This possible supernova was discovered by the 1.04 m schmidt telescope at Xuyi Observatory during the PMO-Tsinghua Transient Survey (PTSS). The transient is located 0" east and 2" south of the center of GALEXASC J074125.73+080609.5\n14684 2017-03-03 12:08:16 18.8 VegaMag r-Sloan CNEOST_STA1600 Bin Li


url: =DETAIL | 糖尿病トライアルデータベース\nBarnett AH, Bain SC, Bouter P, Karlberg B, Madsbad S, Jervell J, Mustonen J, Diabetics Exposed to Telmisartan and Enalapril Study Group: Angiotensin-receptor blockade versus converting-enzyme inhibition in type 2 diabetes and nephropathy. N Engl J Med 2004; 351: 1952-1961. [PubMed]


url: =Everly Diamond Ring with Luxe Marseille Diamond Ring (1/2 ct. tw.)- $2,780


url: =Heute 2 | Gestern 348 | Woche 675 | lfd. Mon. 1277 | Gesamt 1536615


url: =Groundwater Surveys in Shore-land of Jinzhou District: A Study of Correlation Between Chloride Content and Hardness--《Environmental Science and Technology》2004年01期\nGroundwater Surveys in Shore-land of Jinzhou District: A Study of Correlation Between Chloride Content and Hardness\nCUI Na, LIU Xiao-li(Jinzhou District Environmental Monitoring Center,Dalian 116100)\nGroundwater monitoring data from 1991 to 2002 regarding chloride and hardness of the shore-land in Jinzhou District were collected and analyzed. The linear regression method was used for the correlation analysis of chloride concentration and hardness.\n1 LIN Jian-guo(Liuzhou Vocational and Technical College,Liuzhou,Guangxi 545006);Research on the Determination of Ammonia Nitrogen with Deionized Water Instead of Non-ammonia Water[J];Journal of Anhui Agricultural Sciences;2008-09\n2 SHI Yun-fen et al(Northeast Dianli University,Jilin,Jilin 132012);Investigation and Assessment of Eutrophication of Songhua Lake[J];Journal of Anhui Agricultural Sciences;2008-11\n3 HUANG Zhen, YU Jing(Wuhu Environmental Monitoring Center,Wuhu 241000,China);THE DISSOLVED OXYGEN IN WATER AND INFLUENCING FACTORS IN THE SECTION OF CHANGJIANG OF WUHU[J];Journal of Anhui Normal University(Natural Science);2005-03\n4 LUI Hong-yan1,LUO Zhi-hua2 (1.Daqing Environmental Monitoring Center ,Daqing 163316,China; 2.Daqing Datong District Environmental Monitoring Station,Daqing 163316,China);An Simple And Fast Analytical Method Of Determinate Ammonia[J];North Environment;2005-03\n5 LI Cui-Ling1,SUN Jian2 (1.Luobei Environmental Monitoring Station,Luobei 154200,China; 2.Heilongjiang Scientific Research Insitute Of Environment Protection,Harbin 150056,China);Application of TL-1(A) Type Waste Water Quick Determining Instrument in Luobei Enterprise Exhaust Waste Water Monitor[J];North Environment;2005-03\n6 WU Chuan-hui~1,ZHANG Xian-yu~2,ZHAO Yong-zhi~3(1.2.3Tancheng Environmental Monitoring Station,Tancheng 276100,China);The Influence Vaporizes The Factor Of The Phenols Measurement Result Analysis[J];North Environment;2005-06\n7 Zheng Lihan(Zhabei Environmental Monitoring Station,Zhabei 200072,China);Study on Relativity of Sulfate-rate and Sulfur Dioxide in Air in Zhabei[J];Environmental Science and Management;2009-05\n8 Xu Guangyu(Biology Department, Chengdu University, Chengdu 610081);The Retrieval and Reuse of Waste Liquid in Plate Making at Printing[J];Journal of Chengdu University (Natural Science);2001-03\n9 LIU Rui qin,JIA Li Jun,LUO Ai min;Discussion on Adding standard Matter Amount in Determination for Recovery Rate of Low Concentration Cr~(6+) Specimen[J];Journal of Chengde Petroleum College;2001-03\n10 GUO Yumin, WANG Delong, WANG Lin (Tianjin Environmental Monitoring Centre, Tianjin300191,China);Conditions of Examination of Formaldehyde in Air of Residential Areas[J];Urban Environment & Urban Ecology;2003-04


url: =\tأوقات الصلاة, اتجاه القبلة, المساجد, المراكز الإسلامية, المحلات التجارية الإسلامية حول العالم, معلومات عن الإسلام والمسلمين Sh China Get your daily dose of inspiration with the all new Inspirarions for Muslims! Download now English 25 July, 2016\nالإثنين 20 شوال, 1437 | خدمات | سجل الزوار | فيسبوك | اتصل بنا تنزيل برنامج الأذان الكمبيوتر أوقات الصلاة في الصين\n10418 مدينة موجودة تبدأبـ ShExample: City Name, (State Name) (Latitude, Longitude)8201. Shizong, (State: Jiangsu) (32.19 N, 121.12 E)8202. Shizong, (State: Yunnan) (24.85 N, 103.98 E)8203. Shizong Xian, (State: Yunnan) (24.85 N, 103.98 E)8204. Shizu, (State: Hainan) (18.5 N, 109.73 E)8205. Shizui, (State: Guangdong) (23.62 N, 112.16 E)8206. Shizui, (State: Jilin) (43.05 N, 126.14 E)8207. Shizui, (State: Guangxi) (23.47 N, 110.17 E)8208. Shizui, (State: Shanxi) (38.86 N, 113.7 E)8209. Shizui, (State: Guangdong) (23.49 N, 111.61 E)8210. Shizui, (State: Anhui) (32.57 N, 116.87 E)8211. Shizui, (State: Jiangxi) (26.95 N, 116.54 E)8212. Shizui, (State: Yunnan) (25.02 N, 102.63 E)8213. Shizui Zhan, (State: Yunnan) (25.02 N, 102.63 E)8214. Shizuishan, (State: Ningxia) (39.23 N, 106.77 E)8215. Shizuishan, (State: Ningxia) (39.04 N, 106.4 E)8216. Shizuishan Shi, (State: Ningxia) (39.05 N, 106.4 E)8217. Shizuishanzhan, (State: Ningxia) (39.27 N, 106.68 E)8218. Shizuitou, (State: Hunan) (28.27 N, 114 E)8219. Shizuiyi, (State: Shaanxi) (37.32 N, 110.15 E)8220. Shizuizi, (State: Hebei) (40.99 N, 115 E)8221. Shizuizi, (State: Shaanxi) (34.76 N, 107.55 E)8222. Shizuizi, (State: Shaanxi) (33.67 N, 109.12 E)8223. Shizuizi Shuiku, (State: Nei Mongol) (40.4 N, 111.81 E)8224. Sho hei tau, (State: Liaoning) (38.83 N, 121.5 E)8225. Sho Kha Dzong, (State: Xizang) (29.97 N, 93.8 E)8226. Sho ryu shan, (State: Liaoning) (38.95 N, 120.97 E)8227. Sho-hai-tao, (State: Liaoning) (38.8 N, 121.5 E)8228. Sho-tzu-kang, (State: Hubei) (31.92 N, 112.78 E)8229. Shobando, (State: Xizang) (30.83 N, 95.72 E)8230. Shoga Dzong, (State: Xizang) (29.97 N, 93.8 E)8231. Shohchow, (State: Shanxi) (39.32 N, 112.42 E)8232. Shohei Tao, (State: Liaoning) (38.8 N, 121.5 E)8233. Shoheito, (State: Liaoning) (38.83 N, 121.5 E)8234. Shohsien, (State: Shanxi) (39.32 N, 112.42 E)8235. Shoka Dzong, (State: Xizang) (29.97 N, 93.8 E)8236. Sholun, (State: Nei Mongol) (46.6 N, 121.28 E)8237. Shor-Yar, (State: Xinjiang) (41.23 N, 82.81 E)8238. Shoryuzan To, (State: Liaoning) (38.95 N, 120.97 E)8239. Shosanzan To, (State: Liaoning) (38.92 N, 121.82 E)8240. Shoshi To, (State: Liaoning) (39.03 N, 122.73 E)8241. Shosyan', (State: Shanxi) (39.32 N, 112.42 E)8242. Shou, (State: Anhui) (32.57 N, 116.77 E)8243. Shou Hsien, (State: Anhui) (32.58 N, 116.77 E)8244. Shou Shi, (State: Guangdong) (20.85 N, 110.65 E)8245. Shou Xian, (State: Anhui) (32.58 N, 116.77 E)8246. Shou'an, (State: Sichuan) (30.27 N, 103.62 E)8247. Shou'an, (State: Jiangxi) (29.23 N, 117.31 E)8248. Shou'an Xiang, (State: Jiangxi) (29.23 N, 117.31 E)8249. Shou'anzhen, (State: Sichuan) (30.27 N, 103.62 E)8250. Shou-an-chen, (State: Sichuan) (30.27 N, 103.62 E)8251. Shou-ch'ang, (State: Hubei) (30.4 N, 114.83 E)8252. Shou-ch'ang-hsien, (State: Zhejiang) (29.36 N, 119.23 E)8253. Shou-ch'ang-hsien-chih, (State: Zhejiang) (29.36 N, 119.23 E)8254. Shou-ch'eng-chen, (State: Jiangsu) (33.47 N, 119.65 E)8255. Shou-ch'eng-chen, (State: Anhui) (31.1 N, 119.25 E)8256. Shou-chan, (State: Fujian) (25.94 N, 119.48 E)8257. Shou-chih, (State: Fujian) (25.76 N, 119.6 E)8258. Shou-feng-ssu, (State: Shaanxi) (35.93 N, 110.38 E)8259. Shou-hsien, (State: Shanxi) (39.32 N, 112.42 E)8260. Shou-hsien, (State: Anhui) (32.57 N, 116.77 E)8261. Shou-hsien-chi, (State: Jiangsu) (34.85 N, 116.43 E)8262. Shou-kuang, (State: Shandong) (36.88 N, 118.74 E)8263. Shou-kuang Hsien, (State: Shandong) (36.88 N, 118.7 E)8264. Shou-kuang-hsien, (State: Shandong) (36.88 N, 118.74 E)8265. Shou-ling-ssu, (State: Nei Mongol) (48.37 N, 118.12 E)8266. Shou-lu-chen, (State: Shanxi) (38.56 N, 112.87 E)8267. Shou-ning Hsien, (State: Fujian) (27.43 N, 119.45 E)8268. Shou-ning-hsien, (State: Fujian) (27.46 N, 119.5 E)8269. Shou-ning-ssu, (State: Nei Mongol) (48.37 N, 118.12 E)8270. Shou-p'a-yen, (State: Shaanxi) (33.28 N, 108.58 E)8271. Shou-pan-yen, (State: Shaanxi) (33.28 N, 108.58 E)8272. Shou-sung-fou, (State: Anhui) (30.83 N, 118.82 E)8273. Shou-sung-p'u, (State: Anhui) (30.83 N, 118.82 E)8274. Shou-t'ai, (State: Anhui) (33.25 N, 115.35 E)8275. Shou-tung Chiang, (State: Guangdong) (21.5 N, 111.07 E)8276. Shou-yang Hsien, (State: Shanxi) (37.88 N, 113.17 E)8277. Shou-yang-hsien, (State: Shanxi) (37.89 N, 113.17 E)8278. Shou-yen-hsu, (State: Hunan) (25.58 N, 111.49 E)8279. Shoubentang, (State: Hunan) (28.14 N, 112.58 E)8280. Shoubian, (State: Fujian) (24.66 N, 118.03 E)8281. Shouchang, (State: Zhejiang) (29.36 N, 119.23 E)8282. Shouchangsi, (State: Hebei) (39 N, 113.91 E)8283. Shouche, (State: Hunan) (29.09 N, 109.71 E)8284. Shoucheng, (State: Guangxi) (25.18 N, 109.77 E)8285. Shoucheng, (State: Gansu) (38.9 N, 103.6 E)8286. Shouchengzhen, (State: Jiangsu) (33.47 N, 119.65 E)8287. Shoucun, (State: Anhui) (29.68 N, 118.12 E)8288. Shoufeng, (State: Shaanxi) (35.93 N, 110.38 E)8289. Shoufeng Ganqu, (State: Anhui) (32.33 N, 116.68 E)8290. Shouguang, (State: Shandong) (36.88 N, 118.74 E)8291. Shouguang Xian, (State: Shandong) (36.88 N, 118.7 E)8292. Shoujia, (State: Anhui) (33.54 N, 117.28 E)8293. Shoujinliao, (State: Fujian) (24.81 N, 117.25 E)8294. Shoulu, (State: Shanxi) (38.56 N, 112.87 E)8295. Shouning, (State: Fujian) (27.46 N, 119.5 E)8296. Shouning Xian, (State: Fujian) (27.43 N, 119.45 E)8297. Shoupayan, (State: Shaanxi) (33.28 N, 108.58 E)8298. Shouqiao, (State: Chongqing) (29.9 N, 105.88 E)8299. Shoushan, (State: Fujian) (26.3 N, 119.29 E)8300. Shoushan, (State: Liaoning) (41.23 N, 123.06 E)8301. Shoushan, (State: Fujian) (26.24 N, 119.24 E)8302. Shoushan, (State: Jilin) (42.9 N, 125.26 E)8303. Shoushan, (State: Yunnan) (27.9 N, 103.9 E)8304. Shoushan, (State: Fujian) (26.96 N, 119.16 E)8305. Shoushanling, (State: Guangdong) (20.71 N, 110.37 E)8306. Shoushui, (State: Shaanxi) (35.31 N, 109.44 E)8307. Shousongbu, (State: Anhui) (30.83 N, 118.82 E)8308. Shoutangyezonggong, (State: Guangdong) (20.62 N, 110.26 E)8309. Shoutou, (State: Fujian) (25.73 N, 118.84 E)8310. Shoutun, (State: Fujian) (27.1 N, 119.34 E)8311. Shouwangfen, (State: Hebei) (40.58 N, 117.79 E)8312. Shouxian, (State: Jiangsu) (34.47 N, 118.07 E)8313. Shouxian, (State: Anhui) (32.57 N, 116.77 E)8314. Shouxian, (State: Jiangsu) (34.85 N, 116.43 E)8315. Shouxiang, (State: Zhejiang) (30.13 N, 119.96 E)8316. Shouxianji, (State: Jiangsu) (34.85 N, 116.43 E)8317. Shouxihunongchang, (State: Anhui) (32.58 N, 116.77 E)8318. Shouyan, (State: Hunan) (25.58 N, 111.49 E)8319. Shouyang, (State: Shanxi) (37.89 N, 113.17 E)8320. Shouyang, (State: Gansu) (35.08 N, 104.43 E)8321. Shouyang, (State: Shanxi) (34.78 N, 110.28 E)8322. Shouyang, (State: Fujian) (27.14 N, 119.43 E)8323. Shouyang, (State: Anhui) (32.57 N, 116.77 E)8324. Shouyang Shan, (State: Shaanxi) (33.92 N, 108.43 E)8325. Shouyang Xian, (State: Shanxi) (37.88 N, 113.17 E)8326. Shouyangshanzhen, (State: Henan) (34.73 N, 112.72 E)8327. Shouyanxu, (State: Hunan) (25.58 N, 111.49 E)8328. Shouyizhan, (State: Qinghai) (33.9 N, 99.1 E)8329. Shouzhan, (State: Fujian) (25.94 N, 119.48 E)8330. Shouzhang, (State: Shandong) (36.03 N, 115.83 E)8331. Shouzhangji, (State: Shandong) (35.85 N, 116.03 E)8332. Shouzhi, (State: Fujian) (25.76 N, 119.6 E)8333. Shouzuotian, (State: Hunan) (27.94 N, 109.98 E)8334. Showchang, (State: Zhejiang) (29.36 N, 119.23 E)8335. Showchang-hsien, (State: Zhejiang) (29.36 N, 119.23 E)8336. Showchow, (State: Anhui) (32.57 N, 116.77 E)8337. Showhsien, (State: Anhui) (32.57 N, 116.77 E)8338. Showkwang, (State: Shandong) (36.88 N, 118.74 E)8339. Showning, (State: Fujian) (27.46 N, 119.5 E)8340. Showninghsien, (State: Fujian) (27.46 N, 119.5 E)8341. Showtan, (State: Fujian) (27.1 N, 119.34 E)8342. Showyang, (State: Shanxi) (37.89 N, 113.17 E)8343. Shsin-yang Chiang-k'ou, (State: Jiangsu) (33.63 N, 120.62 E)8344. Shu Ch'ang-chou-shih, (State: Jiangsu) (31.73 N, 120.06 E)8345. Shu Ch'i, (State: Anhui) (30.67 N, 118.37 E)8346. Shu He, (State: Shaanxi) (32.93 N, 109.68 E)8347. Shu He (34.11 N, 118.51 E)8348. Shu Ho, (State: Shaanxi) (32.93 N, 109.68 E)8349. Shu Ho (34.11 N, 118.51 E)8350. Shu Hsi, (State: Anhui) (30.67 N, 118.37 E)8351. Shu Shan, (State: Jiangsu) (34.87 N, 119.27 E)8352. Shu Shui, (State: Jiangxi) (26.78 N, 114.82 E)8353. Shu Xi, (State: Anhui) (30.67 N, 118.37 E)8354. Shu'an, (State: Fujian) (24.89 N, 118.39 E)8355. Shu'ao, (State: Zhejiang) (28.84 N, 121.27 E)8356. Shu'erliang, (State: Shanxi) (39.36 N, 111.35 E)8357. Shu-ch'eng Hsien, (State: Anhui) (31.45 N, 116.95 E)8358. Shu-ch'eng-chen, (State: Hebei) (38.53 N, 116.37 E)8359. Shu-ch'eng-chen, (State: Jiangsu) (34.13 N, 118.77 E)8360. Shu-ch'eng-hsien, (State: Anhui) (31.46 N, 116.94 E)8361. Shu-ch'i, (State: Zhejiang) (28.91 N, 121.49 E)8362. Shu-chang, (State: Shanxi) (35.89 N, 113.41 E)8363. Shu-chang-ts'un, (State: Shanxi) (35.89 N, 113.41 E)8364. Shu-chi, (State: Shanxi) (36.47 N, 112.52 E)8365. Shu-chi-ts'un, (State: Shanxi) (36.47 N, 112.52 E)8366. Shu-chia, (State: Zhejiang) (30.05 N, 122.15 E)8367. Shu-chia-ts'un, (State: Hunan) (27.73 N, 109.69 E)8368. Shu-chia-ts'un, (State: Zhejiang) (29.67 N, 121.43 E)8369. Shu-chia-tu, (State: Sichuan) (30.75 N, 103.77 E)8370. Shu-chia-ying-tzu, (State: Nei Mongol) (42.59 N, 119.11 E)8371. Shu-chieh, (State: Yunnan) (24.78 N, 100.68 E)8372. Shu-chieh-to-ting-tzu Shan, (State: Jilin) (42.47 N, 125.19 E)8373. Shu-chih-liao, (State: Zhejiang) (28.2 N, 120.5 E)8374. Shu-ching-ts'un, (State: Hebei) (39.48 N, 115.64 E)8375. Shu-erh-kan, (State: Qinghai) (35.73 N, 95.55 E)8376. Shu-erh-liang, (State: Shanxi) (39.36 N, 111.35 E)8377. Shu-fu, (State: Xinjiang) (39.45 N, 75.98 E)8378. Shu-fu Hsien, (State: Xinjiang) (39.45 N, 75.87 E)8379. Shu-ho, (State: Shanghai) (31.59 N, 121.59 E)8380. Shu-ho, (State: Shaanxi) (32.93 N, 109.69 E)8381. Shu-ho-chen, (State: Shanghai) (31.59 N, 121.59 E)8382. Shu-ho-chen, (State: Jiangsu) (31.99 N, 121.61 E)8383. Shu-ho-k'ou, (State: Shaanxi) (32.93 N, 109.69 E)8384. Shu-ho-tun, (State: Anhui) (31.57 N, 117.01 E)8385. Shu-ho-tzu, (State: Nei Mongol) (50.32 N, 119.4 E)8386. Shu-hsi Ho, (State: Shaanxi) (33.35 N, 108.05 E)8387. Shu-hung, (State: Anhui) (30.32 N, 118.78 E)8388. Shu-hung, (State: Zhejiang) (28.65 N, 120.15 E)8389. Shu-hung-shih, (State: Zhejiang) (28.65 N, 120.15 E)8390. Shu-i, (State: Shanxi) (36.67 N, 110.77 E)8391. Shu-i-li, (State: Shanxi) (36.67 N, 110.77 E)8392. Shu-k'uai, (State: Zhejiang) (30.71 N, 121.05 E)8393. Shu-kuan, (State: Hebei) (36.18 N, 115.4 E)8394. Shu-kuan-chi, (State: Hebei) (36.18 N, 115.4 E)8395. Shu-kuei, (State: Qinghai) (35.72 N, 95.97 E)8396. Shu-lan, (State: Jilin) (44.35 N, 126.8 E)8397. Shu-lan Hsien, (State: Jilin) (44.42 N, 126.95 E)8398. Shu-lan-chen, (State: Jilin) (44.42 N, 126.95 E)8399. Shu-lan-chieh, (State: Jilin) (44.42 N, 126.95 E)8400. Shu-lan-hsien, (State: Jilin) (44.35 N, 126.8 E) لمشاهدة المزيد اضغط التالي\n1--200 | 201--400 | 401--600 | 601--800 | 801--1000 | 1001--1200 | 1201--1400 | 1401--1600 | 1601--1800 | 1801--2000 | 2001--2200 | 2201--2400 | 2401--2600 | 2601--2800 | 2801--3000 | 3001--3200 | 3201--3400 | 3401--3600 | 3601--3800 | 3801--4000 | 4001--4200 | 4201--4400 | 4401--4600 | 4601--4800 | 4801--5000 | 5001--5200 | 5201--5400 | 5401--5600 | 5601--5800 | 5801--6000 | 6001--6200 | 6201--6400 | 6401--6600 | 6601--6800 | 6801--7000 | 7001--7200 | 7201--7400 | 7401--7600 | 7601--7800 | 7801--8000 | 8001--8200 | 8201--8400 | 8401--8600 | 8601--8800 | 8801--9000 | 9001--9200 | 9201--9400 | 9401--9600 | 9601--9800 | 9801--10000 | 10001--10200 | 10201--10400 | 10401--10600 |


url: =honeypark travel guidebook –must visit attractions in – honeypark nearby recommendation – Trip.com\nAddress: 30 Nongyuan Rd, Futian Qu, Shenzhen Shi, Guangdong Sheng, China\nThe free park is worth a visit. The facilities are complete, there are basketball courts, tennis courts, football courts, large green areas, and a lake with a Futian marriage registry. There are also many entertainment facilities for children.\nReviewed on 1596403752000\nA leisure place in the city center, beautiful and pleasant, you must have a different feeling when you take a walk.\nReviewed on 1590751735000\nReviewed on 1587291474000\nReviewed on 1588065028000\nReviewed on 1588651694000\nReviewed on 1599225176000\nAttractions Near honeypark\nMore attractions near honeypark\nRestaurants Near honeypark\nDongBao Seafood Hot Pot ( Xiang Mi Hu 1979 )\nKyoto cuisine Arashitei\nMore restaurants near honeypark\nHotels Near honeypark\nMore hotels near honeypark\nhoneypark Attractions | XiangMiHu DongYa GuoJi FengQing Jie Attractions | Xiangmihu Attractions | Fengshengting Commercial Pedestrian Street Attractions | Shatou Xiasha Village Attractions | Huifangyuan Attractions | Huang Siming Ancestral Temple Attractions | Shenzhen International Garden and Flower Expo Park Attractions | Meilin Reservoir Attractions | Overseas Chinese Town (OCT) Loft Attractions | Mount Tanglang Country Park Attractions | Shenzhen Mangrove Nature Reserve Attractions | Shenzhen Library Attractions | Hakka Earth Building Attractions | Overseas Chinese Town Wetland Park Attractions | Link City Attractions | Shenzhen Ping An Financial Center Yunji Sightseeing Attractions | Splendid China Folk Village Attractions | Temple Of Heaven Attractions | Lianhuashan Park Attractions | Shenzhen Civic Center Attractions | Overseas Chinese Town Tourist Resort Attractions | Shixia Diaolou Attractions | Meishan Attractions | Shenzhen Children's Palace Attractions | OCT Harbour Attractions | Splendid China Miniature Scenic Area Attractions | Dream Aquarium Attractions | Shenzhen Convention and Exhibition Center Attractions | Tanglangshan Attractions\nTang Gong Seafood Restaurant (Dong Men) | Feng Huang Lou | Li Bao Ge | Sheng Ji | Zhuo Yue Xuan | Man Ho (Shenzhen JW Marriott Hotel Nanshan) | Runyuan Siji YeziJi | JADE GARDEN | Chun Man Yuan ( Sheng Ting Yuan ) | Chaotai Beef Hot Pot (Tai Ran Qi Road) | Li Yuan Restaurant (Baoan South Road) | ELBA | Gaga Xian Yu (COCO Park ) | Mei Ji Xian | Hong Kong Xin Fa Shao La Teahouse( Feng Huang Road ) | Ju Ren Ye Hao Men Jiu Shi (Nan Shan) | China Lodge ( Grand Hyatt Shenzhen ) | Shen Jing Hua Xiang E Fast Food ( Hua Fa Bei Road ) | TaiXing Restaurant (HaiAn Cheng) | TENG (Shenzhen Marriott Hotel Nanshan) | ShanTou BaHe LiHai Ji Niuroudian (DongYuan) | Dan Gui Xuan ( Xin Dou ) | Yue Jing Restaurant | Si Hai Yi Jia ( Yitian Holiday Plaza ) | Shang Garden (Shangri-La Hotel Shenzhen) | PIPETTE (InterContinental Shenzhen) | Wang Pin Steak (Shenzhen Shen Nan) | Flavorz (The Ritz-Carlton Shenzhen) | Si Ye Sushi (Shen Zhen Hua Qiao Cheng) | Shang Palace\nShenzhen Images | Guangzhou Images | Zhongshan Images | Zhuhai Images | Dongguan Images | Yangjiang Images | Zhanjiang Images | Qingyuan Images | Huidong Images | Meizhou Images | Heyuan Images | Foshan Images | Jieyang Images | Huizhou Images | Shantou Images | Longmen Images | Zhaoqing Images | Jiangmen Images | Maoming Images | Chaozhou Images | Dabu Images | Ruyuan Images | Shaoguan Images | Taishan Images | Xuwen Images | Nanao Images | Shanwei Images | Kaiping Images | Yingde Images | Boluo Images | Longchuan Images | Nanxiong Images | Yangshanxian Images | Gaozhou Images | Lianzhou Images | Guangning Images | Pingyuan Images


url: =GeneralMining Technology/Technician - Visa Answers\nHome / GeneralMining Technology/Technician\nOn: February 27, 2019 Posted in Trades and Apprenticeships\tComments: 0\tViews: 116\nGeology – Mineral Exploration (M.Sc.) at Laurentian University/Université Laurentienne – School of Graduate Studies\nLaurentian University/Université Laurentienne – School of Graduate Studies School of Graduate StudiesL-314, R.D. Parker Building, 935 Ramsey Lake RoadSudbury, ONCanada P3E 2C6 Program Information Faculty: School of Graduate Studies Degree: Master Field of Study: Geology/Earth Science, GeneralMining Technology/Technician Description Break ...\nOn: February 27, 2019 Posted in Natural Resources and Environment\tComments: 0\tViews: 100\nBachelor in International Relations and


url: =Tagged With: Asad Shabazz, celebrity chef, commercial feng shui, Derek Payne, diana garber, dpi graphic design, easton town center, economic development, energy medicine, feng shui business, feng shui columbus, feng shui community, feng shui cowork, feng shui incubator, feng shui master, feng shui office, feng shui ohio, fundraiser, HUB CDC, HUB Community Development Corp, intuitive concepts, mongolian grill / 1531 Views\nTagged With: central ohio technical college, COTC, diana garber, feng shui class, feng shui columbus, feng shui consult, feng shui heal, feng shui lab, feng shui learn, feng shui medical, feng shui newark, feng shui ohio, feng shui OSU, feng shui patient, feng shui research, feng shui school, intuitive concepts, OSU Newark / 3408 Views\nTagged With: diana garber, feng shui, feng shui balance, feng shui beauty, feng shui bedroom, feng shui decorat, feng shui entrance, feng shui family room, feng shui love, feng shui men, feng shui results, feng shui wedding, feng shui women, fox 28, good day columbus, intuitive concepts / 3034 Views\nTagged With: diana garber, feng shui 2015, feng shui columbus, feng shui health, feng shui home, feng shui office, feng shui ohio, intuitive concepts / 6689 Views\nMyers-Briggs Back by Popular Demand!\nBe the best communicator you can be, and support clients in a way they'll appreciate ...\nOn April 24, 2015 in Beauty & Grace, Business, career, Career,Employ, job, Children, Credentials, Professionalism, Diana Garber, Feng Shui Education, Practitioner Training, Food, Cuisine, Health, wellness, Interview, Intuitive Concepts & Diana Garber, Joy, Harmony, Celebrations, Managing Stress, Mind, Body, Spirit, Our Fees, Consult/Service Costs, Personal energy, Relationships, Self development, Social Etiquette, Students of All Ages by editor Comments 2\nTagged With: diana garber, enfj, enfp, entj, entp, esfj, esfp, estj, estp, extrovert, feeler, feng shui columbus, feng shui ohio, infj, infp, intj, intp, introvert, intuitive, intuitive concepts, isfj, isfp, istj, istp, judger, mbti, myers briggs, perceiver, sensor, thinker, type talk / 2943 Views\nCorporate Client Schedules Myers-Briggs For Entire Company\nWhether wanting to improve how people interact, how they support customers, or simply dealing with another human being, this works!\nOn April 24, 2015 in Beauty & Grace, Business, career, Career,Employ, job, Children, Diana Garber, Food, Cuisine, General, Health, wellness, Joy, Harmony, Celebrations, Managing Stress, Mind, Body, Spirit, Most popular, Personal energy, Relationships, Self development, Social Etiquette, Students of All Ages by editor Comments 4\nTagged With: communication, conflict, diana garber, feng shui columbus, feng shui ohio, finance, intuitive concepts, management, mbti, myers-briggs, relationship, staff, team build / 3255 Views\nTagged With: chinese astroogy 2015, clutter, Diana Garber, feng shui 2015, feng shui April, feng shui bedroom, feng shui business, feng shui clutter, feng shui columbus, feng shui home, feng shui office, feng shui ohio, feng shui spring, feng shui tips, feng shui weather, Intuitive Concepts, recycle, repurpose / 2377 Views\nFeng Shui is a Journey, Not a Destination\nThis client said the change in numbers was spot on ...\nOn March 16, 2015 in Apartments, Condos, Lofts, Beauty & Grace, Bedroom Feng Shui, Children, Classic/Traditional Feng Shui, Credentials, Professionalism, Date Analysis/Selection, Diana Garber, EMF, Geostress, Environmental Factors, Feng Shui Education, Practitioner Training, Food, Cuisine, Health, wellness, Homes/Houses, Interior Decorating, Intuitive Concepts & Diana Garber, Managing Stress, Mind, Body, Spirit, Our Fees, Consult/Service Costs, Personal energy, Preparedness, Quantum Living, Sustainability, Reputation, Popularity, Residential, Risk management, Students of All Ages, Timing, this year, Types of Feng Shui by editor Comment 0\nTagged With: alternative medicine, cancer, diana garber, feng shui 2015, feng shui family, feng shui flying star, feng shui health, feng shui master, feng shui update, feng shui wellness, integrative medicine, intuitive concepts, leukemia / 2098 Views


url: =Xian d'Anyuan — Wikipédia\n25° 14′ 45″ N 115° 22′ 16″ E / 25.245833, 115.371111\nPour les articles homonymes, voir Anyuan.\n安远县 / 安遠縣\n326 666 hab. (1999)\n25° 14′ 45″ Nord 115° 22′ 16″ Est / 25.245833, 115.371111\nmodifier Le xian d'Anyuan (chinois simplifié : 安远县 ; chinois traditionnel : 安遠縣 ; pinyin : ānyuǎn xiàn) est un district administratif de la province du Jiangxi en Chine. Il est placé sous la juridiction de la ville-préfecture de Ganzhou.\nLa population du district était de 326 666 habitants en 1999.\nSubdivisions de niveau district de la préfecture de Ganzhou\nNankang · Ruijin\nAnyuan · Chongyi · Dayu · Dingnan · Gan · Huichang · Longnan · Ningdu · Quannan · Shangyou · Shicheng · Xinfeng · Xingguo · Xunwu · Yudu\nCe document provient de « https://fr.wikipedia.org/w/index.php?title=Xian_d%27Anyuan&oldid=104486271 ».\tCatégorie : Subdivision administrative du JiangxiCatégories cachées : Wikipédia:ébauche monde chinoisPage avec coordonnées similaires sur WikidataArticle géolocalisé en République populaire de ChineArticle géolocalisé sur TerreArticle à illustrer Subdivision administrativePortail:République populaire de Chine/Articles liésPortail:Monde chinois/Articles liésPortail:Asie/Articles liés\tMenu de navigation\nDeutschEnglish贛語日本語한국어Norsk bokmålSvenskaTiếng Việt中文粵語\tModifier les liens\tDernière modification de cette page le 8 juin 2014, à 16:39.


url: =1. Experimental and Numerical Investigation on the Bearing and Failure Mechanism of Multiple Pillars Under Overburden EI SCIE\n2. Aerosol Optical Properties over China from RAMS-CMAQ Model Compared with CALIOP Observations EI SCIE\n3. Remaining Useful Life Prediction for Degradation Processes With Memory Effects EI SCIE\n4. Room-temperature UV-ozone assisted solution process for zirconium oxide films with high dielectric properties EI SCOPUS SCIE\n5. Effect of ultrasonic vibration on fatigue performance of AA 2024-T3 friction stir weld joints EI SCOPUS SCIE\n6. A DC Microgrid Coordinated Control Strategy Based on Integrator Current-Sharing EI SCOPUS SCIE\n7. High temperature stable W/O emulsions prepared with in-situ hydrophobically modified rodlike sepiolite EI SCOPUS SCIE\n8. Tunable laser operations in a Nd-doped SrLaAlO4 crystal EI SCIE\n9. A study of machined surface RS gradient distribution and cumulative on HSM ball end milling EI SCOPUS SCIE\n10. Failure of bolt support and experimental study on the parameters of bolt-grouting for supporting the roadways in deep coal seam EI SCOPUS SCIE\n11. Unusual acylation of chloramphenicol in Lysobacter enzymogenes, a biocontrol agent with intrinsic resistance to multiple antibiotics EI SCOPUS SCIE\n12. Mechanical and Parametric Analysis of Cracks in Polypropylene Fiber Concrete U-Shaped Girder EI SCOPUS SCIE\n13. Research on sun light temperature field and thermal difference effect of long span box girder bridge with corrugated steel webs EI SCOPUS\n作者：Dong, Xu ;Deng, Zhen-Quan ;Li, Shu-Chen ;Gu, Shou-Fa ;Zhang, Feng\n作者机构：[Dong, Xu ;Deng, Zhen-Quan ;Li, Shu-Chen ;Zhang, Feng ] Geotechnical and Structural Engineering Research Center, Shandong University, Jinan; Shandong; 250061, China;[Gu, Shou-Fa ] The Second Project Co., Ltd of China Railway Bureau 14 Group, Tai'an; Shandong; 271021, China\n来源：Gongcheng Lixue/Engineering Mechanics,2017,Vol.34,Issue.9,230-238\n14. Catalytic Pyrolysis of Bituminous Coal under Pyrolysis Gas over a Ni/MgO Catalyst EI SCIE\n15. Photocatalyzed Reduction of Chromium(VI) and Thermal-Driven Heterogeneous Separation EI SCOPUS SCIE\n16. Horseshoe bats and Old World leaf-nosed bats have two discrete types of pinna motions EI SCOPUS SCIE\n17. Multiobjective Investment Policy for a Nonlinear Stochastic Financial System: A Fuzzy Approach EI SCIE\n18. Observation of the Identical Rigidity Dependence of He, C, and O Cosmic Rays at High Rigidities by the Alpha Magnetic Spectrometer on the International Space Station EI SCOPUS SCIE\n19. Influence and sensitivity analysis of surrounding rock thermal parameters on temperature field of cold region tunnel EI SCOPUS


url: =$0.25 | 1.48%\nAs of February 20, 2020 Close. Minimum 20 minute delay.\nDocument ID - 49976517


url: =Tucker pens book of encouragement\ngognxsvu上海后花园GGL 上海品茶网KMK 上海品茶网MBK 上海品茶网PLZ 上海品茶网YHM 上海品茶网YKX 上海品茶网ZMM 上海夜生活HKI 上海夜生活RAB 夜上海论坛ASY 夜上海论坛WVA 开个美食工作室外卖 爱上海XAH 贵族宝贝FAE 青浦澳京休闲会所Leave a comment\nBCEF receives $227,000 donation\nBATESVILLE, Ind. — Anne Wilson, the Batesville Community Education Foundation recently announced, a second donation, worth more than $227,000, has been made to the Foundation according to the stipulations set forth in the will of James E. Fritsch.According to Wilson, the donation will assist Batesville students in furthering their studies.James E. Fritsch of Batesville, passed away in 2012, after working for 30 years as an engineer with General Electric.\neykllumy东莞喝茶吧 二中女生卖多少 夜上海论坛CE 夜上海论坛SJ 妃子阁养生 宁波骆驼哪个浴场可以做 开个美食工作室外卖 爱上海DZ 爱上海IC 爱上海SI 爱上海XB 长沙品茶1500Leave a comment


url: =Cheng bang wen hua shi ye gu fen you xian gong si, Mai tian chu ban: free download. Ebooks library. On-line books store on Z-Library\n星期三是蓝色的 : 一个自闭症天才的多彩幸福人生 /Xing qi san shi lan se de : yi ge zi bi zheng tian cai de duo cai xing fu ren sheng\nBei fang lian he chu ban chuan mei (ji tuan) gu fen you xian gong si, Wan juan chu ban gong si\n東亞歷史漫遊 /Dong Ya li shi man you\nChŏng, Sŭng-mo, Mei, Xinyi, Zhao, Jiabi\n裙子底下的劇場 /Quan zi di xia de ju chang\nUeno, Chizuko, Hong, Jinzhu\n德勒茲論文學 (Deleuze on Literature)\nJia ting chuan mei cheng bang fen gong si fa xing; Mai tian chu ban\n雷諾·博格 (Ronald Bogue)\nYe wai dong xiang you xian gong si\n亞歷山大的征服與神話 : 非希臘中心視角的東西方世界 /Yalishanda de zheng fu yu shen hua : fei Xila zhong xin shi jiao de dong xi fang shi jie\nthe Great Alexander, Huang, Yuqing, Moritani, Kimitoshi\nZhong guo wen ge li shi chu ban she\nBarker, Chris, 羅世宏\n蒙古入侵时期的突厥斯坦 /Meng gu ru qin shi qi de tu jue si tan\nBa tuo er de, , Zhang xi tong, , Zhang guang da


url: =New Brunswick Legislative Library catalog › Results of search for '(su:"America") AND (su:"Discovery and exploration.") and su-geo:Canada and au:Champlain, Samuel de, and su-geo:Canada and itype:MAIN'\nResults of search for '(su:"America") AND (su:"Discovery and exploration.") and su-geo:Canada and au:Champlain, Samuel de, and su-geo:Canada and itype:MAIN'