url: =HANTING EXPRESS BEIJING CHANGYIN Motel (Pechino, Cina): Prezzi 2019 e recensioni\nHanting Express Beijing Changyin Motel, Pechino\nSei stato presso Hanting Express Beijing Changyin?\nZhi Wei ShaoKao (ChangYing) (Barbecue)\nShanyou Huaka Restaurant (Changying) (Caffè)\nGuTong LaoYuan BaoDu Shabu (Cinese)\nChina Red Sandalwood Museun (A 6 km)\nXinglong Park (A 6.1 km)\nTongzhou Xihaizi Park (A 5.6 km)\n16.1 km da Aeroporto di Pechino Nanyuan\nInizia a scrivere una recensione su Hanting Express Beijing Changyin\nN.417 di 6’720 hotel a Pechino\n19.7 km da Aeroporto di Pechino Nanyuan\n0.1 km da Meizhe Park\nLa posizione è ottima in quanto ti consente di vedere parecchie cose a piedi, e in Cina dove per prendere un taxi ci vuole 1 ora se poi si è fortunati, non è da sottovalutare, in 10/15 minuti a piedi si arriva in Il Dongfang è lussuoso, di livello superiore alla media, la colazione buffet è veramente stratosferica, Di contro l'hotel è estremamente affollato da grupponi di turisti cinesi ed occidentali. Prendere l’ascensore\nZhi Wei ShaoKao (ChangYing)\nShanyou Huaka Restaurant (Changying)\nGuTong LaoYuan BaoDu Shabu\nRicevi risposte rapide dal personale e dai clienti precedenti di Hanting Express Beijing Changyin.


timestamp: tn

url: =Guanfang Hotel Lijiang Qidian, Lijiang| Hotels.com\nShangri-la Avenue, Gucheng District Yunnan Lijiang CHN\nGucheng bölgesinde, lüks, kapalı havuzu, restoran olan otel.\n1 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n2 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n3 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n4 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n5 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n6 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n7 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n8 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n9 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n10 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n11 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n12 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n13 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n14 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n15 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n16 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n17 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n18 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n19 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n20 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n21 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n22 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n23 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n24 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n25 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n26 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n27 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n28 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n29 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n30 - Guanfang Hotel Lijiang Qidian, Lijiang, Otel Sahası\n31 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n32 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n33 - Guanfang Hotel Lijiang Qidian, Lijiang, Restoran\n34 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n35 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n36 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n37 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n38 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n39 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n40 - Guanfang Hotel Lijiang Qidian, Lijiang, Dış Mekân\n41 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n42 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n43 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n44 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n45 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n46 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n47 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n48 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n49 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n50 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n51 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n52 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n53 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n54 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n55 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n56 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n57 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n58 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n59 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n60 - Guanfang Hotel Lijiang Qidian, Lijiang, Oda\n61 - Guanfang Hotel Lijiang Qidian, Lijiang\n62 - Guanfang Hotel Lijiang Qidian, Lijiang\n63 - Guanfang Hotel Lijiang Qidian, Lijiang\n1145 otel odası\nMu Family Mansion (Mu Aile Malikanesi) - 18 dakika yürüme mesafesinde\nWang Gu Lou - 23 dakika yürüme mesafesinde\nYufeng Temple of Lijiang - 11 mil / 17,8 km\nStandard Oda, Bahçe Manzaralı (standard room)\nSuperior Villa, Avlu Manzaralı (superior standard garden villa)\nGuanfang Hotel Lijiang Qidian çevresindekiler\nLijiang (LJG) - 38 dakika sürüş mesafesinde\nBu otel 1.145 odalıdır.\nGuanfang Hotel Lijiang Qidian hakkında önemli bilgiler\nGuanfang Hotel Lijiang Qidian Lijiang\nGuanfang Hotel Lijiang Qidian Hotel Lijiang\nGuanfang Lijiang Qidian\nGuanfang Hotel Lijiang Qidian Hotel\nGuanfang Hotel Lijiang Qidian için SSS\nGuanfang Hotel Lijiang Qidian misafirlerine otopark sunuyor mu?\nGuanfang Hotel Lijiang Qidian içinde havuz var mı?\nGuanfang Hotel Lijiang Qidian evcil hayvan kabul ediyor mu?\nGuanfang Hotel Lijiang Qidian içinde veya yakınında restoran var mı?\nGuanfang Hotel Lijiang Qidian havaalanı gidiş dönüş servisi sunuyor mu?


url: =Radney-Foster | Twang Nation - The Best In Americana Music\nTag Archives: Radney-Foster\nInterviews with Jay Farrar and Twang Nation on Twitter/blip.fm\nThe Phoenix New Times’ Martin Cizmar ponders if, while interviewing Son Volt front man Jay Farrar, he should ask him about the new Wilco record? (he does.) Annie Zaleski at the Riverfront Times also interviewed…\nPosted by: Baron Lane // alt.country, Americana, Legends // Gob Iron, Jay Farrar, Radney-Foster, Son-Volt, uncle tupelo, Wilco // July 15, 2009 // Comment


url: =来源：yabo亚搏官方网站 时间：2019-07-08 09:48:51 阅读量：\n6) Shufeng Fan，Haihao Yu, Chunhua Liu*, Dan Yu*, Yuqin Han, Ligong Wang. (2015).The effects of complete submergence on morphological and biomass allocation response of invasive plant Alternanthera philoxeroides. Hydrobiologia.746:159 – 169.\n版权所有©yabo亚搏官方网站 地址：武汉市武昌珞珈山 邮政编码：430072\n电话：+86-27-68753780 传真：+86-27-68752560 电子邮箱：cls@whu.edu.cn


url: = milling machines china price\nPopular Milling Machine Prices-Buy Cheap Milling Machine ,\n2018 Online shopping for popular & hot Milling Machine Prices from Tools, , China Factory price cnc milling machine 1325 35kw 45kw 55kw cnc router machine ,\nMaking production of our combined rice milling machinery , High and New Economic and Technology Development Area, Zhengzhou, Henan Province, China .\nChina Gear Hobbing Machine supplier, Milling Machine, CNC Milling Machine Manufacturers/ Suppliers - Tengzhou Borui CNC Machine Tool Co, Ltd\nSifted Maize flour milling machines 3-D machine design and plant design This is one of the most popular maize flour mills for starter Our client from Mansa,Zambia first ordered a 50 ton per day maize milling machinery from us in 2009, then just six months later, He came to China visiting our factory again and we signed contract for another ,\nChina Low Price Mini Milling Machine with CNC ,\nChina Low Price Mini Milling Machine with CNC (VMC420L), Find details about China Milling Machine with Price, Low Price Milling Machine from Low Price Mini Milling Machine with CNC (VMC420L) - Taian Crystal Machinery Co, Ltd\nMilling - cnc vertical milling machines 314 Subcategori , PRICE ON REQUEST , LOCATION: China PRICE ON REQUEST\n1-16 of 149 results for "Milling Machine Price" High Power Metal Mini Lathe DIY Micro Milling Machine Mill 12000rpm 60W with Adapter , milling machines and miter, .\nSep 12, 2017· China CNC Milling Machine Price is the World's Largest Machine Tool Company headquartered Just Outside Longhua District, Shenzhen City, with Design Centers ,\nChina Milling Machine Price, China Milling , - Alibaba\nChina Milling Machine Price, China Milling Machine Price Suppliers and Manufacturers Directory - Source a Large Selection of Milling Machine Price Products at milling machine ,cnc milling machine ,rice milling machine from China ,\nChina Maize Milling Machine with Price (20t/24h) - China ,\nChina Maize Milling Machine with Price (20t/24h), Find details about China Maize Milling Machine with Price, Maize Milling Machine from Maize Milling Machine with Price (20t/24h) - Shijiazhuang Hongdefa Machinery Co, Ltd\nChina Cheap Price of Maize Mill, Maize Milling Machine ,\nChina Cheap Price of Maize Mill, Maize Milling Machine Prices, Find details about China Maize Milling Machine Prices, Maize Mill from Cheap Price of Maize Mill, Maize Milling Machine Prices - Shijiazhuang Hongdefa Machinery Co, Ltd\nBaby VMC850L CNC Milling Machine in Shanghai, China , Location: Shanghai, China Price: Contact Seller for , Universal Knee-Type Milling Machine Extreme .\nXk7124 China Cnc Milling Machine - Buy Vertical Milling ,\nXk7124 China Cnc Milling Machine , Find Complete Details about Xk7124 China Cnc Milling Machine,Vertical Milling Machine,Cnc Milling Machine,Cnc Milling Machine Price from Milling Machines Supplier or Manufacturer-Zaozhuang City Tengdong Machine Co, Ltd\nChina Made Universal Milling Machine Price ,\nChina Made Universal Milling Machine Price X6140(x63w) , Find Complete Details about China Made Universal Milling Machine Price X6140(x63w),China Made Milling Machine,Universal Milling Machine,Universal Milling Machine Price from Milling Machines Supplier or Manufacturer-Tengzhou Chenghai Machine Tool Co, Ltd\nmilling machine price in melbourne - raticoza\nchina cnc milling machine parts price, View china cnc milling china cnc milling machine parts price,US $ 2 - 30 / Piece, CNC Machining, Milling, Aluminum, .\nUniversal Milling Machine Price Xk7145 China CNC Milling ,\nUniversal Milling Machine Price Xk7145 China CNC Milling Machine, Find details about China Milling Machine, Universal Milling Machine from Universal Milling Machine Price Xk7145 China CNC Milling Machine - Tengzhou Luzhong Machine ,\nChina Milling Machine X6336, Find details about China Milling Machine, Milling from Milling Machine X6336 - Anhui Chizhou Machine Tool Co, Ltd\nChina Cnc Milling Machine, , hot sale cheap price china ningbo mini cnc milling machine 4 axis for sale US $8000-11000 / Unit 1 Unit (Min Order)\nChina Factory Price Milling Machine Power Feed (ZL ,\nChina Factory Price Milling Machine Power Feed (ZL-310S), Find details about China Machine Accessories, Power Feed from Factory Price Milling Machine Power Feed (ZL-310S) - Tengzhou Uni-Tech Co, Ltd


url: =Visitors : 16019611 Online Users : 37\nShowing items 15901-15925 of 38958. (1559 Page(s) Totally)\n<< < 632 633 634 635 636 637 638 639 640 641 > >>\nLing-Yun Chen [2/2]\nLing), C. H. Ling(Chung-Huei [1/1]\nLing), Lan_Ping Lin(Lan_Ping [0/1]\nLing)、黃明祥, T.H.Feng(Tung-Huang Feng)、C.H.Ling(Chung-Huei [1/2]\nLingling Guo [1/1]\nLIN；, S.-H. LAN；S.-H. LAN；L.-C. LU；L.-C. LU；Y.-Y. YEN；Y.-Y. YEN；Y.-P. HSIEH；Y.-P. HSIEH；J.-C. CHEN；J.-C. CHEN；W.J. WU；W.J. WU；藍守仁；L.-Y. LIN；L.-Y. [0/1]\nLin；, 廖美華；MEI-HUA LIAO；*；陳雯惠；Wun-Huei Chen；林盈昀；Ying-Yun [0/1]\nLin；, 林盈利；Ying-Li Lin；王癸元；Kuei-Yuan Wang；*；林瑩華；Ying-Hua [0/1]\nLin；, 陳宜惠；CHEN YI-HUI；Eric Jui-Lin；Eric Jui-Lin Lu；*；Sheng-Jia Li；Sheng-Jia [1/1]\nLin；, 黃騰進；Teng-Ching Huang；吳清池；Ching-Chih Wu；*；林丙輝；Bing-Huei [0/1]\nLin；*, 張筱筠；Hsiao-Chuan Chang；Wei-Kuang；Wei-Kuang Wang；Kun-Neng；Kun-Neng Chen；Jung-Kai Su；Jung-Kai Su；Chung-Yi；Chung-Yi Hsin；Jun Li；Jun Li；Yi-Kuang；Yi-Kuang Wang；Hung-Du Lin；Hung-Du [1/1]\nLin；*, 林藍萍；Lan-Ping Lin；徐尚為；Shang-Wei Hsu；林金定；Jin-Ding [0/1]\nLin；*, 樓靜文；Ching-Wen Lou；呂柏青；Po-Ching Lu；胡晉嘉；Jin-Jia Hu；林佳弘；Jia-Horng [1/1]\nLin；*, 胡晉嘉；Jin-Jia Hu；呂柏青；Po-Ching Lu；樓靜文；Ching-Wen Lou；李孟娟；Mong-Chuan Lee；林佳弘；Jia-Horng [1/1]\nLin；*, 藍胤瑋；Yin-Wei Lan；林藍萍；Lan-Ping Lin；徐尚為；Shang-Wei Hsu；林金定；Jin-Ding [1/1]\nLin；*, 鄒秉諺；Ping-Yen Tsou；林藍 萍；Lan-Ping Lin；徐尚為；Shang-Wei Hsu；林金定；Gin-Ding [0/1]\nLin；*, 黃志揚；Chih-yang Huang；Wei-Jen Ting；Wei-Jen Ting；黃智洋；Jing-Yi Yang；Jing-Yi Yang；Wan-Teng Lin；Wan-Teng [0/1]\nLin；*, 黎佳伶；Chia-Ling Li；林藍萍；Lan-Ping Lin；徐尚為；Shang-Wei Hsu；林金定；Jin-Ding [1/1]\nLin；何玉山, Changshuan L；Changshuan L. [1/1]\nLin；李采娟, Li-Na Liao；Li-Na Liao；Chia-Ing Li；Chia-Ing Li；Chiu-Shong L；Chiu-Shong Liu；Chiu-Ching H；Chiu-Ching Huang；Wen-Yuan Lin；Wen-Yuan Lin；Jen-Huai Chi；Jen-Huai Chiang；Cheng-Chieh；Cheng-Chieh [0/1]\nLin；李采娟, Yueh-Hsiang；Yueh-Hsiang Liao；Cheng-Chieh；Cheng-Chieh Lin；Hsueh-Chou L；Hsueh-Chou Lai；Jen-Huai Chi；Jen-Huai Chiang；Jaung-Geng L；Jaung-Geng [0/1]\nLin；林振文, Shih-Wein Li；Shih-Wein Li；*；Ching-Ying W；Ching-Ying Wang；Yu-Jen Jou；Yu-Jen Jou；Tsuey-Ching；Tsuey-Ching Yang；黃素華；Su-Hua Huang；Lei Wan；Lei Wan；Ying-Ju Lin；Ying-Ju [0/1]\nLin；鍾景光, Ching-Lung L；Ching-Lung Liao；Ju-Hwa Lin；Ju-Hwa Lin；Jin-Cherng L；Jin-Cherng Lien；Shu-Chun Hsu；Shu-Chun Hsu；闕甫伈；Fu-Shin Chueh；Chien-Chih Y；Chien-Chih Yu；Ping-Ping Wu；Ping-Ping Wu；Yi-Ping Huan；Yi-Ping Huang；Jaung-Geng L；Jaung-Geng [0/1]\nLIN；鍾景光, SHU-WEN WENG；SHU-WEN WENG1；SHU-CHUN HSU；SHU-CHUN HSU；HSIN-CHUNG L；HSIN-CHUNG LIU；BIN-CHUAN JI；BIN-CHUAN JI；JIN-CHERNG L；JIN-CHERNG LIEN；FU-SHUN YU；FU-SHUN YU；KUO-CHING LI；KUO-CHING LIU；KUANG-CHI LA；KUANG-CHI LAI；JING-PIN LIN；JING-PIN [0/1]\nLIN；鍾景光, TE?CHUN HSIA；TE?CHUN HSIA；CHIEN?CHIH Y；CHIEN?CHIH YU；SHU?CHUN HSU；SHU?CHUN HSU；NOU?YING TAN；NOU?YING TANG；HSU?FENG LU；HSU?FENG LU；CHUN?SHU YU；CHUN?SHU YU；SHIN?HWAR WU；SHIN?HWAR WU；JAUNG?GENG L；JAUNG?GENG [1/1]


url: =Search results for "Hao Guo 0005" – FacetedDBLP\nPublications of "Hao Guo 0005" ( http://dblp.L3S.de/Authors/Hao_Guo_0005 )\nAuthor page on DBLP Author page in RDF Community of Hao Guo 0005 in ASPL-2\nComputers and Electronics in A...(6) AIVR(1) ICTAI(1) Remote Sensing(1) Sensors(1) The Visual Computer(1)\nHao Guo 0005(12) Dehai Zhu(9) Qin Ma 0001(5) Wei Su 0003(5) Ke Wang(4) Chengjiang Long(3) Mengxiao Tian(3) Francesco Marinello(2) Hong Chen(2) Qing Wang(2) Yuhao Ma(2) Andrea Pezzuolo(1) Baoguo Li(1) Batsaikhan Bayartungalag(1) Chuang Xing(1) Jiantao Liu(1) More (+10 of total 31)\n1 Mengxiao Tian, Hao Guo 0005, Hong Chen, Qing Wang, Chengjiang Long, Yuhao Ma Automated pig counting using deep learning. Computers and Electronics in Agriculture 2019 DBLP DOI BibTeX RDF\n1 Quanlong Feng, Jianyu Yang, Dehai Zhu, Jiantao Liu, Hao Guo 0005, Batsaikhan Bayartungalag, Baoguo Li Integrating Multitemporal Sentinel-1/2 Data for Coastal Land Cover Classification Using a Multibranch Convolutional Neural Network: A Case of the Yellow River Delta. Remote Sensing 2019 DBLP DOI BibTeX RDF\n1 Andrea Pezzuolo, Veronica Milani, Dehai Zhu, Hao Guo 0005, Stefano Guercini, Francesco Marinello On-Barn Pig Weight Estimation Based on Body Measurements by Structure-from-Motion (SfM). Sensors 2018 DBLP DOI BibTeX RDF\n1 Yuhao Ma, Hao Guo 0005, Hong Chen, Mengxiao Tian, Xin Huo, Chengjiang Long, Shiye Tang, Xiaoyu Song, Qing Wang A Method to Build Multi-Scene Datasets for CNN for Camera Pose Regression. AIVR 2018 DBLP DOI BibTeX RDF\n1 Chuang Xing, Chengjiang Long, Hao Guo 0005, Yongwei Nie, Yuan Zhang, Dehai Zhu, Qin Ma 0001, Mengxiao Tian How Does a Camera Look at One 3D CAD Object? ICTAI 2017 DBLP DOI BibTeX RDF\n1 Hao Guo 0005, Dehai Zhu, Philippos Mordohai Correspondence estimation for non-rigid point clouds with automatic part discovery. The Visual Computer 2016 DBLP DOI BibTeX RDF


url: =xin yi knitting factory - China xin yi knitting factory - ECBAY Manufacturers Directory\nHome > Product > By x > xin yi knitting factory\nxin yi knitting factory\n... Cell86-15257978059.Fax:85593216 Fine Sketch Pad Sketch Pad From Yi Wu Factory\n... .1 New crop Chaotian Chili (Tianying chili, Bullet chili, Xin Yi dai chili), America red chili, Jintiao chili, Xi An ... date, flavour loss and browning occurs)===Welcome to visit our factory === Contact person:Ms.Linda,0086-15275299243 High quality,Sunshine ... Service Our factory Chilli podsChilli powder,crushedApplication Import red pepper Grade A ...\n... red chili, Tianying chili, Chaotian chili, Bullet chili, Xin Yi Dai chili, etc.1.2. Pungency degree, hot ... crop Chaotian Chili ( Tianying chili, Bullet chili, Xin Yi dai chili ), America red chili, Jintiao chili, ... Advantage:1.1. We have our own factory for drying and milling paprika/chillies, processing ... 20108. Sweet Paprika raw materilas harvest: from factory farm own.9. Sample: we can supply free ...\n... 1999/2005 HONGKONG14 TOPEDM Woodturning Lathe 6 1999/2001 TAIWAN15 XIN YI Roast Machine SHD-5 30 2006 HONGKONG16 MING LI Mix ... China26 FU SHENG Air-compressing Machine 3 4 2004 TAIWAN27 XIN TAI GUANG Projection Machine XINTIAN JTRA 1 2006 China28 TIAN ...\n... : 1.1. 2012 crop Chaotian Chili (Tianying chili, Bullet chili, Xin Yi dai chili), America red chili, Jinta chili (Puya chili), Yidu ... .1. Our Advantage: 2.1.1. We have our own factory for drying and milling paprika / chillies, sweet paprika/ chili smoked ...\n... :Xian Chili, Yidu Chili , Jinta Chili, Tianying Chili, Bullet Chili, Xin Yi Dai Chili, etc. b).Chili products: chili flake ,chili crush ... harvest from our own farm, and produced by our own factory, so no pesticide and no artificial coloring is mixed into ...\nDetailed Product Description Dear sirs, We are JianXin crafts Factory.It is specializaed in producing poly resin crafts. Our products ... porducts,please contract us.OEM is available.Company Name:Jian Xin Arts & Crafts FactoryStreet Address: Bei Feng Industrial zoneCity: quan zhouProvince ...\nRose Cut Diamond BraceletDec 21, 2012\n1.YI WU FACTORY OF JEWELRY 2.DIRECT SUPPLIER 3.CAD TEAM OF JEWELRY ... us ,Choose Fashion !Thanks for your reading !Yiwu Moon Jewelry Factory Rose Cut Diamond Bracelet\nModern relaxing chair, leather rocker recliner chair YR1106Dec 25, 2012\n... . The corner: Foam or corrugated cardboard wrapping with corner protectionYuan Yi Furniture factory&Workshop Modern relaxing chair, leather rocker recliner chair YR1106\nSupplier: Yuanyi Furniture (Huizhou) Co., Ltd.\nADD:SONGSAN INDUSTIAL,QIUCHANG TOWN,HUIZHOU,GUANGDONG,CHINA,HUIZHOU,Guangdong\nCrushed ChiliDec 25, 2012\n... chili, America red chili, Tianying chili, Chaotian chili, Bullet chili, Xin Yi Dai chili, etc. 2)Pungency degree:sweet or hot with ...\nSun Tak Knitting Factory\nYu Mei Knitting Factory\nLui Knitting Factory Ltd Part\nTsang S Knitting Factory\nNingbo Knitting Factory\nShantou Mak Tak Knitting Factory Co Ltd\nMeilianda Knitting Factory\nNan Yang Knitting Factory Co Ltd\nKnitting Factory For Sale\nC.V Wiska Knitting Factory\nGuangxin Knitting Factory


url: =dblp: Jianhua Zhang (disambiguation)\nJianhua Zhang 0010 — Qingdao University of Technology, School of Information and Control Engineering, Shandong, China (and 1 more)\nJianhua Zhang, Jinzhu Pu, Mifeng Ren:\nMolecular Weight Distribution Control for Polymerization Processes Based on the Moment-Generating Function. Entropy 24(4): 499 (2022)\nMuhammad Usman Shehzad , Jianhua Zhang , Phong Ba Le :\nRole of collaborative culture and knowledge management process for stimulating radical and incremental innovation: a comparative moderation approach. Bus. Process. Manag. J. 27(7): 2021-2050 (2021)\nXiaochun Guan, Jianhua Zhang, Shengyong Chen:\nLogistic Regression Based on Statistical Learning Model with Linearized Kernel for Classification. Comput. Informatics 40(2) (2021)\nGuoping Zhu, Guohua Zhu , Jianhua Zhang:\nComputer Simulation of Ideological and Political Teaching under Big Data of Complexity. Complex. 2021: 9941592:1-9941592:13 (2021)\nAiying Guo, Feng Ran, Jianhua Zhang:\nCompression Scan Strategy For Fast Refresh Rate on SXGA OLEDoS Microdisplay. IEICE Trans. Electron. 104-C(9): 455-462 (2021)\nJianhua Zhang, Ming Zou, Jinghuan Ma, Lai Wei, Bingli Jiao:\nA scheduling algorithm based on downlink performance for full-duplex MU-MIMO systems. IET Commun. 15(8): 1076-1084 (2021)\nJianhua Zhang, Shengyong Chen, Honghai Liu, Naoyuki Kubota:\nGuest editorial. Ind. Robot 48(5): 629-631 (2021)\nWei Cai, Jianhua Zhang:\nA Special Section on Medical and Health Care Informatics is Transforming Health Care. J. Medical Imaging Health Informatics 11(2): 506-507 (2021)\nLuchuan Yu , Chenxu Cai, Jianhua Zhang, Qinhe Zhang:\nA simple and efficient method for isomorphism identification of planar kinematic chains. Soft Comput. 25(21): 13263-13276 (2021)\nJiameng Gao, Chengzhong Liu, Junying Han , Qinglin Lu, Hengxing Wang, Jianhua Zhang, Xuguang Bai, Jiake Luo:\nIdentification Method of Wheat Cultivars by Using a Convolutional Neural Network Combined with Images of Multiple Growth Periods of Wheat. Symmetry 13(11): 2012 (2021)\nHouchao Gan, Jianhua Zhang, Jing Wang, Daqing Hou, Yazhou Jiang, David Wenzhong Gao:\nCyber Physical Grid-Interactive Distributed Energy Resources Control for VPP Dispatch and Regulation. ISGT-Europe 2021: 1-5\nJianhua Zhang, Junding Guo, Hao Wang, Kexiang Li, Yan Zhao:\nResearch on Lower limb Movement Pattern Recognition Method Based on ReliefF-KPCA-SVM. ROBIO 2021: 1497-1501\nJianhua Zhang, Kumaraguru Prabakar, Adarsh Hasandka, S. M. Shafiul Alam, Yazhou Jiang, Bri-Mathias S. Hodge, David Wenzhong Gao:\nPower and Communications Hardware-In-the-Loop CPS Architecture and Platform for DER Monitoring and Control Applications. SmartGridComm 2021: 170-174\nYujie Wang, Tao Jiang, Pan Tang, Qidu Song, Xinyu Zhao, Lei Tian, Jianhua Zhang, Baoling Liu:\nMeasurement-based Analysis and Modeling of Channel Characteristics in an Industrial Scenario at 28 GHz. VTC Fall 2021: 1-5\nClustering and Evolution of Artificial Intelligence Technology in International Sports. WAC 2021: 77-79\nChunhua Ye, Zhong Yin, Chenxi Wu, Xiayidai Abulaiti, Yixing Zhang, Zhenqi Sun, Jianhua Zhang:\nIdentification of mental fatigue in language comprehension tasks based on EEG and deep learning. CoRR abs/2104.08337 (2021)\nLuqiao Yin, Doudou Zhang, Yuxian Yan, Fan Cao, Gongli Lin, Xuyong Yang , Wanwan Li, Jianhua Zhang :\nApplying InP/ZnS Green-Emitting Quantum Dots and InP/ZnSe/ZnS Red-Emitting Quantum Dots to Prepare WLED With Enhanced Photoluminescence Performances. IEEE Access 8: 154683-154690 (2020)\nJunyao Zhang, Shilei Dai, Yiwei Zhao, Jianhua Zhang, Jia Huang:\nRecent Progress in Photonic Synapses for Neuromorphic Systems. Adv. Intell. Syst. 2(3): 1900136 (2020)\nKexiang Li , Jianhua Zhang, Lingfeng Wang, Minglu Zhang, Jiayi Li, Shancheng Bao:\nA review of the key technologies for sEMG-based human-robot interaction systems. Biomed. Signal Process. Control. 62: 102074 (2020)\nSidney Pontes-Filho , Pedro G. Lind, Anis Yazidi, Jianhua Zhang, Hugo Hammer, Gustavo B. M. Mello , Ioanna Sandvig, Gunnar Tufte, Stefano Nichele:\nJianhua Zhang, Jeff Daily, Ryan A. Mast , Bryan Palmintier, Dheepak Krishnamurthy, Tarek Elgindy, Anthony Florita, Bri-Mathias S. Hodge:\nDevelopment of HELICS-based High-Performance Cyber-Physical Co-simulation Framework for Distributed Energy Resources Applications. SmartGridComm 2020: 1-5\nXiaoqiang Guo , Na Wang, Jianhua Zhang, Baocheng Wang, Minh-Khai Nguyen :\nChongze Zhao, Xi Dai, Yecheng Li, Qingqing Guo, Jianhua Zhang, Xiaotong Zhang, Ling Wang :\nEK-DRD: A Comprehensive Database for Drug Repositioning Inspired by Experimental Knowledge. J. Chem. Inf. Model. 59(9): 3619-3624 (2019)\nYecheng Li, Chongze Zhao, Jianhua Zhang, Shiyang Zhai, Boyan Wei, Ling Wang :\nHybridMolDB: A Manually Curated Database Dedicated to Hybrid Molecules for Chemical Biology and Drug Discovery. J. Chem. Inf. Model. 59(10): 4063-4069 (2019)\nJianhua Zhang, Kang Li, Jinliang Xu :\nRecent developments of control strategies for organic Rankine cycle (ORC) systems. Trans. Inst. Meas. Control 41(6): 1528-1539 (2019)\nSidney Pontes-Filho, Anis Yazidi, Jianhua Zhang, Hugo Hammer, Gustavo B. M. Mello , Ioanna Sandvig, Gunnar Tufte, Stefano Nichele:\nLiu Liu, Ke Zhang, Cheng Tao, Kun Zhang, Ze Yuan, Jianhua Zhang:\nChannel measurements and characterizations for automobile factory environments. ICACT 2018: 234-238\nXueyong Chen, Fuxing Hu, Jianhua Zhang, Jianwei Shen:\nGlobal existence and blow-up for a Chemotaxis System. Math. Model. Anal. 22(2): 237-251 (2017)\nYansong Li, Nian Liu, Jianhua Zhang:\nJointly optimization and distributed control for interconnected operation of autonomous microgrids. ISGT Asia 2015: 1-6\nDeterministic Girth-Eight QC-LDPC Codes with Large Column Weight. IEEE Commun. Lett. 18(4): 656-659 (2014)\nPeng Shi, Yanyan Yin , Fei Liu, Jianhua Zhang:\nXingwei Ding, Jianhua Zhang, Hao Zhang,


url: =| Linking Blogs | 143 Views 2014 LE Glenmont Update #1\n| Linking Blogs | 455 Views Edison Nouveau Autumn Special Edition is Here....Get One for Free!\n| Linking Blogs | 614 Views 2014 LE Group Buy Purchasing Period Coming to an End, and Canadian Shipping.....\n| Linking Blogs | 503 Views 2014 LE Glenmont Group Buy!\n| Linking Blogs | 3997 Views Current Inventory Galleries Updated!\n| Linking Blogs | 547 Views DC Pen Show! Check Out Our Inventory!\n| Linking Blogs | 677 Views More Entries


url: =DSC00426 - Picture of Youth Holiday Hotel (Beijing Yizhuang), Beijing - TripAdvisor\nDSC00426 - Picture of Youth Holiday Hotel (Beijing Yizhuang), Beijing\nAsia› China› Beijing› Beijing Hotels› Youth Holiday Hotel (Beijing Yizhuang) Pictures\nPhoto: “DSC00426” From Review:\nof Youth Holiday Hotel (Beijing Yizhuang)\n#2,280 of 5,937 Hotels in Beijing No.6 Guiyuan South Road, Yizhuang, Daxing District, Beijing 100176, China Name/address in local language Photo: “DSC00426”\nNo.6 Guiyuan South Road, Yizhuang, Daxing District, Beijing 100176, China 28 Reviews | Ranked #2280 of 5937 To help you get around Beijing, here's the name and address of this business in the local language\nLocal name 青年假日酒店北京亦庄店\nLocal address 100176大兴区亦庄镇贵圆南路6号\nMore Helpful? Thank A TripAdvisor China Member Report Been to Youth Holiday Hotel (Beijing Yizhuang)? Share your experience!\nAdd Photo See all 28 reviews of Youth Holiday Hotel (Beijing Yizhuang) Explore similar hotels New World Beijing Hotel 844 ReviewsShow Prices 12.4 km Hotel Eclat Beijing 544 ReviewsShow Prices 13.4 km Double Happiness Beijing Courtyard Hotel 1,557 ReviewsShow Prices 14.9 km See all Beijing hotels Reviews and advice on hotels, resorts, flights, holiday rentals, travel packages, and more so you can plan and book your perfect trip!


url: =28.07.2011 - Lobosonda | Whalewatching | MadeiraLobosonda | Whalewatching | Madeira 28.07.2011 - Lobosonda | Whalewatching | Madeira\nHeute wieder wunderbare Tümmler auf der Morgenfahrt und nachmittags superaktive Streifendelfine und immer gute Stimmung an Bord.\nToday again wonderful bottlenose dolphins on the morning trip and in the afternoon very active striped dolphins and on our vessel all in a good mood.\nHoje novamente roazes maravilhosos na viagem da manha e a tarde golfinhos riscados muito activos e a bordo todos bem dispostos.


url: =108R00647 Imaging Unit - Xerox Genuine OEM (Cyan)\nHome > Xerox Toner > 108R00647 Imaging Unit - Xerox Genuine OEM (Cyan)\nProduct Number: 108R00647\nGenuine OEM Xerox Imaging Unit, Cyan, 30,000 page yield. Xerox part number: 108R00647. Imaging Unit compatible with Xerox Phaser 7400.\nPrinter Models Compatible with Xerox 108R00647 Imaging Unit\nSpecifications - Xerox 108R00647 Imaging Unit\nProduct Name 108R00647 Imaging Unit - Xerox Genuine OEM (Cyan)\nProduct Number 108R00647\n108R00647 Imaging Unit - Xerox Genuine OEM (Cyan) Product Reviews\nProducts Related to Xerox 108R00647 Imaging Unit


url: =Study on the preparation and catalytic characteristics of nano-nickel powder--《Journal of Solid Rocket Technology》2004年03期\n《Journal of Solid Rocket Technology》 2004-03\nStudy on the preparation and catalytic characteristics of nano-nickel powder\nTAN Ling-hua, LI Qin-hua, YANG Yi, LI Feng-sheng, LIU Lei-li, LI MinNational Special Superfine Powder Research Center of Engineering and Technology, Nanjing University of Sci. & Tech., Nanjing210094,China.\nNano-nickel powder was prepared by means of chemical reduction and characterized by using TEM, XRD. The obtained nano-nickel powder is of crystalline with the average particle diameter around 50nm. To investigate its catalytic characteristics, 5% nano-nickel powder was added into superfine ammonium perchlorate(AP), and the composite state of sample was analyzed by means of SEM,XPS. Results show that the nickel powders in the particle shape sized about 50mm exist uniformly on the surface of AP. The catalytic effect of nano-nickel powder on the thermal decomposition of AP was investigated by DTA. Results show that the high temperature exothermic peak of AP added with 5% nano-nickel powder is advanced by 105℃, which is more than that added with micrometer nickel powder. It demonstrated that nano-nickel has significant catalytic characteristics on the thermal decomposition characteristics of AP. And the catalysis mechanism is discussed preliminarily.\n2 Li Xinchun,Cheng Huichao,Fan Jinglian (State Key Laboratory of Powder Metallurgy,Central South University,Changsha 410083,China);Research progress in preparation of nickel nanopowder[J];Powder Metallurgy Technology;2009-02\n3 DONG Xing-long~1,ZUO Fang~2,ZHONG Wu-bo~1,LI Zhe-nan~1,CHEN Ping~2(1.College of Material Science and Engineering,Dalian University of Technology,Dalian 116023,China;2.College of Chemical Engineering,Dalian University of Technology,Dalian 116012,China);Preparation and characteristics of nano-Ni/ polyaniline nanocomposite particles[J];Journal of Functional Materials;2005-10\n5 LIU Yong,LIU Jian-xun,JIANG Wei,LI Feng-sheng(National Special Superfine Powder Engineering Research Center,Nanjing University ofScience and Technology,Nanjing 210094,China);Effect of nano Ni/CNTs on thermal decomposition and combustion properties of AP/HTPB propellants[J];Journal of Solid Rocket Technology;2008-04\n6 LI Rong,LIU Xiangxuan,WANG Xuanjun,HUANG Yongcheng (Xi'an Research Institute of HighTechnology,Xi'an 710025,Shaanxi,China);Preparation of Nanoparticle nickel and its catalytic performance for thermal decomposition of ammonium perchlorate[J];Industrial Catalysis;2008-03\n7 Wei Shaodong(East China Engineering Science and Technology Co., Ltd., Hefei 230024, China);Preparation technology and commercial production of nano-nickel powder[J];Chemical Technology Market;2006-08\n8 Huang Yongcheng Liu Xiangxuan Li Rong Wang Xuanjun(The Second Artillery Engineering College,Xi'an 710025);The study of nanometer Ni-B catalyzing and decomposing hydrazine[J];New Chemical Materials;2007-09\n9 LI Rong, LIU Xiang-xuan, WANG Xuan-jun (Xi'an Research Institute of Hi-Tec,h Xi'an 710025,C hina);Catalytic Mechanism of Nano-Metal Catalysts[J];Chemical Propellants & Polymeric Materials;2007-06\n10 DU Hong,ZHAO Shu-xian,LEI Lei(Xinjiang Normal University,Urumqi 830054,China);Catalysis of Nanometer Metals on the Thermal Decomposition of Ammonium Perchlorate[J];Journal of Inner Mongolia University;2009-04\n1 ZHU Hui, ZHANG Wei, WANG Chun hua, TONG Yu she (National University of Defense Technology, Changsha 410073, China);Thermal Decomposition Characteristics of GAP Fuel-rich Propellant Ingredients[J];Chinese Journal of Explosives & Propellants;2001-01\n2 JIANG Zhi,LI Shu fen∥Departrnent of Chemistry Physics,University of Science and Technology of China,Hefei 230016,China.;Preparation and characteristics of nano metal powders[J];Journal of Solid Rocket Technology;2001-04\n3 LIU Zi ru 1, YIN Cui mei 1, KONG Yang hui 1, ZHAO Feng qi 1, LUO Yang 1, XIANG Hai 2 (1. Xi′an Modern Chemistry Research Institute, Xi′an 710065, China; 2. Chengdu Airplane Manufacture Company, Chengdu 610091, China);The Thermal Decomposition of Ammonium Perchlorate[J];ENERGETIC MATERIALS;2000-02\n4 LUO Yuanxiang, LU Lude, WANG Xin, YANG Xujie, LIU Xiaoheng (College of Chemical Engineering, Nanjing University of Science and Technology, Nanjing 210094, China);Study of Catalytic Activity of Nanocrystalline Transition Metal Oxides on NH_4ClO_4[J];Energetic Materials;2002-04\n5 LUO Yuan-Xiang LU Lu-De * LIU Xiao-Heng YANG Xu-Jie WANG Xin(College of Chemical Engineering,Na njing University of Science and Tech nology,Nanjing210094);Synthesis of Nanocrystalline CuO an d its Catalytic Activity on the Thermal Decomposition of NH_4 ClO_4[J];Chinese Journal of Inorganic Chemistry;2002-12\n1 WANG Tian-fang, LI Shu-fen (Department of Chemical Physics, University of Science and Technology of China, Hefei230026, China);The Thermal Decomposition and Combustion of a New Type High Energy Polymer GAP[J];Chinese Journal of Explosives & Propellants;2005-01\n2 LIU Zi-ru,ZHANG La-ying(Xi′an Modern Chemistry Research Institute,Xi′an 710065,China);Advance of Thermal Decomposition Chemistry of Energetic Materials under Combustion Condition[J];Chinese Journal of Explosives & Propellants;2005-04\n3 WANG Cai-Ling,ZHAO Sheng-Xiang(Xi′an Modern Chemistry Research Institute,Xi′an 710065,China);Mechanical Sensitivity of AP with Different Particle Size[J];Chinese Journal of Explosives & Propellants;2006-06\n4 LIU Zi-ru,SHI Zhen-hao,YIN Cui-mei,ZHAO Feng-qi (Xi′an Modern Chemistry Research Institute,Xi′an 710065 ,China);Investigation on Thermal Decomposition of Mixed Systems of AP with RDX and HMX by DSC-TG-FTIR[J];Chinese Journal of Explosives & Propellants;2007-05\n5 DING Li,ZHAO Feng-qi,LIU Zi-ru, ZHANG La-ying,HENG Shu-yun(Xi′an Modern Chemistry Research Institute,Xi′an 710065,China);The Interaction between the Components in NEPE Propellant Containing CL-20[J];Chinese Journal of Explosives & Propellants;2008-02\n6 LI Ji-zhen,FAN Xue-zhong,ZHENG Xiao-dong,LIU Xiao-gang,ZHANG La-ying(Xi′an Modern Chemistry Research Institute,Xi′an 710065,China);Influence of Metal Salicylates on the Combustion Characteristics and Thermal Behavior of AP-CMDB Propellant[J];Chinese Journal of Explosives & Propellants;2008-02\n7 GUO Xin,NAN Hai,XI Peng,LI Xin(Xi′an Modern Chemistry Research Institute,Xi′an 710065,China);Thermal Decomposition Characteristics of Gram-level AP under the Constant Temperature Condition of 170℃[J];Chinese Journal of Explosives & Propellants;2009-01\n8 LIU Jian-min~(1,2),XU Fu-ming~1,ZHOU Wei-liang~1,ZHU Li-xun~2,GONG Li~1,YANG Qiong-fen~1(1.School of Chemical Engineering,Nanjing University of Science and Technology,Nanjing 210094,Jiangsu,China;2.Xi'an North Hui An Chemical Industry Ltd.,Xi'an 710302,Shaanxi,China);Preparation and Catalytic Effect of Nano-structured Iron Oxide for Reduced Smoke Composite Propellant[J];Acta Armamentarii;2006-03\n9 ZHU Junwu, CHEN Haiqun, XIE Bo, YANG Xujie, LU Lude, WANG Xin *(Materials Chemistry Laboratory, Nanjing University of Science and Technology, Nanjing 210094, Jiangsu, China);Preparation of Nanocrystalline Cu_2O and Its Catalytic Performance for Thermal Decomposition of Ammonium Perchlorate[J];Chinese Journal of Catalysis;2004-08\n10 ZHU Jun-wu,CHEN Hai-qun,HAO Yan-xia,YANG Xu-jie,LU Lu-de,WANG Xin (Materials Chemistry Laboratory,Nanjing University of Science and Technology,Nanjing 210094,China);Preparation of Needle-shaped CuO Nanocrystals and its Catalytic Properties[J];Journal of Materials Science and Engineering;2004-03\n1 WANG Xin, LUO Yuan-xiang, LU Lu-de,YANG Xu-jie(College of Chemical Engineering, Nanjing University of Science and Technology, Nanjing 210094, China);Nanometer Materials in the Applications of Propellants[A];[C];2004\n2 ZHAO Jun, ZHOU Wei-liang, XU Fu-ming(School of Chemical Engineering, Nanjing University of Science and Technology, Nanjing 210094,China);Preparation and Characterization of Nano-Ni/C Composite Material[A];[C];2004\n4 Tan Linghua, Li Fengsheng, Liu Leili, Yang Yi, Li Min (National Special Superfine Powder Research Center of Engineering and Technology, Nanjing University of Sci. & Tech., Nanjing, 210094,China);Preparation of Nanometer Nickel Powder and Study of its Catalytic Characteristics on the Thermal Decomposition of Ammonium Perchlorate[A];[C];2003\n5 Pang Weiqiang,Fan Xuezhong ( Xi'an Modern Chemistry Research Institute,Xi'an 710065);The catalystic mechanism of nano mental oxiders to AP and composite propellant with AP[A];[C];2010\n1 XU Hong-yan,XU Dong-mei,WANG Qian-yi,DONG Hong,WU Hua-qiang(College of Chemistry and Materials Science,Anhui Normal University,Wuhu 241000,China);Electrocatalytic Oxidation of Glucose at a Glass Carbon Electrode Modified With Nickel Nanoparticles Decorated Carbon Nanotubes in Alkaline Solution[J];Journal of Anhui Normal University(Natural Science);2006-06\n2 HUAN Wei-liang,WEN Chuan-geng,WANG Kai-ming,ZHOU Ying-yang,ZHAO Ying(Facutly of Science,Anshan University of Science and Technology,Anshan 114044,China);Preparation of NiO nanopowders with liquid-phase precipitution method[J];Journal of Anshan University of Science and Technology;2005-Z1\n3 LI Rui-qi, HE Shi-yu, CHU Wen-yi (School of Materials Science and Engineering, Harbin Institute of Technology, Harbin 150001);Research progress in electromagnetic wave absorbing coating materials[J];Ordnance Material Science and Engineering;2006-03\n4 Zhao Donglin, Ph. D Dept of Material Science and Engineering, North Western Polytechnical University, Xi′an, P O Box 572,710072 Zhou Wancheng;RADAR ABSORBING COATING MATERIALS AND COATING STRUCTURE DESIGN[J];ORDNANCE MATERIAL SCIENCE AND ENGINEERING;1998-04\n5 YANG Yu_guo,XU Yun_hua,ZHOU Xi (College of Sciences, Northern Jiaotong University, Beijing 100044,China);Initiation and Catalytic Effects of Metallic Substrates in Electroless Plating Nickel[J];Journal of Northern Jiaotong University;2002-03\n7 YIN Yong-xia, YANG Rong-jie, LI Jian-min (Beijing Institute of Technology, Beijing 100081, China);Surface Modification of Ammonium Nitrate Particles through Coating and Its Hygroscopicity[J];Chinese Journal of Explosives & Propellants;2001-04\n8 ZHANG Jiao-qiang,ZHANG Qiong-fang,GUO Ji-ying, PANG Wei-qiang,KOU Kai-chang (The Chemical Engineering Department of Northwestern Polytechnic University, Xi′an 710072, China);Surface Coating of Superfine Boron Particles With Lithium Fluoride[J];Chinese Journal of Explosives & Propellants;2005-03\n9 BAI Hua-ping,LI Feng-sheng,SONG Hong-chang,ZHOU Jian,LIU Lei-li (School of Chemical Engineering,Nanjing University of Science and Technology,Nanjing 210094,China);The Catalysis Performance of Ni Nanoparticles and Carbon Nanotubes on the Thermal Decomposition of AP[J];Chinese Journal of Explosives & Propellants;2005-04\n10 YANG Yi,LIU Hong-ying,LI Feng-sheng,ZHANG Xiu-yan,LIU Jian-xun(National Special Superfine Powder Engineering Research Center,Nanjing University of Science & Technology,Nanjing 210094,China);The Catalysis of Nanometer Transition Metal Oxide Adulterated with Rare Earth Oxide on the Thermal Decomposition of AP[J];Chinese Journal of Explosives & Propellants;2005-04\n1 ZHOU Hui;GAO Yu-zun General Research Institute of Non-ferrous Metals, Bejing, 100088, China;Studies on the Preparation of Nanophase Nickel Powders[A];[C];2001\n1 KANG Xingbin,SHEN Chunying,QIU Tai,FENG Yongbao(College of Materials Science and Engineering,Nanjing University of Technology,Nanjing 210009);Development of Investigation on Wave-absorbing Polyaniline[J];Materials Review;2007-02\n2 LI Rong, LIU Xiang-xuan, WANG Xuan-jun, HUANG Yong-cheng Room 503, Xi'an Research Institute of Hi-Tech, Xi'an 710025, China;Preparation of nanoscale nickel crystal and nickel-phosphorus amorphous alloy by electroless plating and their characterization[J];Electroplating & Finishing;2008-05\n3 XU Hui1,SHI Xing-wei1,GOU Guo-jun1,ZHAI Jun2(1.School of Petrochemical Engineering,Lanzhou University of Science and Technology,Lanzhou 730050,China;2.Science and Technology Administration,Lanzhou University of Science and Technology,Lanzhou 730050,China);Study on Preparation and Properties of PANI/Co-TiO_2 Nanocomposites[J];Journal of Gansu Sciences;2009-01\n4 LI Rong,LIU Xiang-xuan,HUANG Yong-cheng,WANG Xuan-jun(Xi'an Research Inst.of High-Technology Hongqing Town,Xi'an710025,China);Synthesis of Ni,Ni-P and Ni-B nanoparticles and their catalytic effect on the thermal decomposition of ammonium perchlorate[J];Journal of Solid Rocket Technology;2008-06\n5 ZHANG La-ying,LIU Zi-ru,WANG Xiao-hong,HENG Shu-yun,PAN Qing,SHAO Ying-hui,ZHANG Gao,ZHAO Feng-qi National Defense Key Laboratory of Propellant and Explosive Combustion,Xi’an Modern Chemistry Research Institute,Xi’an710065,China;An Investigation on Fast Thermolysis of Ammonium Perchlorate (AP) by FTIR Spectroscopy[J];Spectroscopy and Spectral Analysis;2010-08\n6 ZHAO Hai-jun,YU Hong-ying,CAO Yu-qi,SUN Dong-bai,MENG Hui-min Corrosion and Protection Center,University of Science and Technology Beijing,Beijing 100083,China;Synthesis of amorphous Ni-P alloy particles by pulse discharge and their catalytic performance[J];Journal of University of Science and Technology Beijing;2010-08\n7 LI Rong,LIU Xiang-xuan,WANG Xuan-jun(Xi’an Research Inst.of Hi-Tech,Xi’an,710025);Preparation of Ni and Ni-P Nanoparticles and Their Catalytic Effect on the Decomposition of Ammonium Perchlorate[J];Initiators & Pyrotechnics;2008-04\n8 Deng Xueping1,2 Zhou Yufen1 Xiong Guoxuan1,3*(1.East China Institute of Technology,Application Chemistry Department,Fuzhou 344000;2.Guangzhou Chan Sieh Macromolecule Co.,Ltd,Guangzhou 510800;3.College of Materials Science and Engineering,Nanjing University of Technology,Nanjing 21000);Development in absorbing wave composite of conductive polymers and magnetic particles[J];New Chemical Materials;2007-06\n9 Bai Bo1 Hou Xuemei2 Chen Zhihong1 Wang Liping1(1.Environmental Science & Engineering College,Chang'an University,Xi'an 710054;2.Xi'an University of Post and Telecommunications,Xi'an 710061);Preparation and characterization of polyaniline PANI/nano-diamond composites via in-situ suspension polymerization[J];New Chemical Materials;2008-08\n10 SU, Bi-Tao ZUO, Xian-Wei HU, Chang-Lin LEI, Zi-Qiang (Key Laboratory of Eco-Environment-Related Polymer Materials, Gansu Key Laboratory of Polymer Materials, College of Chemistry and Chemical Engineering, Northwest Normal University, Lanzhou 730070);Synthesis and Characterization of Conducting Polyaniline/Magnetic CoFe_2O_4 Nanocomposite[J];Acta Chimica Sinica;2008-24\n3 AN Hong mei, LIU Yun fei, LI Yu ping, YANG Rong jie, TAN Hui min,(Beijing Instiute of Technology, Beijing 100081, China);Study on Catalytic Combustion of HNIW Monopropellant by Metal Oxide[J];Chinese Journal of Explosives & Propellants;2000-04\n6 Zhang Kexun (The 31st Research Institute);A REVIEW ON RAMJET PROPULSION TECHNOLOGY[J];Journal of Propulsion Technology;1990-03\n7 Tian Deyu; Zhu Hui;Deng Pengtu;Zeng Zhicheng;Xu Wenying(Dept.of Material Science and Applied Chemistry,National Univ.of Defense Technology,Changsha,410073)Chen Li; Gong Hua; Liu Xunen; Tang Songqing(Shanghai Inst.of Organic Chemistry,Shanghai,200032);EFFECT OF COPPER-CONTAINING CATALYSTS ON COMBUSTION CHARACTERISTICS OF RDX/HTPB COMPOSITE PROPELLANTS[J];JOURNAL OF PROPULSION TECHNOLOGY;1995-06\n8 YUE Ling Hai * SHUI Miao XU Zhu De (Department of Chemistry, Zhejiang University, Hangzhou 310027, China);DECOMPOSITION KINETICS OF NANO PARTICLE CALCITE[J];CHINESE JOURNAL OF INORGANIC CHEMISTRY;1999-02


url: =Agradecimentos de segurança do Android\nA Equipe de segurança do Android gostaria de agradecer às seguintes pessoas e partes por ajudar a melhorar a segurança do Android. Eles fizeram isso descobrindo e relatando com responsabilidade as vulnerabilidades de segurança por meio do modelo de relatório de erros de segurança do rastreador de erros do AOSP ou enviando um código com impacto positivo na segurança do Android, incluindo o código que se qualifica para o programa Patch Rewards .\nA partir de 2018 e continuando em 2020, os reconhecimentos de segurança são listados por mês. Em anos anteriores, os agradecimentos foram listados juntos.\nDmitry Vyukov, do Google CVE-2020-0255\nDor Avraham a partir de Nexar CVE-2020-0108\nHongli Han ( @ hexb1n ) e Guang Gong ( @oldfresher ) do 360 Alpha Lab trabalhando com o 360 BugCloud CVE-2020-0241, CVE-2020-0242, CVE-2020-0243\nJann Horn, do Google Project Zero CVE-2020-0257, CVE-2020-0258\nJianqiang Zhao (@jianqiangzhao) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 CVE-2020-3646, CVE-2020-3647\nMiao Hu e Yufei Liu do KeenLab (@keen_lab), Tencent (腾讯 腾讯 科恩 实验室 的 胡 淼 和) CVE-2020-0250\nPierre-Hugues Husson (@phhusson) de Softathome CVE-2020-0259\nSteven Moreland, do Google CVE-2020-0261\nWu Le (吴 乐) do Baidu Security CVE-2020-0251, CVE-2020-0252, CVE-2020-0253, CVE-2020-0254, CVE-2020-0260\nAlan Stokes, do Google CVE-2020-0122\nChi Zhang e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-14037\nChong Wang (冲 冲) ( weibo.com/csddl ) do Chengdu Security Response Center, Qihoo 360 Technology Co., Ltd. CVE-2019-14093\nHongli Han ( @ hexb1n ) e Guang Gong ( @oldfresher ) do 360 Alpha Lab trabalhando com o 360 BugCloud CVE-2020-0226\nIan Thompson, da Green Hills Software CVE-2020-0231\nJianqiang Zhao (@jianqiangzhao) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-14100\nRicky Wai, do Google CVE-2020-0227\nAndrea Possemato ( @_pox_ ) da IDEMIA CVE-2020-0124, CVE-2020-0132, CVE-2020-0153, CVE-2020-0155, CVE-2020-0156, CVE-2020-0164, CVE-2020-0165, CVE-2020-0180, CVE- 2020-0182, CVE-2020-0200, CVE-2020-0205, CVE-2020-0211,\nChi Zhang ( email ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2020-0129\nChong Wang (冲 冲) ( weibo.com/csddl ) e Zhe jin (金 哲) do cdsrc da Qihoo 360 Technology Co. Ltd. CVE-2020-0176, CVE-2020-0185\nCusas da equipe LO CVE-2020-0088, CVE-2020-0128, CVE-2020-0131, CVE-2020-0160, CVE-2020-0161, CVE-2020-0162, CVE-2020-0163, CVE-2020-0170, CVE- 2020-0171, CVE-2020-0172, CVE-2020-0173, CVE-2020-0174, CVE-2020-0175, CVE-2020-0177, CVE-2020-0219\nCyrille Chatras da Orange Labs CVE-2020-0199\nDacheng Shao ( email ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-10501\nDaulet Zhanguzin do Google CVE-2020-0187\nDave Burke, do Google CVE-2020-0203\nEmilian Peev do Google CVE-2020-0120\nEn He (何 恩) ( @ heeeeen4x ) do OPPO ZIWU Cyber Security Lab CVE-2020-0114\nEn He ( @ heeeeen4x ) e Wenbo Chen do OPPO ZIWU Cyber Security Lab CVE-2020-0188\nEvgenii Stepanov e Nick Desaulniers do Google CVE-2020-0141\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0144, CVE-2020-0145, CVE-2020-0146, CVE-2020-0147, CVE-2020-0148, CVE-2020-0149, CVE-2020-0157, CVE-2020-0214\nHanxiang Wen ( e-mail ) e Mingjian Zhou (明 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2019-9460\nHao Liu e Jianqiang Zhao do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0138, CVE-2020-0213\nHongli Han ( @ hexb1n ) e Guang Gong ( @oldfresher ) do 360 Alpha Lab trabalhando com o 360 BugCloud CVE-2020-0233\nJianqiang Zhao ( @jianqiangzhao ) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2017-9704\nJun Yao (姚俊) ( @ _2freeman ) e Guang Gong ( @oldfresher ) do 360 Alpha Lab trabalhando com o 360 BugCloud CVE-2020-0232\nLi Changjun (李长军) e Shen Ying (沈 颖) da Huawei CVE-2020-0206\nMan Yue Mo do GitHub Security Lab CVE-2020-0139, CVE-2020-0140, CVE-2020-0142, CVE-2020-0143\nMatt Pape, do Google CVE-2020-0178\nMin Jang ( @skensita ) CVE-2020-0117, CVE-2020-0137\nMitch Phillips usando GWP-ASan CVE-2020-0113\nNate Jiang, do Google CVE-2020-0119\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) do Alpha Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0216\nShuzhen Wang, do Google CVE-2020-0095\nSigmund Albert Gorski III e William Enck, da Universidade Estadual da Carolina do Norte, e Haining Chen, do Google CVE-2020-0208, CVE-2020-0209, CVE-2020-0210\nSteven Moreland, do Google CVE-2020-0118\nTim Pisaki, do Google CVE-2020-0115\nVEO ( @VYSEa ) (一 〇) da Ant Financial CVE-2020-0184\nWei Wang, do Google CVE-2020-0121\nWenke Dou ( email ) e Guang Gong ( @oldfresher ) do Alpha Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0186\nXuan Xing do Google CVE-2020-0150, CVE-2020-0154, CVE-2020-0158, CVE-2020-0159, CVE-2020-0217\nYu Shan, do Google CVE-2020-0151\nYu-Cheng Lin (林 禹 成) ( @AndroBugs ) CVE-2020-0215\nYuwei Zheng (郑玉伟) ( @ YuweiZheng101 ) do Bytedance Security Center CVE-2020-0201\nZinuo Han, da Alibaba Cloud Security Team CVE-2020-0126, CVE-2020-0134, CVE-2020-0152, CVE-2020-0167, CVE-2020-0197, CVE-2020-0218\nArash Tohidi de Solita CVE-2019-14042, CVE-2019-14043\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança Chengdu da Qihoo 360 Technology Co. Ltd. CVE-2020-0101\nEugenia Lemberg, do Google CVE-2020-0103\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-14038, CVE-2019-14039, CVE-2020-0220\nIlja van Sprundel, da IOActive CVE-2020-0100\nJohn Høegh-Omdal, da Promon ( https://promon.co ) CVE-2020-0096\nJun Yao (姚俊) ( @freeman ) e Guang Gong ( @oldfresher ] do Alpha Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-3680\nMonge Avel CVE-2020-3610\nSvetoslav Ganov do Google CVE-2020-0097\nXiaobo Xiang; Guang Gong do Alpha Lab, Qihoo 360 Technology Co. Ltd CVE-2020-0094\nYu-Cheng Lin (林 禹 成) ( @AndroBugs ) CVE-2020-0110\nBernardo Rufino e Edward Cunningham, do Google CVE-2020-0080\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança Chengdu da Qihoo 360 Technology Co. Ltd. CVE-2019-10625, CVE-2020-0078, CVE-2020-0079\nDacheng Shao ( email ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2020-0067\nEric Biggers e Paul Crowley, do Google CVE-2019-2056\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0068\nJianqiang Zhao (@jianqiangzhao) e pjf (weibo.com/jfpan) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-10556\nMan Yue Mo do GitHub Security Lab CVE-2020-0070, CVE-2020-0071, CVE-2020-0072, CVE-2020-0073\nSlava Makkaveev ( email ) CVE-2019-10574\nTamir Zahavi-Brunner ( @tamir_zb ) da equipe Zimperium zLabs CVE-2019-14040, CVE-2019-14041\nZhihao Yao, Seyed Mohammadjavad Seyed Talebi e Ardalan Amiri Sani da Universidade da Califórnia, Irvine CVE-2019-10547\nZili Liang da equipe UC Alibaba CVE-2020-0081\nMin Jang ( @skensita ) CVE-2020-0047\nAndrea Possemato ( @_pox_ ) do IDEMIA / EURECOM e Yanick Fratantonio ( @reyammer ) do EURECOM CVE-2020-0087\nCalum Hutton (risco de perspectiva) CVE-2020-0060\nCarlo Di Dato da Advantio Ltd. CVE-2020-0035\nChad Brubaker, da Segurança da Plataforma Android CVE-2020-0052\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2020-0033, CVE-2020-0048, CVE-2019-10544, CVE-2019-10623\ndex (Marcel Busch) da equipe de segurança da FAU, FAU Erlangen-Nuremberg CVE-2019-10561\nEdward Cunningham, do Google CVE-2020-0054, CVE-2020-0061\nEloi Sanfelix e Jordan Gruskovnjak, da Blue Frost Security CVE-2020-0041\nEtienne Helluy, da Universidade Lafont de Lille CVE-2019-14095\nFeng Cao do Google CVE-2020-0031\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-10584, CVE-2020-0055, CVE-2020-0056, CVE-2020-0057, CVE-2020-0058, CVE-2020-0059\nHao Liu e Jianqiang Zhao do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0045\nJann Horn, do Google Project Zero CVE-2019-13272\nOscar Shu, do Google CVE-2020-0029\nPaul Hu do Google CVE-2020-0036\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) do Alpha Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0050\nRichard Neal, do Google CVE-2020-0069\nRicky Wai, do Google CVE-2020-0084\nTommy Chiu, do Google CVE-2020-0063\nWill Coster do Google CVE-2020-0053\nXuan Xing do Google CVE-2020-0037, CVE-2020-0038, CVE-2020-0039\nZinuo Han ( weibo.com/ele7enxxh ) da Alibaba Cloud Security Team CVE-2019-10592, CVE-2020-0046\nAlex Epifano ( email ) CVE-2020-0018\nColin Cross do Google CVE-2020-0027\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0005\nGopi Palaniappan do Google CVE-2020-0021\nGuang Gong ( @oldfresher ) do Alpha Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-10567\nGüliz Seray Tuncay, do Google, da Universidade de Illinois em Urbana-Champaign, ( http://tuncay2.web.engr.illinois.edu ) ( Güliz Tuncay ) ( e-mail ) CVE-2019-2200\nJan Ruge, do Laboratório de redes móveis seguras CVE-2020-0022\nLance Jiang e Moony Li, da equipe de pesquisa de segurança móvel TrendMicro, trabalhando com a Zero Day Initiative da Trend Micro CVE-2019-14088\nMaddie Stone, do Google Project Zero CVE-2020-0030\nRicky Wai, do Google CVE-2020-0014\nYohei Yukawa do Google CVE-2020-0017\nEvgenii Stepanov do Google CVE-2019-10582, CVE-2019-10583, CVE-2020-0008\nJann Horn, do Google Project Zero CVE-2019-17666, CVE-2020-0009\nPengfei Ding (丁鹏飞) do Huawei Mobile Security Lab CVE-2019-10486, CVE-2019-10494, CVE-2019-10503\nRong Fan ( @ fanrong1992 ) e Simon Huang ( @HuangShaomang ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2020-0004\nSteven Moreland, do Google CVE-2020-0007\nXuan Xing do Google CVE-2020-0006\nAshley Yeh, do Google CVE-2019-2220\nEvgenii Stepanov do Google CVE-2019-2226, CVE-2019-2227, CVE-2019-9468\nFenghao Xu e Kehuan Zhang, da Universidade Chinesa de Hong Kong CVE-2019-2225\nGüliz Seray Tuncay da Universidade de Illinois em Urbana-Champaign e Google CVE-2019-2221\nHao Liu e Jianqiang Zhao do IceSword Lab, Qihoo 360 CVE-2019-2217\nJianqiang Zhao ( @jianqiangzhao ) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 CVE-2019-2304, CVE-2019-9470, CVE-2019-9471\nLee Harrison e Hayawardh Vijayakumar, Samsung Knox Security CVE-2019-10513\nPengfei Ding (丁鹏飞) da Huawei CVE-2019-10557\nRicky Wai, do Google CVE-2019-2218\nRubin Xu e Janis Danisevskis do Google CVE-2019-2231\nStephan Zeisberg do Security Research Labs CVE-2019-2228\nWei Wang, do Google CVE-2019-9464\nYu-Cheng Lin (林 禹 成) ( @AndroBugs ) CVE-2019-2229\nAustin Emmitt, da NowSecure CVE-2019-2205\nBo Zhang, da Equipe Tencent Blade CVE-2018-11266\nBrandon Semanas do Google CVE-2019-2199\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-2209\nDaniel Kachakil, da IOActive CVE-2019-2196, CVE-2019-2198, CVE-2019-2211\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-2206\nNagarjuna Kristam da Nvidia CVE-2019-2036\nNick Finco, do Google CVE-2019-2210\nPengfei Ding (丁鹏飞) da Huawei CVE-2019-2310\nQi Zhao (J 奇) ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2207\nRong Fan ( @ fanrong1992 ) e Simon Huang ( @HuangShaomang ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-2201\nTom Craig de Loon CVE-2019-2197\nWei Liu (刘 炜) e Yongke Wang (王永 科) ( @Rudykewang ) do Tencent Security Xuanwu Lab (腾讯 安全 玄武 实验室） CVE-2019-2204, CVE-2019-2208\nXuan Xing do Google CVE-2019-9467\nZinuo Han, do Amber Security Lab, OPPO Mobile Telecommunications Corp. Ltd. CVE-2019-2202, CVE-2019-2203\nCanção Dokyung ( dokyungs@uci.edu ) CVE-2018-11902\nGengjia Chen ( @ chengjia4574 ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2019-2297, CVE-2019-10563, CVE-2019-10566\nHao Chen e Guang Gong da Alpha Team, Qihoo 360 Technology Co. Ltd CVE-2018-11934\nHui Peng ( benquike@gmail.com ) e Mathias Payer ( mathias.payer@nebelwelt.net ) CVE-2018-19824\nHuinian Yang (v 卉 年) ( @ vmth6 ) e Chong Wang (冲 冲) ( weibo.com/csddl ) do Centro de resposta de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-2184\nJoe0x20 (sem digitação) CVE-2019-2247\nPesquisa de segurança cibernética do Nightwatch CVE-2019-2114\nMaddie Stone, do Google Project Zero CVE-2019-2215\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2187\nSatheesh Dabbiru, Om Krishna ( omkrishna10@gmail.com ), Tito Rodi, Shane Oatman, Krishna Eedula, Dome Pongmongkol e Brian Melton-Grace, da Microsoft Corp. CVE-2019-2183\nSekshavali Dudekula do Google CVE-2019-2110\nWen Guanxing do Pangu LAB CVE-2019-2318\nZinuo Han ( weibo.com/ele7enxxh ) do Amber Security Lab, OPPO Mobile Telecommunications Corp. Ltd. CVE-2019-2185, CVE-2019-2186\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-10505\nCyrille Chatras da Orange Labs CVE-2019-2174\nJanis Danisevskis do Google CVE-2019-2115\nJann Horn, do Google Project Zero CVE-2019-2177, CVE-2019-10529\nKostya Serebryany do Google, usando o libFuzzer + AddressSanitizer CVE-2019-2108\nLee Campbell, do Google CVE-2019-2175\nMathieu Cunche, Célestin Matte e Mathy Vanhoef CVE-2019-10504\nMitch Phillips, do Google CVE-2019-2176\nPeter Pi de Tencent CVE-2019-2324, CVE-2019-2325\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2178\nStephan Zeisberg ( stze ) do Security Research Labs CVE-2019-2180\nXuan Xing do Google CVE-2017-17768\nChao Dai e Cusas da equipe LO CVE-2019-2129\nCláudio André ( @clviper ) CVE-2019-2120\nCusas da equipe LO CVE-2019-2126\nEvgenii Stepanov do Google CVE-2019-2128\nKah Hin Lai, Danyang Wang, Sheng Xun Ong e Hao Lee Yu, da Universidade de Minnesota CVE-2019-2131\nMitch Phillips, do Google CVE-2019-2127\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2135\nSteven Moreland, do Google CVE-2019-2136\nWei Liu (炜 炜), Yongke Wang (王永 科) ( @Rudykewang ) do Tencent Security Xuanwu Lab (腾讯 安全 玄武) CVE-2019-2130\nXiling Gong da equipe Tencent Blade CVE-2019-10538, CVE-2019-10539, CVE-2019-10540\nXuan Xing do Google CVE-2019-2133, CVE-2019-2134\nAlex Abfalter, do Google CVE-2019-2111\nChong Wang (冲 冲) ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-2105\nCusasc da equipe LO CVE-2019-2113\nEvgenii Stepanov do Google CVE-2019-2112\nJanis Danisevskis do Google CVE-2019-2119\nKostya Serebryany do Google, usando libFuzzer e AddressSanitizer CVE-2019-2106, CVE-2019-2107\nPengfei Ding (丁鹏飞) da Huawei CVE-2019-2305\nPeter Pi de Tencent CVE-2019-2326\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2118\nSteven Moreland, do Google CVE-2019-2104\nTao Sauvage da IOActive CVE-2019-2117\nXuan Xing do Google CVE-2019-2116\nAndrey Konovalov do Google CVE-2019-2101\nCusas da equipe LO CVE-2019-2094\nDacheng Shao ( email ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-2096\nMatt Beaver e Erik Peterson, da Microsoft Corp. CVE-2019-2102\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2099\nWei Liu (炜 炜), Yongke Wang (王永 科) ( @Rudykewang ) do Tencent Security Xuanwu Lab (腾讯 安全 玄武) CVE-2019-2097\nWyatt Riley, do Google CVE-2018-9526\nChong Wang ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-2053\nCusas da equipe LO CVE-2019-2044\nEvgenii Stepanov do Google CVE-2019-2049\nJann Horn, do Google Project Zero CVE-2019-2054\nJi Zhang ( @ opc0nt7 ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-2050\nPengfei Ding (丁鹏飞) da Huawei CVE-2018-11955\nWei Liu (炜 炜) e Yongke Wang (王永 科) ( @Rudykewang ) do Tencent Security Xuanwu Lab (腾讯 安全 玄武) CVE-2019-2045, CVE-2019-2046, CVE-2019-2047, CVE-2019-2051, CVE-2019-2052\nWen Guanxing do Pangu LAB CVE-2018-13910\nXiling Gong da equipe Tencent Blade CVE-2018-5912, CVE-2019-2256\nEquipe C0RE CVE-2018-11937\nCody Schuffelen, do Google CVE-2019-2030\nDokyung Song, Dipanjan Das e Felicitas Hetzelt CVE-2018-11902\nGengjia Chen ( @ chengjia4574 ) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2018-11905\nHao Chen ( @flankersky ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-11904\nHao Liu e Jianqiang Zhao do IceSword Lab, Qihoo 360 CVE-2019-2032\nMathieu Cunche, Célestin Matte, INSA-Lyon, Inria e Mathy Vanhoef, imec-DistriNet, KU Leuven CVE-2018-11291\nGrupo NCC CVE-2018-11976\nPengfei Ding (丁鹏飞) da Huawei CVE-2018-11940\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2027, CVE-2019-2034\nScott Bauer ( email ) CVE-2017-17772\nSuresh Sivaraman de Ittiam CVE-2019-2028\nWenke Dou ( email ), Chi Zhang ( email ) e Mingjian Zhou (周 明 周) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2019-2029, CVE-2019-2033\nXuan Xing do Google CVE-2019-2031, CVE-2019-2035, CVE-2019-2040\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-2038, CVE-2019-2039\nAdrian Tang, da Columbia University (artigo em CLKSCREW) CVE-2017-8252\nDacheng Shao ( email ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-2008\nHongli Han ( @ hexb1n ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2019-2025\nJann Horn, do Google Project Zero CVE-2019-2023\nJianjun Dai ( @jioun_dai ) e Guang Gong ( @oldfresher ) da 360 Alpha Team CVE-2019-2009\nMarcar marca do Google Project Zero CVE-2019-2011\nQi Zhao ( @JHyrathon ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2019-2017\nWangtao (neobyte) do Alibaba Orion Security Lab CVE-2019-2004\nXiangqian Zhang ( @ h3rb0x ), m4bln e Huiming Liu do Tencent Security Xuanwu Lab CVE-2019-2003\nXuan Xing do Google CVE-2018-9563, CVE-2018-9564, CVE-2019-2012, CVE-2019-2013, CVE-2019-2014, CVE-2019-2015, CVE-2019-2022\nYong Wang (王勇) ( @ ThomasKing2014 ) de Alibaba Security CVE-2019-2016\nYongke Wang (王永 科) ( @Rudykewang ) e Xiangqian Zhang (张 向前) ( @ h3rb0x ) do Tencent Security Xuanwu Lab CVE-2019-2010\nZach Riggle ( @ ebeip90 ) da Equipe de Segurança Android CVE-2019-2007\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9561, CVE-2019-2020, CVE-2019-2021\nChong Wang ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-1993\nHongli Han ( @ hexb1n ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2018-6268, CVE-2018-6271\nJann Horn, do Google Project Zero CVE-2019-1999, CVE-2019-2000\nLeon Scroggins do Google CVE-2019-1986\nMingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2018-6267\nConservas ricas do Google CVE-2019-1997\nEquipe Tencent Blade CVE-2018-5839\nXuan Xing do Google CVE-2018-11262, CVE-2018-11275\nYongke Wang (王永 科) ( @Rudykewang ) e Xiangqian Zhang (张 向前) ( @ h3rb0x ) do Tencent Security Xuanwu Lab CVE-2019-1996\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2019-1991, CVE-2019-1992\nChong Wang ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9589\nD2.YP da equipe NÃO CVE-2018-9594\nHanxiang Wen e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2018-6241\nJann Horn, do Google Project Zero CVE-2018-17182, CVE-2018-18281\nMaddie Stone, do Google CVE-2018-9586\nRicky Wai, do Google CVE-2018-9582\nYongke Wang (王永 科) ( @Rudykewang ) e Xiangqian Zhang (张 向前) ( @ h3rb0x ) do Tencent Security Xuanwu Lab CVE-2018-9585, CVE-2018-9588\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9583, CVE-2018-9590, CVE-2018-9591, CVE-2018-9592, CVE-2018-9593\nEm 2018, os reconhecimentos de segurança são listados por mês. Em anos anteriores, os agradecimentos foram listados juntos.\nHao Chen e Guang Gong da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-9557\nJoydeep Mitra e Venkatesh-Prasad Ranganath do projeto Ghera na Kansas State University, EUA CVE-2018-9548\nMingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2018-9547\nYong Wang (王勇) ( @ ThomasKing2014 ) da Alibaba Inc. CVE-2018-9568\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9549, CVE-2018-9552, CVE-2018-9553, CVE-2018-9562\nAmar Menezes, da MWR Labs CVE-2018-9524\nElphet e Gong Guang, da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-9569, CVE-2018-9570, CVE-2018-9573, CVE-2018-9576, CVE-2018-9577\nEn He ( @ heeeeen4x ) e Bo Liu do MS509Team ( www.ms509.com ) CVE-2018-9457\nJoshua Laney, da Deja vu Security CVE-2018-9542\nTamir Zahavi-Brunner ( @tamir_zb ) da equipe Zimperium zLabs CVE-2018-9539\nXiaobo Xiang do IIE; Gong Guang da equipe Alpha, Qihoo 360 Technology Co. Ltd. CVE-2018-9571, CVE-2018-9572, CVE-2018-9574, CVE-2018-9575\nYongke Wang ( @Rudykewang ) e Xiangqian Zhang ( @ h3rb0x ) do Laboratório Xuanwu da Tencent Security CVE-2018-9540, CVE-2018-9541\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9527, CVE-2018-9544, CVE-2018-9545, CVE-2018-9578\nAbhishek Sidharthan (Escola de Engenharia Amrita) e Pratheesh P Narayanan (Faculdade de Engenharia Sree Narayana Gurukulam) CVE-2018-9452\nChong Wang ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9503, CVE-2018-9505\nDaniel Kachakil, consultor sênior de segurança, IOActive CVE-2018-9493, CVE-2018-9546\nGuang Gong da equipe Alpha, Qihoo 360 Technology Co. Ltd. CVE-2018-9490\nJann Horn, do Google Project Zero CVE-2018-9514, CVE-2018-9515\nJianjun Dai ( @Jioun_dai ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd CVE-2017-13283\nPengfei Ding (丁鹏飞) do Huawei Mobile Security Lab (华为 移动 安全 实验室) CVE-2018-9506, CVE-2018-9507\nStephan Zeisberg do Security Research Labs CVE-2018-9497\nTamir Zahavi-Brunner ( @tamir_zb ) da Zimperium zLabs Team CVE-2018-9499\nYongke Wang ( @Rudykewang ) e Xiangqian Zhang ( @ h3rb0x ) do Tencent Security Xuanwu Lab CVE-2018-9502, CVE-2018-9508, CVE-2018-9509, CVE-2018-9510\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9476, CVE-2018-9498, CVE-2018-9504\nBaozeng Ding ( @ sploving1 ), Chengming Yang e Yang Song do Alibaba Mobile Security Group CVE-2018-9517\nChong Wang ( weibo.com/csddl ) do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9480, CVE-2018-9481, CVE-2018-9482, CVE-2018-9485\nCusas da equipe LO CVE-2018-9440, CVE-2018-9467\nDaniel Kachakil, consultor sênior de segurança, IOActive CVE-2018-9468\nEn He ( @ heeeeen4x ) e Bo Liu do MS509Team ( ms509.com ) CVE-2018-9475\nHector Cuesta Garcia ( @HectorCuesta ) da Innotec System CVE-2018-9470\nHongli Han ( @ hexb1n ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2018-11261\nJann Horn, do Google Project Zero CVE-2018-9488\nJianjun Dai ( @jioun_dai ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-9478, CVE-2018-9479\nJianqiang Zhao (@jianqiangzhao) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 CVE-2018-9516\nMingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2018-11816\nPengfei Ding (丁鹏飞) do Huawei Mobile Security Lab (华为 移动 安全 实验室) CVE-2018-9519\nTamir Zahavi-Brunner ( @tamir_zb ) da Zimperium zLabs Team CVE-2018-9411\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9471, CVE-2018-9474, CVE-2018-9483, CVE-2018-9484, CVE-2018-9486\nEquipe Chao Dai @ LO CVE-2018-9437\nChong Wang, do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9436, CVE-2018-9448, CVE-2018-9454, CVE-2018-9455\nDinesh Venkatesan ( @malwareresearch ) da Symantec CVE-2017-13295\nEn He ( @ heeeeen4x ) e Bo Liu do MS509Team CVE-2017-13242, CVE-2018-9457\nJann Horn, do Google Project Zero CVE-2018-9445\nJoshua Steiner, da Introne Apps CVE-2017-13322\nEquipe Tencent Blade CVE-2017-18306, CVE-2017-18307\nTong Lin ( segfault5514@gmail.com ) e Mingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe C0RE CVE-2018-9439\nVEO ( @VYSEa ) da equipe de pesquisa de segurança móvel da Trend Micro CVE-2018-9444\nZinuo Han, do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9435, CVE-2018-9446, CVE-2018-9449, CVE-2018-9450, CVE-2018-9451, CVE-2018-9453\nBaozeng Ding (s 保 增) ( @sploving ) do Pandora Lab, Ali Security CVE-2018-9422\nBilly Lau, da Pesquisa de Segurança do Android CVE-2018-9416\nCusas da equipe LO CVE-2018-9412\nEn He ( @ heeeeen4x ) e Bo Liu do MS509Team CVE-2018-9432, CVE-2018-9414\nGuang Gong da equipe Alpha, Qihoo 360 Technology Co. Ltd. CVE-2018-9433\nJann Horn, do Google Project Zero CVE-2018-9434\nJianjun Dai ( @Jioun_dai ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-9418, CVE-2018-9419, CVE-2018-9413, CVE-2018-9365\nJianqiang Zhao ( @jianqiangzhao ) e pjf ( weibo.com/jfpan ) do IceSword Lab, Qihoo 360 CVE-2018-9417\nNathan Crandall ( @natecray ) da Equipe de segurança de produtos da Tesla CVE-2017-0606\nPengfei Ding (丁鹏飞), Chenfu Bao (包), Lenx Wei (韦) do Baidu X-Lab (百度) CVE-2017-15851\nTamir Zahavi-Brunner (@tamir_zb ) da equipe Zimperium zLabs CVE-2018-9411\nEquipe Tencent Blade CVE-2018-9421, CVE-2018-9420\nYonggang Guo ( @guoygang ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2018-9415\nZinuo Han ( weibo.com/ele7enxxh ) do Centro de respostas de segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9410, CVE-2018-9424, CVE-2018-9431\nBaozeng Ding (丁 保 增) ( @ sploving1 ) do Pandora Lab, Ali Security CVE-2018-5857, CVE-2018-9389\nDaniel Kachakil, da IOActive CVE-2018-9375\nElphet e Gong Guang da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-9348\nHao Chen e Guang Gong da Alpha Team, Qihoo 360 Technology Co. Ltd. CVE-2018-5899\nJianjun Dai ( @Jioun_dai ) e Guang Gong ( @oldfresher ) da Alpha Team, Qihoo 360 Technology Co. Ltd CVE-2018-9381, CVE-2018-9358,\nJulien Thomas ( @Julien_Thomas ) de Protektoid.com CVE-2018-9374\nMingjian Zhou (周 明 建) ( @Mingjian_Zhou ) da equipe do C0RE CVE-2018-9344\nPengfei Ding (丁鹏飞), Chenfu Bao (包) e Lenx Wei (韦)\ndo Baidu X-Lab (百度 安全 实验室) CVE-2018-5832, CVE-2018-5896, CVE-2018-5897\nQing Dong da 360 Beaconlab CVE-2018-9386\nStephan Zeisberg do Security Research Labs CVE-2018-9350, CVE-2018-9352,\nEquipe Tencent Blade CVE-2018-9345, CVE-2018-9346\nYonggang Guo ( @guoygang ) do IceSword Lab, Qihoo 360 Technology Co. Ltd. CVE-2017-0564\nYuan-Tsung Lo, da equipe do C0RE CVE-2017-13079, CVE-2017-13081\nZinuo Han, do Centro de Resposta de Segurança de Chengdu, Qihoo 360 Technology Co. Ltd. CVE-2018-9340, CVE-2018-9338,