url: =Luftverschmutzung in Qianjiang: Echtzeit-Karte des Luftqualitätsindex\nLuftverschmutzung in Qianjiang: Echtzeit-Karte des Luftqualitätsindex\nTeile: “ Luftverschmutzung in Qianjiang: Echtzeit-Karte des Luftqualitätsindex ”\nThere are 15 stations on the map: shíhuà yī xiǎo, Jingmen (102) - duodao, Jingmen (102) - Jingmen (102) - Yueyang (97) - Zhuyuan primary school, Jingmen (95) - South Lake Scenic Area, Yueyang (87) - City Library , Jingzhou (80) - City Library , Jingzhou (80) - Jingzhou (80) - Yuanshun Road (80) - Yunxi District, Yueyang (80) - Junshan, Yueyang (78) - Chenglingji, Yueyang (78) - City committee communist party school, Jingzhou (76) - City committee communist party school, Jingzhou (76)\nAustralien: Bendigo, Gladstone, Hobart, Dubbo, Perth, Blacktown, Ballarat, Berwick, Melbourne, Mount Isa, Geelong, Sydney, Parramatta, St Albans, Mandurah, Gold Coast, Glen Waverley, Wollongong, Gawler, Brisbane, Mackay, Geraldton, Launceston, Bathurst, Darwin, Busselton, Adelaide, Orange (State of New South Wales), Newcastle, Port Macquarie, Tamworth, Burnie, Canberra, Port Pirie, Bunbury, Townsville, Castle Hill\nBelgien: Beveren, Virton, Charleroi, Turnhout, Brügge, Genk, Gent, Hasselt, Antwerpen, Roeselare, Namür, Brüssel, Mons, Hannut, Verviers, Veurne, Löwen, Bastogne, Tournai, Kortrijk, Tielt, Borgerhout, Lüttich\nBosnien und Herzegowina: Konjic, Novi Travnik, Zenica, Goražde, Sarajevo, Mrkonjić Grad, Tuzla\nBrasilien: São José do Rio Preto, Taubaté, Bauru, Sorocaba, Hortolândia, Gravataí, Jundiaí, Santos, Marília, Porto Alegre, Ribeirão Preto, São José dos Campos, Taboão da Serra, Brasília, Sumaré, São Paulo, Mauá, Vitória, Piracicaba\nBulgarien: Plewen, Schumen, Pernik, Warna, Lovech, Sofia, Russe, Blagoewgrad, Smolyan, Plowdiw, Burgas, Kardschali, Sliwen, Weliko Tarnowo, Pomorie, Dobritsch, Stara Sagora, Dimitrowgrad, Vratsa\nBundesrepublik Deutschland: Gelsenkirchen, Ingolstadt, Regensburg, Düsseldorf, Bochum, Ulm, Potsdam, Bremen, Duisburg, Hagen, Hannover, Heidelberg, Wiesbaden, Essen, Köln, Ludwigshafen am Rhein, Leipzig, Heilbronn, Stuttgart, Pforzheim, Berlin, Braunschweig, Wuppertal, Karlsruhe, Dresden, Chemnitz, München, Mönchengladbach, Osnabrück, Wolfsburg, Göttingen, Augsburg, Oldenburg, Aachen, Würzburg, Bonn, Dortmund, Mainz, Kassel, Darmstadt, Oberhausen, Rostock, Münster / Nordrhein-Westf., Solingen, Frankfurt am Main, Lübeck, Freiburg im Breisgau, Mannheim, Kiel, Bottrop, Hamburg, Offenbach am Main\nChile: Talcahuano, Calama, Concepción, Punta Arenas, Talca, Linares, La Unión, Tomé, Talagante, Puerto Aysén, La Serena, Osorno, Santiago de Chile, Viña del Mar, Chiguayante, Temuco, Los Andes, Curicó, Antofagasta, Valdivia, Puerto Montt, Coquimbo, Rancagua, Coronel, Valparaíso, Iquique, Coyhaique, Quilpué, Tocopilla, Arica, Rengo, Chillán, Quillota, Copiapó\nChina: Shiyan, Neijiang, Jinan, Nantong, Xinpu, Hegang, Foshan, Nanning, Shantou, Xining, Mudanjiang, Peking, Chongqing (Chongqing Shi), Suzhou, Wuxi, Shenzhen, Nanchong, Luancheng, Guangzhou, Yunfu, Schanghai, Jiaxing, Xuchang, Qingdao, Changzhou, Shaoguan, Tonghua, Nanjing, Wenshan City, Xi'an, Changde, Fushun, Changsha, Tianjin, Taiyuan, Wuwei, Putian, Jiangmen, Zhangzhou, Kunshan, Shenyang, Yancheng, Kunming, Ningbo, Lhasa, Qiqihar, Huangshi, Guiyang, Jieyang, Fuzhou, Yangquan, Zhenjiang, Zhuhai, Yinchuan, Xinxiang, Anyang, Guilin, Shaoxing, Yangjiang, Xianyang, Lanzhou, Zhuzhou, Xiangyang, Zhu Cheng City, Chaoyang, Zhengzhou, Luohe, Zhaoqing, Haikou, Taizhou, Wuhu, Xuzhou, Zhoukou, Nanchang, Dadukou, Harbin, Chángchūn, Dongguan, Qionghai, Hohhot, Hangzhou, Shihezi, Puyang Chengguanzhen, Puyang, Dezhou, Shijiazhuang, Yingkou, Qinhuangdao, Chaozhou, Zhangjiakou Shi Xuanhua Qu, Jiamusi, Wuhan, Xiamen, Jixi, Zhanjiang, Pingxiang, Anqing, Chengdu, Ürümqi, Hefei\nDänemark: Lillerød, Roskilde, Horsens, Aalborg, Silkeborg, Svendborg, Sonderburg, Kopenhagen\nFinnland: Helsinki, Kouvola, Rauma, Imatra, Seinäjoki, Kokkola, Lahti, Kotka, Turku, Hämeenlinna, Heinola, Hyvinkää, Lappeenranta, Jyväskylä, Tampere, Oulu, Vaasa, Raahe, Varkaus, Vantaa, Laukaa, Kajaani, Joensuu, Valkeakoski, Jämsä, Kuopio, Mikkeli, Jakobstad, Järvenpää, Siilinjärvi, Pori, Lohja, Tornio\nFrankreich: Évreux, La Rochelle, Chambéry, La Roche-sur-Yon, Caen, Amiens, Lille, Le Mans, Saint-Étienne, Nancy, Saint-Quentin, Metz, Nizza, Paris, Calais, Clermont-Ferrand, Rennes, Poitiers, Lyon, Saint-Nazaire, Lorient, Nantes, Nimes, Reims, Colmar, Besançon, Perpignan, Dünkirchen, Grenoble, Bordeaux, Quimper, Limoges, Marseille, Mülhausen, Toulon, Cergy, Le Havre, Straßburg, Angers, Rouen, Tours, Bourges, Aix-en-Provence, Orléans, Dijon, Ajaccio, Toulouse, Avignon, Valence, Pau, Montpellier, Troyes\nGriechenland: Patras, Piräus, Volos, Kozani, Athen, Chalkida, Lárisa, Thessaloniki, Ermoupoli\nIndien: Kalkutta, Bhopal, Chandigarh, Nāgpur, Patna, Muzaffarnagar, Thiruvananthapuram, Visakhapatnam, Damān, Jharsuguda, Bengaluru, Hoshiārpur, Neu-Delhi, Charkhi Dādri, Shillong, Jaipur, Panaji, Gandhinagar, Sangāreddi, Panchkula, Ghaziabad, Dispur, Kollam, Dehra Dūn, Nashik, Hāpur, Mumbai, Bhubaneshwar, Mysuru, Aurangabad, Lucknow, Chennai, Aizol, Kozhikode, Delhi, Agra, Hyderabad, Morādābād, Gangānagar, Asansol\nIndonesien: Pontianak, Jambi, Medan, Palembang, Samarinda, Martapura, Palangkaraya, Banda Aceh, Yogyakarta, Jakarta, Pekanbaru\nIran (Islamische Republik): Varāmīn, Maschhad, Kerman, Urmia, Khomeynī Shahr, Täbris, Chorramschahr, Karadsch, Masjed Soleymān, Zahedan, Yasudsch, Semnan, Būkān, Birdschand, Bojnūrd, Ahvaz, Bāneh, Īlām, Isfahan, Borūjerd, Ardabil, Qom, Schiras, Rascht, Naz̧arābād, Malāyer, Teheran, Najafābād, Zanjān, Yazd, Qazvin, Shahr-e Kord, Hamadān, Bandar Abbas, Kermānschāh, Bam, Iranshahr, Buschehr, Sanandadsch, Sāveh, Khorramabad, Arak\nIrland: Laytown, Ennis, Kilkenny, Cork, Tallaght, Tralee, Tullamore, Wexford, Ballina, Castlebar, Waterford, Navan, Sligo, Letterkenny, Portlaoise, Drogheda, Carlow, Athlone, Droichead Nua, Dublin, Naas, Cluain Meala, Galway, Limerick\nIsrael: Afula, Netanja, Or Jehuda, Chadera, Qiryat Ata, Yehud-Monosson, Umm el Faḥm, Aschdod, Ashkelon, Rechovot, Jaffa, Tel Aviv, Jerusalem, Kirjat Gat, Gedera, Biʾr as-Sabʿ, Ramla, Rischon LeZion, Petaẖ Tiqwa, Ra'anana, Haifa\nItalien: Cesena, Lecce, Bozen, Modena, Bergamo, Terni, Ferrara, Lucca, Ravenna, Reggio nell'Emilia, Rom, Giugliano in Campania, Verona, Triest, Bologna, Napoli, Piacenza, Mailand, Monza, Novara, Udine, Florenz, Forlì, Turin, Salern, Prato, Como, Parma, Brescia, Livorno, Rimini\nJapan: Utsunomiya, Fukuoka, Machida, Hachiōji, Kumamoto, Maebashi, Yokohama, Saitama, Miyazaki, Fujisawa, Yokosuka, Amagasaki, Nagano, Ōtsu, Kawasaki, Chiba, Sendai, Aomori, Tsu, Saga, Matsue, Niigata, Nishinomiya, Kagoshima, Tottori, Nara, Kanazawa, Kitakyūshū, Kyōto, Hamamatsu, Tokio, Akita, Yamaguchi, Nagoya, Toyama, Mito, Matsuyama, Morioka, Matsudo, Kōbe, Sapporo, Ōita, Sakai, Yamagata, Kōfu, Ōsaka, Fukui-shi, Hirakata, Naha, Nagasaki, Wakayama, Shizuoka, Fukushima, Gifu, Okayama, Tokushima, Takamatsu, Hiroshima, Himeji, Kurashiki, Kochi\nKanada: Gatineau, Greater Sudbury, Edmonton, Vancouver, Vaughan, Yellowknife, Okanagan, Brampton, Windsor, Abbotsford, Shawinigan, Regina, Winnipeg, Chilliwack, Guelph, Mississauga, Saguenay, Fredericton, Surrey, Kelowna, Ladner, Ottawa, Hamilton, Scarborough, Burnaby, Sault Ste. Marie, Saskatoon, Oshawa, Toronto, St. Catharines, St. John’s, Barrie, Sherbrooke, London, Montreal, Calgary, Halifax, Trois-Rivières, Kitchener\nKasachstan: Temirtau, Nur-Sultan, Aqtöbe, Abay, Ust-Kamenogorsk, Lisakovsk, Esik, Pawlodar, Schymkent, Petropawl, Almaty, Atyrau, Taras, Karaganda, Aqtau\nKirgistan: Tokmok, Osch, Karakol, Dschalalabat, Bischkek\nKosovo: Priština, Peja, Vitina, Glogovac, Gjakovë, Kosovska Mitrovica, Gnjilane, Prizren, Ferizaj\nKroatien: Slavonski Brod, Pula, Poreč, Zadar, Sisak, Kutina, Esseg, Split / Dalmatien, Rijeka, Dubrovnik, Zagreb\nLitauen: Naujoji Akmenė, Vilnius, Plunge, Kauen, Klaipėda\nMalaysia: Petaling Jaya, Kulim, Kluang, Kuantan, Alor Setar, Kangar, Sandakan, Batu Pahat, Kampung Sungai Ara, Ipoh, Kota Kinabalu, Cukai, Sepang, Klang, Segamat, Sibu, Kuching, Kuah, Taiping, Johor Bahru, George Town, Labuan, Bintulu, Tawau, Keningau, Sungai Petani, Port Dickson, Kuala Lumpur, Kota Bahru, Malakka, Miri, Seremban, Temerluh, Kuala Terengganu, Muar\nMexiko: Tlaxcala, Zapopan, Tijuana, Toluca, Puebla, Tepic, Merida, Xico, Aguascalientes, Monterrey, León, Saltillo, Irapuato, Ciudad Guadalupe, Ensenada, Oaxaca de Juárez, San Luis Potosí, Mexiko-Stadt, Guanajuato, Ciudad Apodaca, Morelia, Ciudad General Escobedo, Jalapa Enríquez, Ecatepec de Morelos, Tlaquepaque, Torreón, Colima, Guadalajara, Monclova, Zacatecas, Cuernavaca, Chihuahua, Pachuca de Soto, Celaya, Gómez Palacio, Mexicali\nNepal: Nepalgunj, Dhankutā, Inaruwa, Birendranagar, Pokhara, Kathmandu, Siddharthanagar, Bharatpur, Birgañj\nNeuseeland: Tokoroa, Invercargill, Timaru-Distrikt, Queenstown, Nelson, Blenheim, Palmerston North, Masterton, Wellington, Auckland, Dunedin, Gore, Taupo, Upper Hutt, Christchurch, Kaiapoi, Hastings, Napier, Manukau City, Ashburton, Paraparaumu\nNiederlande: Maastricht, Leiden, Dordrecht, Enschede, Hoofddorp, Lelystad, Haarlem, Amsterdam, Arnhem, Eindhoven, Hilversum, Bergen op Zoom, Spijkenisse, Almere Stad, Deventer, Rotterdam, Hengelo, Utrecht, Tilburg, Heerlen, Helmond, Zwolle, Joure, Vlaardingen, Venlo, Groningen, Breda, Den Haag, Nimwegen, Hoorn\nNordmazedonien: Kočani, Gostivar, Kičevo, Centar Župa, Bitola, Gevgelija, Veles, Tetovo, Novo Selo, Skopje, Strumica, Kavadarci, Kumanovo\nNorwegen: Harstad, Porsgrunn, Hamar, Kristiansand, Gjøvik, Mo i Rana, Moss, Narvik, Sarpsborg, Drammen, Trondheim, Ålesund, Tønsberg, Oslo, Lillehammer, Stavanger, Fredrikstad, Bergen, Sandefjord, Bodø, Tromso, Elverum, Jessheim\nÖsterreich: Villach, Graz, Ried im Innkreis, Lienz, Schwechat, Feldkirch, Schwaz, Klagenfurt, Innsbruck, Salzburg, Krems an der Donau, St. Veit an der Glan, Knittelfeld, Amstetten, Wien, Gänserndorf, Steyr, Wr. Neustadt, Imst, Baden, Spittal an der Drau, Linz, St. Pölten, Wörgl, Tulln, Bregenz, Wels\nPhilippinen: Bacolod, Biñan City, Olongapo, Butuan City, Manila, Baguio, Santa Rosa City, Koronadal City, Zamboanga, Davao, Quezon City, Caloocan City\nPolen: Krakau, Stettin, Suwałki, Wałbrzych, Koszalin, Słupsk, Kalisz, Pabianice, Lublin, Piła, Białystok, Stalowa Wola, Bydgoszcz, Rybnik, Leszno, Czenstochau, Tarnów, Łódź, Piotrków Trybunalski, Przemyśl, Gorzów Wielkopolski, Zabrze, Posen, Kielce, Nowy Sącz, Rzeszów, Kattowitz, Legnica, Radom, Kędzierzyn-Koźle, Zamość, Jaworzno, Tczew, Warschau, Gliwice, Jastrzębie Zdrój, Zielona Góra, Danzig, Bielsko-Biała, Włocławek, Oppeln, Płock, Breslau, Schweidnitz, Inowrocław\nPortugal: Faro, Entroncamento, Funchal, Porto, Ponta Delgada (Azores), Ponte de Lima, Lissabon, Setubal, Caldas da Rainha, Aveiro, Évora\nRepublik Korea: Kimhae, Uijeongbu-si, Seongnam-si, Hwaseong-si, Busan, Gangneung, Suwon, Gumi, Yeongam, Kunsan, Gwangju, Boryeong, Wŏnju, Jeonju, Cheongju, Sokcho, Cheonan, Yeosu, Incheon, Ulsan, Chuncheon, Hongseong, Daegu, Iksan, Yangsan, Yeonggwang, Jeju, Jinju, Icheon-si, Buyeo, Goyang-si, Osan, Changwon, Pohang, Ansan-si, Imsil, Andong, Daejeon, Gyeongju, Seoul, Seogwipo, Hwacheon, Gimcheon, Yeongdong, Jeongeup, Suncheon, Sejong, Ganghwa-gun, Mokpo, Hwasun, Muan\nRumänien: Hermannstadt, Giurgiu, Neustadt, Vaslui, Petroşani, Sathmar, Reschitz, Mangalia, Drobeta Turnu Severin, Klausenburg, Arad, Caracal, Pitesk, Târgu Jiu, Râmnicu Sărat, Großwardein, Alexandria, Suceava, Freistadt, Năvodari, Dej, Râmnicu Vâlcea, Iaşi, Focşani, Temeswar, Brăila, Hunedoara, Kronstadt, Tecuci, Bukarest, Miercurea-Ciuc, Zalău, Craiova, Tulcea, Galatz, Slatina, Tergowisch, Piatra Neamţ, Sfântu Gheorghe, Bistritz, Câmpina, Konstanza, Deva, Botoşani, Mediaş, Karlsburg, Ploieşti, Medgidia, Bacău, Dorohoi, Neumarkt am Mieresch\nRussland: Moskau, Sankt Petersburg, Tomsk, Kaliningrad, Ischewsk, Nowosibirsk, Nischni Nowgorod, Tscheljabinsk, Krasnojarsk, Murmansk, Saratow\nSaudi-Arabien: Ha'il, Mekka, Al Jubayl, Al Wajh, Taif, Abha, Badr Ḩunayn, Buraydah, Dschidda, Duba, Abqaiq, Tabuk, Sulţānah, Riad, Umluj, Jizan, Rābigh, Qurayyat, Medina, Dammam, Al Bahah, Al Hufūf\nSchweden: Jönköping, Södertälje, Linköping, Växjö, Helsingborg, Västerås, Göteborg, Umeå, Uppsala, Sundsvall, Norrköping, Lund, Malmö, Karlskrona, Stockholm\nSchweiz: Schaffhausen, Uster, Lausanne, Winterthur, Neuenburg, Biel, Aarau, Zürich, Olten, St. Gallen, Sitten, Chur, Arbon, Basel, Frauenfeld, Kreuzlingen, Luzern, Lugano, Morges, Bern, Thun, Freiburg\nSenegal: Pikine, Nguékhokh, Kaffrine, Saint-Louis, Kaolack, Dakar, Ziguinchor\nSerbien: Smederevo, Sombor, Stara Pazova, Ruma, Sremska Mitrovica, Jagodina, Vršac, Kragujevac, Valjevo, Lazarevac, Užice, Novi Pazar, Niš, Čačak, Vrbas, Prokuplje, Gornji Milanovac, Subotiza, Senta, Kraljevo, Bor, Belgrad, Leskovac, Vranje, Zaječar, Zemun, Obrenovac, Šabac, Bečej, Negotin, Požarevac, Apatin, Zrenjanin, Knjazevac, Novi Sad, Kikinda, Trstenik\nSlowakei (Slowakische Republik): Trnava, Malacky, Vranov nad Topľou, Trenčín, Žiar nad Hronom, Brezno, Rimavská Sobota, Prešov, Snina, Pressburg, Šaľa, Homenau, Handlová, Neutra, Ružomberok, Sillein, Senica, Martin, Kaschau, Deutschendorf, Zvolen, Neusohl, Revúca, Prievidza, Spišská Nová Ves\nSlowenien: Koper, Kranj, Trbovlje, Murska Sobota, Rudolfswert, Nova Gorica, Marburg an der Drau, Ljubljana, Ptuj, Cilli\nSpanien: A Coruña, Castellón de la Plana, Granada, Vigo, Madrid, Mataró, Jaén, Cartagena, Lleida, Malaga, Valladolid, Almeria, León, Santa Cruz de Tenerife, Santander, Tarragona, Pamplona, Bilbao, Cordoba, Badalona, Sevilla, Gijón, Cádiz, Saragossa, Barcelona, Oviedo, Huelva, Ourense, Vitoria, Reus, Salamanca, Valencia, Donostia / San Sebastián, Palma, Murcia, Marbella, Alicante, Santiago de Compostela, Logrono, Jerez de la Frontera, Fuenlabrada, Elx, Las Palmas de Gran Canaria, Burgos, Algeciras, Alcalá de Henares\nSüdafrika: East London, Middelburg, Kapstadt, Richards Bay, Standerton, Durban, Mokopane, Delmas, Brits, Pietermaritzburg, Stellenbosch, Polokwane, Mafikeng, Vereeniging, Bloemfontein, Klerksdorp, Rustenburg, Potchefstroom, Johannesburg, EMalahleni, Port Elizabeth, Sasolburg, Phalaborwa, Pretoria, Paarl, Balfour\nTadschikistan: Duschanbe, Bokhtar, Chudschand, Pandschakent, Khorugh, Buston, Kŭlob, Isfara\nTaiwan: Zhongxing New Village, Douliu, Yujing, Taipeh, Puli, Tainan, Donggang, Taoyuan City, Hualien City, Magong, Taichung, Jincheng, Ilan, Hsinchu, Nantou, Kaohsiung, Hengchun, Yuanlin\nThailand: Chiang Rai, Saraburi, Ayutthaya, Kamphaeng Phet, Prachuap Khiri Khan, Nakhon Phanom, Samut Sakhon, Surat Thani, Chaiyaphum, Buri Ram, Sisaket, Krabi, Chanthaburi, Surin, Rayong, Pattani, Nakhon Sawan, Suphan Buri, Kalasin, Phrae, Kanchanaburi, Samut Songkhram, Sakon Nakhon, Phichit, Phattalung, Trang, Phuket, Mukdahan, Nakhon Pathom, Yala, Roi Et, Maha Sarakham, Mueang Nonthaburi, Ratchaburi, Nong Khai, Chiang Mai, Ubon Ratchathani, Sakaeo, Phetchaburi, Bangkok, Nong Bua Lamphu, Chon Buri, Chachoengsao, Uttaradit, Amnat Charoen, Loei, Lampang, Phetchabun, Khon Kaen, Songkhla, Lopburi, Sukhothai, Phitsanulok, Narathiwat, Nakhon Ratchasima, Lamphun, Samut Prakan, Satun, Nakhon Si Tammarat, Udon Thani\nTschechien: Trebitsch-Stadt, Olmütz, Klattau, Pilsen, Sillein, Teplitz, Ungarisch-Hradisch, Chomutov, Příbram, Mährisch-Schönberg, Opava, Eger, Prag, Hodonín, Tschechisch Teschen, Köln an der Elbe, Prossnitz, Wallachisch Meseritsch, Ostrava, Havlíčkův Brod, Ceska Lipa, Hradec Králové, Pardubice, Kladno, Aussig an der Elbe, Přerov, Jihlava, Frýdek-Místek, Třinec, Budweis, Karviná, Modřany, Břeclav, Jablonec nad Nisou, Brüx, Znaim, Leitmeritz, Karlsbad, Strakonitz, Tabor, Brünn, Mladá Boleslav, Liberec, Trutnov, Děčín, Neutitschein\nTürkei: Erzurum, Elazığ, Izmir, Tokat, Gaziantep, Şanlıurfa, Istanbul, Ankara, Bingöl, Iğdır, Tralleis, Konya, Karabük, Adana, İzmit, Kütahya, Rize, Erzincan, Giresun, Batman, Manisa, Kilis, Antalya, Mersin, Adapazarı, Aksaray, Eskişehir, Kayseri, Ağrı, Van, Uşak, Antakya, Hakkâri, Malatya, Osmaniye, Siirt, Amasya, Zonguldak, Ordu, Çorum, Diyarbakır, Kırıkkale, Tekirdağ, Karaman, Çanakkale, Edirne, Kahramanmaraş, Niğde, Muş, Afyonkarahisar, Denizli, Trabzon, Balıkesir, Samsun, Isparta, Adıyaman, Kars, Kırşehir, Bolu, Bursa, Sivas, Yozgat\nUSA: Savannah (Georgia), Riverside, Huntsville, Raleigh, Lexington, Trenton, The Bronx, Jackson, San Bernardino, Newport News, Des Moines, Brownsville, Knoxville, Spokane, Sioux Falls, Dallas, Waco, Oklahoma City, Kansas City, Tallahassee, Atlanta, Visalia, Syracuse, Queens, Little Rock, Santa Ana, San Antonio (Texas), Fort Wayne, Charleston, Omaha, Los Angeles, Oakland, Hartford, Boston, Boise, Amarillo, Baton Rouge, New Orleans, Denton, Rochester, Newark, Corpus Christi, Staten Island, Chicago, Eugene, Cheyenne, Rockford, Albuquerque, Lincoln, Fayetteville, Columbia, Pierre, Dayton, Orlando, Louisville, Houston, Cincinnati, Gainesville, Providence, Helena, Phoenix, Albany, Tacoma, Memphis, Pittsburgh, Lansing, Salem (Oregon), Clarksville, Salt Lake City, Winston-Salem, Worcester, Laredo, Olympia, Fort Lauderdale, Harrisburg (Pennsylvania), Shreveport, Joliet, Detroit, Montgomery, Dover, San Diego, San Francisco, Stockton, Philadelphia, Akron, St. Louis, Madison, Jacksonville, Fresno, Fort Collins, Minneapolis, Honolulu, Nashville, Durham, Salinas, Tampa, Milwaukee, Las Vegas, Juneau, Topeka, Baltimore, Tucson, Richmond, Modesto, Toledo, Portland, Norfolk, El Paso, Mobile, Anchorage, Cleveland, Denver, Sacramento, Tulsa, Miami, Wichita, Charlotte, Springfield, Columbus, Fort Worth, Saint Paul, Indianapolis, Bismarck, Lubbock, Santa Fe, Chattanooga, Olathe, Manhattan, Brooklyn, Austin, Colorado Springs, Bakersfield, Cedar Rapids, Seattle, Buffalo, Grand Rapids\nUganda: Tororo, Kampala, Mityana, Entebbe, Bundibugyo, Wobulenzi, Jinja, Iganga, Busia, Mpigi, Mubende, Masaka, Mbarara, Kabale, Bugiri, Fort Portal, Kisoro, Kapchorwa, Soroti, Mbale, Kasese\nUkraine: Uschgorod, Luzk, Saporischschja, Winnyzja, Ivano Frankivsk, Charkiw, Nikopol, Kalush, Pawlohrad, Tscherkassy, Schytomyr, Kiew, Tschernihiw, Mukatschewe, Kamjanez-Podilskyj, Novomoskovsk, Konotop, Nischyn, Uman, Melitopol, Pokrovsk, Mykolayiv, Dnipro, Odessa, Sumy, Berdyansk, Tarnopol, Kropywnyzkyj, Bachmut, Kamyanske, Czernowitz, Krywyj Rih, Drohobych, Chmelnyzkyj, Cherson, Browary, Bila Zerkwa, Poltawa, Sewastopol, Lwiw, Riwne, Donezk, Kostjantyniwka, Krementschuk\nUngarn: Eger, Budapest, Miskolc, Kazincbarcika, Nyíregyháza, Györ, Mosonmagyarovar, Esztergom, Várpalota, Dunakeszi, Kecskemet, Szombathely, Szegedin, Tatabánya, Eickau, Pecs, Ózd, Wesprim, Szolnok, Schalgau, Debrecen, Stuhlweißenburg\nVereinigte Arabische Emirate: Abu Dhabi, Muzayri‘, Ar Ruways, Al-Ain, Bani Yas City, Madīnat Zāyid, Musaffah, Dubai\nVereinigtes Königreich: Sunderland, Reading, Birmingham, Liverpool, Plymouth, Bournemouth, Wigan, Southend-on-Sea, Huddersfield, Glasgow, Belfast, Cambridge, Norwich, Stockport, Bristol, Coventry, Dundee, Aberdeen, Sheffield, Northampton, Blackpool, Manchester, Southampton, York (England), Luton, Newcastle upon Tyne, Nottingham, Swansea, Oxford, Kingston upon Hull, Leeds, Stoke-on-Trent, Leicester, Middlesbrough, Portsmouth, Preston, Cardiff, London Borough of Sutton, Warrington, Edinburgh\nVietnam: Việt Trì, Huế, Cao Bằng, Plei Cu, Đà Nẵng, Hanoi, Bắc Ninh, Nha Trang, Hải Dương, Lào Cai, Haiphong, Bắc Giang, Ho-Chi-Minh-Stadt, Phủ Lý, Thái Nguyên, Hạ Long\nWeißrussland: Masyr, Polazk, Minsk, Homel, Horki, Wizebsk, Orscha, Hrodna, Baranawitschy, Schodsina, Salihorsk, Byaroza, Rechytsa, Brest-Litowsk, Vilyeyka, Mahiljou\nZypern: Nikosia, Paphos, Famagusta, Mórfou, Larnaka, Limassol\nLuftverschmutzung in Qianjiang


timestamp: tn

url: =28 July 2017 A classification model for non-alcoholic steatohepatitis (NASH) using confocal Raman micro-spectroscopy\nJie Yan; Yang Yu; Jeon Woong Kang; Zhi Yang Tam; Shuoyu Xu; Eliza Li Shan Fong; Surya Pratap Singh; Ziwei Song; Lisa Tucker Kellogg; Peter So; Hanry Yu\nJie Yan , Yang Yu\nA*Star Institute of Bioengineering and Nanotechnology (Singapore)\nBioSyM, Singapore-MIT Alliance for Research and Technology (Singapore)\nInvitroCue Pte. Ltd. (Singapore)\nA*Star Institute if Bioengineering and Nanotechnology (Singapore)\nLisa Tucker Kellogg , Peter So\nProceedings Volume 10411, Clinical and Preclinical Optical Diagnostics; 104110Y (2017) https://doi.org/10.1117/12.2281445\nJie Yan, Jie Yan, Yang Yu, Yang Yu, Jeon Woong Kang, Jeon Woong Kang, Zhi Yang Tam, Zhi Yang Tam, Shuoyu Xu, Shuoyu Xu, Eliza Li Shan Fong, Eliza Li Shan Fong, Surya Pratap Singh, Surya Pratap Singh, Ziwei Song, Ziwei Song, Lisa Tucker Kellogg, Lisa Tucker Kellogg, Peter So, Peter So, Hanry Yu, Hanry Yu, } "A classification model for non-alcoholic steatohepatitis (NASH) using confocal Raman micro-spectroscopy", Proc. SPIE 10411, Clinical and Preclinical Optical Diagnostics, 104110Y (28 July 2017); doi: 10.1117/12.2281445; https://doi.org/10.1117/12.2281445\nLabel free detection of tumor markers in a colon carcinoma...\nJie Yan, Yang Yu, Jeon Woong Kang, Zhi Yang Tam, Shuoyu Xu, Eliza Li Shan Fong, Surya Pratap Singh, Ziwei Song, Lisa Tucker Kellogg, Peter So, Hanry Yu, "A classification model for non-alcoholic steatohepatitis (NASH) using confocal Raman micro-spectroscopy," Proc. SPIE 10411, Clinical and Preclinical Optical Diagnostics, 104110Y (28 July 2017);


url: =Wamsler Opus | avec 6 et 8 kW | chez ofenseite.com . - | chez ofenseite.com\n6 kW 8 kW partir de 1.149,00 € incl. 19% TVA,\nDimensions H x L x P (cm): 105 / 61 / 50\npartir de 1.199,00 € * Cheminée Wamsler Wega\npartir de 899,00 € * Cheminée Wamsler Atlas


url:
=Weddings. -- Connecticut | Windsor (Concept) - Library of Virginia\nWeddings. -- Connecticut | Windsor\nThe Resource Weddings. -- Connecticut | Windsor\n1 Items that are about the Concept Weddings. -- Connecticut | Windsor\nContext of Weddings. -- Connecticut | Windsor\n
 Data from Weddings. -- Connecticut | Windsor - Library of Virginia
\nData Citation of the Concept Weddings. -- Connecticut | Windsor


url:
=17 Votes (4.59 Moyenne) et 7.340 Vues\n

Photo Courtesy of FlightAware.com

\n[url=http://flightaware.com/photos/view/1944458-2ee4ad371785c36f73d6673cd4c439a4475d804c/airport/KBOS/sort/votes/page/4][img]https://photos-e1.flightcdn.com/photos/retriever/6ff978a5fe874d41e5a83e86a9948110715d96cb[/img]Photo Courtesy of FlightAware.com[/url]\n41 of B-2738 13653 of B788 16338 at KBOS\n19-07-2019 787 Int'l de Guangzhou Baiyun (CAN / ZGGG) Chengdu Shuangliu Int'l (CTU / ZUUU) 18h19 CST 20h19 CST En vol\n19-07-2019 787 Int'l de Shanghai Hongqiao (SHA / ZSSS) Int'l de Guangzhou Baiyun (CAN / ZGGG) 11h51 CST 13h35 CST 1:43\n19-07-2019 787 Int'l de Guangzhou Baiyun (CAN / ZGGG) Int'l de Shanghai Hongqiao (SHA / ZSSS) 07h55 CST 09h42 CST 1:47\n18-07-2019 B789 Chengdu Shuangliu Int'l (CTU / ZUUU) Int'l de Guangzhou Baiyun (CAN / ZGGG) 19h52 CST 21h45 CST 1:52\n18-07-2019 B789 Int'l de Guangzhou Baiyun (CAN / ZGGG) Chengdu Shuangliu Int'l (CTU / ZUUU) 16h25 CST 18h09 CST 1:44\n18-07-2019 B789 Int'l de Shanghai Hongqiao (SHA / ZSSS) Int'l de Guangzhou Baiyun (CAN / ZGGG) 11h39 CST 13h22 CST (?) 1:42\n18-07-2019 B789 Int'l de Guangzhou Baiyun (CAN / ZGGG) Int'l de Shanghai Hongqiao (SHA / ZSSS) 07h59 CST 09h42 CST 1:42\n17-07-2019 B789 Chengdu Shuangliu Int'l (CTU / ZUUU) Int'l de Guangzhou Baiyun (CAN / ZGGG) 19h55 CST 21h53 CST 1:57\n17-07-2019 B789 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Chengdu Shuangliu Int'l (CTU / ZUUU) 15h31 CST 17h18 CST 1:46\n16-07-2019 787 Int'l de Chongqing (CKG / ZUCK) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 17h55 CST 19h37 CST 1:42\n16-07-2019 B789 Fuzhou Changle Int'l (FOC / ZSFZ) Int'l de Chongqing (CKG / ZUCK) 14h26 CST 16h33 CST (?) 2:06\n16-07-2019 B789 Int'l de Chongqing (CKG / ZUCK) Fuzhou Changle Int'l (FOC / ZSFZ) 09h15 CST 11h39 CST (?) 2:23\n15-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Chongqing (CKG / ZUCK) 21h24 CST 23h43 CST 2:19\n15-07-2019 B789 Int'l de Pékin (PEK / ZBAA) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 14h56 CST 17h25 CST (?) 2:29\n15-07-2019 B789 Int'l de Shanghai Hongqiao (SHA / ZSSS) Int'l de Pékin (PEK / ZBAA) 11h37 CST 13h24 CST (?) 1:46\n15-07-2019 B789 Int'l de Pékin (PEK / ZBAA) Int'l de Shanghai Hongqiao (SHA / ZSSS) 08h05 CST 09h40 CST 1:34\n13-07-2019 787 Kunming Changshui Int'l (KMG / ZPPP) Int'l de Pékin (PEK / ZBAA) 22h16 CST 02h39 CST (+1) 4:22\n13-07-2019 787 Int'l de Pékin (PEK / ZBAA) Kunming Changshui Int'l (KMG / ZPPP) 17h22 CST 20h10 CST 2:47\n13-07-2019 A333 Chengdu Shuangliu Int'l (CTU / ZUUU) Int'l de Pékin (PEK / ZBAA) 12h12 CST 14h13 CST 2:01\n13-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Chengdu Shuangliu Int'l (CTU / ZUUU) 08h42 CST 10h39 CST 1:56\n12-07-2019 787 Int'l de Dublin (DUB / EIDW) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 11h57 IST 06h18 CST (+1) 11:20\n12-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Dublin (DUB / EIDW) 05h13 CST 09h48 IST 11:35\n11-07-2019 A330 Int'l de Pékin (PEK / ZBAA) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 23h49 CST 02h23 CST (+1) 2:33\n11-07-2019 A333 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Pékin (PEK / ZBAA) 16h30 CST 19h02 CST 2:31\n11-07-2019 787 Int'l de Shanghai-Pudong (PVG / ZSPD) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 12h48 CST 14h48 CST 1:59\n11-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Shanghai-Pudong (PVG / ZSPD) 08h31 CST 10h10 CST 1:38\n10-07-2019 787 Int'l David-Ben-Gourion (TLV / LLBG) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 13h32 IDT 04h03 CST (+1) 9:30\n10-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l David-Ben-Gourion (TLV / LLBG) 01h51 CST 07h49 IDT 10:58\n09-07-2019 787 Int'l de Pékin (PEK / ZBAA) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 19h26 CST 22h10 CST 2:43\n08-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Pékin (PEK / ZBAA) 22h40 CST 01h16 CST (+1) 2:35\n08-07-2019 787 Int'l de Chongqing (CKG / ZUCK) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 17h49 CST 19h32 CST 1:42\n08-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Chongqing (CKG / ZUCK) 14h34 CST 16h16 CST (?) 1:42\n08-07-2019 787 Int'l de Chongqing (CKG / ZUCK) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 10h57 CST 12h45 CST 1:47\n08-07-2019 787 Int'l de Shenzhen Bao'an (SZX / ZGSZ) Int'l de Chongqing (CKG / ZUCK) 07h55 CST 09h45 CST (?) 1:49\n07-07-2019 787 Int'l de Zurich (ZRH / LSZH) Int'l de Shenzhen Bao'an (SZX / ZGSZ) 11h49 CEST 03h51 CST (+1) 10:01\nAcheter l'historique des vols sur fichier Excel pour B2738 →


url: =Research papers, journal articles and scientific articles related to LEDs\n845 Newest Publications about the topic leds\nA novel color-tunable phosphor, Na5Gd9F32:Ln3+ (Ln = Eu, Tb, Dy, Sm, Ho) sub-microcrystals: structure, luminescence and energy transfer properties\n03-Jul-2018 | Junfeng Yang; Jianchao Dong; Ruiyang Wu; Hongyue Wu; Hongbo Song; Shucai Gan; lianchun Zou, Dalton Transactions, 2018\nLn3+-doped fluoride is an economical and highly efficient luminescent material, which plays a crucial role in LEDs, biolabeling, and sensors. Thus, the Na5Gd9F32: Ln3+ sub-microspheres with multicolor tunable emission were successfully synthesized via a simlple water bath method employing ...\n03-Jul-2018 | Junjie He; Shixing Yang; Kai Zheng; Youming Zhang; Jun Song; Junle Qu, Green Chemistry, 2018\nLighting market has been dominated by light emitting diodes(LEDs), which not only need Ga for for wafer production, but also consume abundant rare-earth elements Y, Ce and Eu. Hybrid-LEDs using organic downconversion materials(ODMs) is a promising candidate technology to save the rare-earth ...\n12-Jun-2018 | Yang Ding; Jie Liu; Ming Zeng; Xishu Wang; Junli Shi; Weili Wang; Yanru Miao; Xibin Yu, Dalton Transactions, 2018\nRE3+-doped NaY(MoO4)2 is an efficient material for realizing multicolor emission, which plays an important role in displays, W-LEDs, solar cells and biolabelings. Up to now, researches on the multicolor tuning properties of RE3+-doped NaY(MoO4)2 are mostly through high temperature solid-state ...\n06-Jun-2018 | Wlas, Miroslaw ; Galla, Stanislaw, Energies, 2018\nEnergies, Vol. 11, Pages 1479: The Influence of LED Lighting Sources on the Nature of Power Factor Energies doi: 10.3390/en11061479 Authors: Miroslaw Wlas Stanislaw Galla This article presents measurements of electric power absorbed by a newly built facility for office and ...\nAn efficient rare-earth free red-emitting Ca2YSbO6:Mn4+,M(M=Li+, Na+, K+, Mg2+) phosphors for white light-emitting diodes\n01-Jun-2018 | Jiasong Zhong; Daqin Chen; Xiao Chen; Keyuan Wang; Xinyue Li; Yiwen Zhu; Zhenguo Ji, Dalton Transactions, 2018\nOwing to its low-cost and satisfactory luminescent-emission performance in warm white light-emitting diodes (w-LEDs), the non-rare-earth Mn4+-activated red phosphor has become a promising competitor of commercial rare-earth doped phosphor. In this study, a series of novel red-light emitting ...\n30-May-2018 | Kai Li; Rik Van Deun, Dalton Transactions, 2018\nIn this article, we report the preparation and luminescence properties of a series of novel rare-earth doped KBaY(MoO4)3 phosphors. The XRD patterns for the as-prepared samples have been assigned to the pure KBaY(MoO4)3 phase. The Tb3+, Eu3+ and Sm3+ singly-doped phosphors all show good ...\n30-May-2018 | Rongrong Yuan; Lingli Shen; Chenyang Shen; Jianming Liu; Lei Zhou; Weidong Xiang; Xiaojuan Liang, Chemical Communication, 2018\nEu3+ ions were introduced into the lattices of CsPbBr3 perovskite QDs and a tunable multicolour emission from CsPbBr3:xEu3+ perovskite QD glass was successfully obtained. Multicolour LEDs that were fabricated by combining the as-prepared CsPbBr3:xEu3+ QD glasses with a UV chip were also ...\nUnderstanding the quenching nature of Mn4+ in wide band gap inorganic compounds: Design principles for Mn4+ phosphors with higher efficiency\n30-May-2018 | Lei Wang; Zhaoxiang Dai; Rulong Zhou; Bingyan Qu; Xiao Cheng Zeng, Physical Chemistry Chemical Physics, 2018\nMn4+ doped phosphors, as an alternative to the rare-earth element doped phosphors, have attracted immense attention owing to their ultrahigh quantum efficiency of red emission for potential applications in high rendering white LEDs (light-emitting diodes). Their performance can be largely ...\nEnhanced Luminescence of Ba2GdSbO6:Mn4+ red phosphor via cation doping for warm white light-emitting diodes\n29-May-2018 | Jiasong Zhong; Su Zhou; Daqin Chen; Junjie Li; Yiwen Zhu; Xinyue Li; Leifeng Chen; Zhenguo Ji, Dalton Transactions, 2018\nWith admirable luminescent performance and cheap price, non-rare-earth-based oxide red phosphor holds the potential competitor of rare-earth doped one for warm white LEDs (WLEDs). Herein, a novel double-perovskite Ba2GdSbO6:Mn4+ phosphor, demonstrating strong red emission ascribed to ...\nphysica status s ... (105)\nphysica status s ... (95)\nChemistry of Mat ... (21)\nPhotochemical & ... (2)\nCrystal Research ... (3)\nLaser & Photonic ... (5)\nJohn Wiley & Son ... (482)\nMolecular Divers ... (69)\nSpringer-Verlag GmbH (27)\nlight emitting d ... (71)erase\nquantum dots (52)erase\nsolar cells (43)erase\nlight sources (41)erase\nx-ray diffraction (33)erase\nrefractive index (14)erase\nlight emissions (17)erase\nquantum efficiency (12)erase\nthin films (27)erase


url: =Murata, Tadayoshi 1946- [WorldCat Identities]\nMurata, Tadayoshi 1946-\n20 works in 42 publications in 3 languages and 208 library holdings\nDiaries History Biography Sources Chronologies\nMost widely held works by Tadayoshi Murata\nThe origins of Japanese-Chinese territorial dispute : using historical records to study the Diaoyu/Senkaku Islands issue by Tadayoshi Murata( Book )\n"Most books on the Diaoyu/Senkaku Islands dispute between China and Japan are authored by either Chinese who argue that the islands belong to China or by Japanese who contend that the islands are rightfully Japan's. This book is the first of its kind - by a Japanese who supports China's claim. Written by one of the foremost historians on Sino-Japanese relations, Tadayoshi Murata, Professor Emeritus from Japan's Yokohama National University, delves into the Japanese archives and uncovers evidence that shows Japan's ownership of the disputed islands is historically untenable. Given the current impasse surrounding the islands, Professor Murata suggests, as a way out, the two-sides jointly manage the disputed territories based on mutual understanding. It is a must-read for those interested in Sino-Japanese relations, especially the history of the disputed islands, and the future of the two countries"--Unedited summary from book cover\nShiryō tettei kenshō Senkaku ryōyū by Tadayoshi Murata( Book )\n2 editions published in 2015 in Japanese and held by 17 WorldCat member libraries worldwide\nNitchū ryōdo mondai no kigen : kōbunsho ga kataru futsugō na shinjitsu by Tadayoshi Murata( Book )\nRi Zhong ling tu zheng duan di qi yuan : cong li shi dang an kan Diaoyudao wen ti = Nitchū ryōdo mondai no kigen : kōbunsho ga kataru futsugō na shinjitsu by Tadayoshi Murata( Book )\nNihongun no kagakusen : Chūgoku senjō ni okeru dokugasu sakusen( Book )\n3 editions published in 1992 in Japanese and held by 9 WorldCat member libraries worldwide\nChaina kuraishisu "Dōran" nisshi by Tadayoshi Murata( Book )\nMao Zedong zhuan, 1893-1949( Book )\n5 editions published between 1999 and 2000 in Japanese and held by 6 WorldCat member libraries worldwide\nBen shu de shi yi ju zhong yang dang an guan bao cun de mao ze dong tong zhi jian guo qian de wen gao, Dian bao, Shu xin, Jiang hua ji lu he ta suo can jia hui yi de da liang ji lu;Tong shi can kao le tong mao ze dong tong zhi you guo zhi jie jie chu de tong zhi de fang wen ji lu, Hui yi lu he dang shi de bao kan zi liao, Bi jiao xiang shi de fan ying le ta yi sheng wei ge ming fen dou de li cheng\nGendai chūgoku chikoku ron : shō kaiseki kara ko kintō made( Book )\nOn the origin of Japan-China territorial issues: an examination of historical evidence on the Diaoyu Islands dispute by Tadayoshi Murata( Book )\nMost books on the Diaoyu/Senkaku Islands dispute between China and Japan are authored by either Chinese who argue that the islands belong to China or by Japanese who contend that the islands are rightfully Japan's. This book is the first of its kind — by a Japanese who supports China's claim or vice versa. Written by one of the foremost historians on Sino–Japanese relations, Tadayoshi Murata, Professor Emeritus from Japan's Yokohama National University, delves into the Japanese archives and uncovers evidence that shows Japan's ownership of the disputed islands is historically untenable. Given the current impasse surrounding the islands, Professor Murata suggests, as a way out, the two sides jointly manage the disputed territories based on mutual understanding\nSenkaku Rettō, Chōgyo shotō mondai o dō miru ka : tamesareru nijūisseiki ni ikiru wareware no eichi by Tadayoshi Murata( Book )\nLi shi de zhen shi by Ke Lin( Book )\nSenkaku rettō chōgyotō mondai o dō miruka : Tamesareru nijūisseiki ni ikiru wareware no eichi by Tadayoshi Murata( Book )\nKa kokuhō seiken seiritsu zen'ya : yoningumi no tōjō kara taijō made( Book )\nChūgoku no "tainichi shinshikō" wa jitsugen dekiru ka : "taichū shinshikō" no susume by Zhaokui Feng( Book )\nShū Futsu-kai nikki by Fohai Zhou( Book )\nRiben qie qu Diaoyu Dao shi mo : shi liao yu kao zheng by Tadayoshi Murata( Book )\nShu kinpei taisei no shinso ni semaru : Oshoku bokumetsu rikonomikusu minamishinakai senkaku ryodo mondai no shin'i ima chugoku de nani ga okotte iru noka( Book )\nMō takutō no shiseikatsu no shinsō : Moto hisho ishi kangofu no shōgen( Book )\nRi zhong ling tu zheng duan de qi yuan : cong li shi dang an kan diao yu dao wen ti by Zhongxi Cuntian( Book )\nBen shu shi tu tong guo dui liu qiu, ri ben he zhong guo wen xian zhong you ji zai de ge ge dao yu jin xing fen lei fen xi, cong er zhao dao xiang guan yuan yin . quan shu nei rong bao kuo liu zhong ri san guo de guan xi, liu qiu 36 dao, dong ya de dong dang yu liu qiu wang guo, cong de chuan dao ming zhi, xi cun she san de 1885 nian, cheng ri qing zhan zheng da sheng tou tou zhan ling deng\nAudience level: 0.76 (from 0.71 for The origin ... to 0.98 for Shu kinpei ...)\nVillarrubia, Evan Translator\nBoundaries Chemical warfare Chemical weapons China Collaborationists Diplomatic relations Heads of state History--Sources International economic relations International law Japan Japan--Ryukyu Islands Mao, Zedong, Pacific Ocean--Senkaku Islands Politics and government Sino-Japanese War (1937-1945) Statesmen Territory, National Tiananmen Square Incident (China : 1989) Zhou, Fohai,\nMurata Tadayoshi historien japonais, spécialiste de la Chine communiste\n무라타 타다요시 1946-\nムラタ, タダヨシ 1946-


url: =2019-03-28 16:32 787条评论 2110人喜欢 2983次阅读 370人点赞\n1 the modified model and simulation about the weapon dsitribution in battle of Berlin\n2 The mathematical model based on the battle of Berlin\n3The Mathematic Model and Analysis about the Lethal Factors in the Valve Replacement Surgery\n4 Variable Smoothing Parameter of the Double Exponent...\n会议文章被EI收录了,请有权限的朋友帮忙查一下EI的检索 告知检索号 啊: 1未查到\nAccession number: 20114014401405 《===EI检索号\nTitle: The mathematical model based on the battle of Berlin\nAuthors: Zhang, Jiuyong1; Xu, Chuanqing2; Gong, Lei1; Yuan, Dehui1\nAuthor affiliation: 1Mathematics Department, Academy of Armed Forces Engineering, Beijing, 100072, China\n2Mathematics Department, Hanshan Normal College, Chaozhou, 521041, China\nAccession number: 20111113739446 《===EI检索号\nTitle: Regression analysisabout risk factor of short-term decease related with heart valvereplacement\nAuthors: Xu, Chuanqing1, 2 ; Deng, Yongxin3 ; Xiao, Wenkai4 ; Yuan, Dehui5\nAuthor affiliation: 1Mathematics Department, Hanshan Normal College, Beijing, 100072, China\n2Mathematics Department, Academy of Armed Forces Engineering, Beijing, 100072, China\n3Armed Forces Engineering, Mathematics Department, Academy of Beijing, 100072, China\n4Chinese PLA General Hospital, Beijing, 100853, China\n5Mathematics Department, Hanshan Normal College, Chaozhou, 521041, China\nAccession number: 20124815721958 《===EI检索号\nTitle: Variable smoothing parameter of the double exponential smoothing forecasting model and itsapplication\nAuthors: Chen, Feiyan1 ; Li, Qian1; Liu, Junhong1; Zhang, Jiuyong1\nAuthor affiliation: 1Institute of Nonlinear Science, Academy of Armored Force Engineering, China\nCorresponding author: Chen, F. (443028467@qq.com)\n《工程索引》出版形式有印刷版（期刊形式）、电子版（磁带）及缩微胶片。EI选用世界上工程技术类几十个国家和地区15个语种的3500余种期刊和1000余种会议录、科技报告、标准、图书等出版物。年报道文献量16万余条。 Ei Compendex是全世界最早的工程文摘来源。Ei Compendex数据库每年新增的50万条文摘索引信息分别来自5100种工程期刊、会议文集和技术报告。Ei Compendex收录的文献涵盖了所有的工程领域，其中大约22%为会议文献，90%的文献语种是英文。 EI中国：Ei公司在1992年开始收录中国期刊。1998年Ei在清华大学图书馆建立了Ei中国镜像站。2009年以前，EI把它收录的论文分为两个档次 。 2 、EI Page One题录 （也称非核心数据）。主要以题录形式报到。有的也带有摘要，但未进行深加工，没有主题词和分类号。所以Page One 带有文摘不一定算做正式进入EI。Ei Compendex数据库从2009年1月起，所收录的中国期刊数据不再分核心数据和非核心数据。\nAccession number: 20160301816120\nTitle: Dynamic changes of bacteria community diversity during thefermentation of pickled Ma bamboo shoots\nAuthors: Xia, Xuejuan1, 2; Li, Guannan3; Ye, Xiujuan1, 2; Kan, Jianquan1, 2; Zheng, Jiong1, 2\nAuthor affiliation: 1 College of Food Science, SouthwestUniversity, Chongqing, China\n2 Chongqing Engineering Research Center of RegionalFood, Chongqing, China\n3 College of Biotechnology, SouthwestUniversity, Chongqing, China\nSource title: Journal of ChineseInstitute of Food Science and Technology\nAbbreviated source title: J. Chin. Inst. FoodSci. Technol.\nPublisher: Chinese Institute of FoodScience and Technology\nAbstract: The dynamic changes of bacteria community diversity anddominant bacteria in pickled Ma bamboo shoots with6% salt concentration were studied by the PCR-DGGE technology.After the DNA extraction, the nested PCR,double DGGE gel electrophoresis, gel extraction, DNA sequencing and sequencealignment, 4 clear and bright bands were separated and identified, including theAerococcusviridans, Lactococcus sp., Weissella cibaria, Weissella sp., Methy-lophaga sp.,Alkalibacterium sp., Uncultured bacterium, Lactococcus sp., Lactococcus lactis,Anoxybacillus sp. and Bacillus sp. The dominant bacteria in the earlierthree days of fermentationare Aerococcus viridans,which changed to Weissella cibaria and Lactococcus lactis in the laterperiod. © 2015, Chinese Institute ofFood Science and Technology.All right reserved.\nMain heading: Polymerase chain reaction\nControlled terms: Bacilli - Bacteria - Bacteriology - Bamboo - DNA sequences - Electrophoresis - Extraction - Fermentation - Gene encoding - Identification (control systems)\nUncontrolled terms: Bacteria community - Dendrocalamus latiflorus - Diversity - Gel electrophoresis - Lactococcus lactis - Polymerase chain reaction-denaturing gradient gelelectrophoreses (PCR-DGGE) - Salt concentration - Sequence alignments\nClassification code: 461.2 Biological Materials and TissueEngineering - 461.9 Biology - 731.1 Control Systems - 801 Chemistry - 802.3 Chemical Operations - 811.1 Pulp and Paper\nCompilationand indexing terms, © 2016 Elsevier Inc.\nCHINA SERIES A-MATHEMATICS《中国科学A辑》（英文版）\nCHINA SERIES B-CHEMISTRY《中国科学B辑》（英文版）\nCHINA SERIES C-LIFE SCIENCES《中国科学C辑》（英文版）\nCHINA SERIES D-EARTH SCIENCES《中国科学D辑》（英文版）\nCHINA SERIES E-TECHNOLOGICAL SCIENCES《中国科学E辑》（英文版）\nCHINA SERIES F-INFORMATION SCIENCES《中国科学F辑》（英文版）\nCHINA SERIES G-PHYSICS MECHANICS & ASTRONOMY《中国科学G辑》（英文版）\n这些是现在国内被 SCI、EI、ISTP 收录的《中国科学》，但不知道楼主中文版的有没有收录哦\nEI检索号求助 发表在Energy Procedia: 恭喜！论文已被EI核心库收录。信息如下：\nAccession number: 20121214882282\nTitle: On application of smart AVC (S10) to Luzhou power grid\nAuthors: Ding, Xiaoqun1 ; Luo, Shanshan1 ; Zhao, Pu2\nSource title: Energy Procedia\nAbbreviated source title: Energy Procedia\nMonograph title: 2011 2nd International Conference on Advances in Energy Engineering, ICAEE 2011\nConference name: 2011 2nd International Conference on Advances in Energy Engineering, ICAEE 2011\nMain heading: Electric power distribution\nAccession number: 20150200409196\nTitle: Review on the biodegradation and conversion mechanisms of typical polycyclic aromatic hydrocarbons\nAuthors: Jiang, Yan1 ; Yang, Ying1; Zhang, Xianming1\nAuthor affiliation: 1 Engineering Research Center for Waste Oil Recovery Technology and Equipment of Ministry of Education, Chongqing Technology and Business University, Chongqing , China\nCorresponding author: Jiang, Yan\nSource title: Shiyou Xuebao, Shiyou Jiagong/Acta Petrolei Sinica (Petroleum Processing Section)\nAbbreviated source title: Shiyou Xuebao Shiyou Jiagong\nIssue date: December 25, 2014\nAbstract: Polycyclic aromatic hydrocarbons(PAHs), a class of crucially persistent pollutants with two or more fused benzene rings, have attracted growing concern due to their carcinogenic, teratogenic and mutagenic effects. The biodegradation progress of typical PAHs with different molecular masses by microorganisms including bacteria, fungi and algae isolated from contaminated soil or sediments is reviewed. The biotransformation mechanisms, key enzymes and metabolic pathways of four representative pollutants of naphthalene, anthracene, phenanthrene and benzo[a]pyrene were discussed. Still, the crucial impacting factors, such as bioavailability of PAHs, microbial activity and environmental factors, to increase biodegradation rate are introduced. Finally, it is advanced that studies on a high-effective microbial consortium and synergetic degradation will be considered as the important means aiming at the diversity of PAHs in the environment, which can effectively avoid the contingency and randomness in the development of PAH-degrading microbes as main direction, and is niche targeting and effective to improve the utilization of available resources.\nMain heading: Polycyclic aromatic hydrocarbons\nControlled terms: Anthracene - Aromatic compounds - Aromatic hydrocarbons - Bacteria - Biochemistry - Biodegradation - Degradation - Hydrocarbons - Metabolism -Microbiology - Microorganisms - Naphthalene - Pollution - Soil pollution\nUncontrolled terms: Co metabolisms - Degradation mechanism - High-efficiency - Impacting factor - PAHs\nClassification code: 454.2 Environmental Impact and Protection - 801.2 Biochemistry - 802.2 Chemical Reactions - 804.1 Organic Compounds\nCompilation and indexing terms, © 2016 Elsevier Inc.\n热门标签: ei检索号怎么查询 ei检索号怎么查询\n2019-02-28 04:06 988条评论 2442人喜欢 1849次阅读 721人点赞\n2019-02-05 19:45 998条评论 2724人喜欢 3396次阅读 866人点赞\nipad4 ipad air 哪个好\n2019-03-31 09:03 918条评论 2539人喜欢 5759次阅读 596人点赞\n跨界歌王薛之谦对刘涛唱的什么歌: 幸福梦 - 张碧晨词：罗宝文曲：伍仲衡上半生一直在等真情我的心从没渴望奇迹直到偶然遇上你突然闯进我世界茫茫人海只为沿途和你能相遇我把四季用来爱你一切悲喜都是因为你相隔一天如三秋相爱余生还未够海枯石烂不离不弃到永久我把...\n2021-02-21 12:20 738条评论 1654人喜欢 2178次阅读 897人点赞\noppox9007运行内存不足怎么办?: 你好，建议您可以尝试清理缓存试一下哦。将手机关机之后，同时按住音量下键和开机键不放（8-10秒），一直到进入recovery工程模式，然后选择清除缓存并确定。(开机键是确定，音量键是上下选择)。 还有就是OPP...\n2020-10-11 03:47 978条评论 3343人喜欢 2411次阅读 954人点赞\n邓伦跨界歌王是哪一期 唱的什么歌踢馆成功了吗: 邓伦跨界歌王是《跨界歌王》（第二季）第九期。《跨界歌王》第九期是半决赛前的最后一场竞演。这场“突围之战”中，有在此前竞演中的“幸存”歌手，还有新加入“搅乱”战局的四位补位歌手——周冬雨、邓伦、陈丽娜和练练。邓伦演唱《...\n2020-11-04 07:56 810条评论 5550人喜欢 4879次阅读 522人点赞


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url: =The Research Progress of Mode and Benefit Distribution of Rural Residential Land Consolidation--《Chinese Agricultural Science Bulletin》2013年32期\n《Chinese Agricultural Science Bulletin》 2013-32\nThe Research Progress of Mode and Benefit Distribution of Rural Residential Land Consolidation\nWang Chunzhi;Zhang Yuansuo;Zhang Zhang;Department of Geography and Planning, Ludong University;College of Applied Arts and Science of Beijing Union University;School of Agricultural Economics and Rural Development, Renmin University of China;\nCombing through the research literatures on rural residential land consolidation, the paper found many research in this field. Foreign rural residential land consolidation mode has the concept and institutional features of reflecting overall diversification, putting emphasis on the distribution of benefits, focusing on ecological landscaping which also laid the foundation for its specific distribution of benefits. In China, the studies are focused on the issue of rural residential land consolidation concept and connotation, pattern classification, the driving force, effective evaluation and are relatively weak in the global characteristics of the various types of consolidation modes, especially deficiencies in relation to this. For the distribution of interests of the various stakeholders in the rural residential land consolidation, fresh bud literatures take it as an object of study. Put forward to explore reasonable rural residential land consolidation mode and effectively protect the interests of stakeholders will be an important part of the follow-up study.\n1 Fu Qilai;Chen Bingpu;Zhang Wenbin;Chen Zhuo;College of Economics and Management,Gansu Agricultural University;School of Finance Taxation and Public Administration,Lanzhou University of Finance and Economics;Xinyang city in Henan Province Minggang Taxation Bureau;;Study on Farmland Development Rights and Value-added Income Distribution——A Case Study of Industrial Park of Wuwei in Gansu[J];Chinese Agricultural Science Bulletin;2014-23\n2 Duan Baoling;Ma Zhenxing;Bu Yushan;College of Forestry,Shanxi Agricultural University;College of Urban and Environmental Science, Tianjin Normal University;;A Study on Economic Restrictive Correction of Potential Consolidation of Rural Residential Area Transforming to Cultivated Land[J];Chinese Agricultural Science Bulletin;2014-32\n1 HU Xiao-fei et al (College of Forestry,Central South Forestry and Technology University,Changsha,Hunan 410004);Game Analysis of Countryside Residential Consolidation Participants[J];Journal of Anhui Agricultural Sciences;2010-24\n3 QIU Ji-qin and colleagues;Connective quotas of market allocation in urban-rural construction land[J];Urban Problems;2010-07\n4 DENG Feng;Externality and transfer of development right in urban-rural land use[J];Urban Problems;2010-12\n5 CHEN Zhe and colleagues;Influence on urban land use brought by governmental behavior[J];Urban Problems;2010-12\n6 ZHANG Yanyu1,2, LIU Yansui1, WANG Yeqiao1 (1. Institute of Geographic Sciences and Natural Resources Research, CAS, Beijing 100101, China; 2. Graduate University of Chinese Academy of Sciences, Beijing 100049, China);Optimal Models and Approaches for Village Renovation Based on Urban-rural Harmonious Development: A Case Study of Sanya City[J];Progress in Geography;2009-06\n7 LONG Hualou1, 2 (1. Institute of Geographic Sciences and Natural Resources Research, CAS, Beijing 100101, China; 2. Land Consolidation and Rehabilitation Center, the Ministry of Land and Resources, Beijing 100035, China);Rural Housing Land Transition in China:Theory and Verification[J];Acta Geographica Sinica;2006-10\n8 YANG Qing yuan 1,2 , TIAN Yong zhong 1 ,WANG Chao ke 3 ,ZHOU Tao 2 , LIU Xiao fei 2 (1 Land Management Department of Renmin University of China, Beijing 100872, China;2 The School of Resources and Environment Science, Southwest China Normal University, Chongqing 400715, China; 3 Economics Department of Guizhou University, Guiyang 550025, China);On the land use characteristics and the land consolidation models of rural residential area of the hilly and mountainous regions in Southwest China:a case of Chongqing[J];Geographical Research;2004-04\n9 ZHANG Zheng-feng (Land Management Department,Renmin University of China,Beijing 100872,China);Connotation and Classification of Land Consolidation Pattern in China[J];Areal Research and Development;2007-04\n10 Zhang Jun 1,Chen Hanyun 2,Yang Zhiwei 2 (1. School of Economy and Management Engineering ,Beijing University of Civil Engineering and Architecture ,Beijing 100044; 2. Department of Building and Real Estate ,the Hong Kong polytechnic university ,Hong Kong ,China);International Comparison of Land Development Rights' Transfer[J];Reformation & Strategy;2008-01\n2 XiaoMin (LinFen vocational and technical college,ShanXi LinFen,041000);Study on Land Readjustment in Rural Residential area[J];Anhui Agricultural Science Bulletin;2007-02\n3 LangHairu(Nanjing Agricultural University,Nanjing 210095,China);Analysis of Land Ownership Problems of Rural Residential Land Consolidation and Measures[J];Anhui Agricultural Science Bulletin;2010-15\n5 LIU Xue et al (School of Geographical Sciences,Southwest China University,Chongqing 400715);Research on the Rural Settlement Distribution and Land Arrangement[J];Journal of Anhui Agricultural Sciences;2006-12\n6 MA Ying et al(College of Economy and Management,Xinjiang Agricultural University,Wulumoqi,Xinjiang 830052);Analysis of the Potential of the Rural Land Use for Farmers' Settlement in Yanqi County[J];Journal of Anhui Agricultural Sciences;2007-03\n7 LUO Jia-ming (School of Finance and Economics,Foshan,Guangdong 528000);Review on Rural Residential Land Readjustment in China[J];Journal of Anhui Agricultural Sciences;2007-07\n8 MAI Xiao-sen et al(School of Geographical Science,Southwest University,Chongqing 400715);Study on Pothook of City Construction Land Increase and Rural Residential Land Decrease[J];Journal of Anhui Agricultural Sciences;2007-08\n9 PENG Gang(College of Resources and Environment,Hunan Normal University,Changsha,Hunan 410081);Study on the Evaluation Method of Rural Residential Land Readjustment Potential Based on Fuzzy Mathematics[J];Journal of Anhui Agricultural Sciences;2007-31\n10 YANG Li et al ( College of Resource and Environment, Central South University of Forestry and Technology, Changsha, Hunan 410004);Analysis on Potentiality of Intensified Land Use of Zixing City[J];Journal of Anhui Agricultural Sciences;2008-02\n1 WANG Qing-hua,DONG Yan-xiang,SONG Ming-yi,Liu Jun-bao,HUANG Chun-lei (Zhejiang Institute of Geological Survey,Zhejiang Hangzhou 311203,China);Study on Land Quality Evaluation and Integration Methods[A];[C];2011\n2 YANG Zhao-xia (School of Civil, Commercial and Economic Law, China University of Political science and Law, Beijing 100088);On the Localization of Animal Welfare Legislation——in the View of the legalization of morals to Animals[A];[C];2008\n3 Zhigang,Wang, Land Resources and Urban Planning bureau, Luoyang.;Discuses on Heluo Loess Hills Area Land Re-arrangement and its eco-environment impact[A];[C];2002\n4 Zhigang,Wang, Land Resources and Urban Planning bureau, Luoyang.;Discuses on Heluo Loess Hills Area Land Re-arrangement and its eco-environment impact[A];[C];2002\n5 Majia (College of Land Management, Huazhong Agricultural University, Wuhan 430070, China);The Optimal Value Estimate of Rural Residential Land Based on Intensive Use[A];[C];2007\n6 Jiang Guang-hui1, Kong Xiang-bin2, Zhang Feng-rong2 (1. College of Resources Science and Technology, Beijing Normal University , Beijing 100875 ,China ;) (2. Department of Land Resources Management ,China Agricultural University , Beijing 100094 ,China ;);The Compensation Mechanism of Cultivated Land Protection[A];[C];2008\n7 GAO Xiao-hui,MEI Yun ( College of Land Management, Huazhong Agricultural University,Wuhan 430070, China);A Ssudy on the Protection of Cultivated Land in Economically Developed Areas——Take Beijing City as An Example[A];[C];2008\n8 ZHONG Fei (College of Resources and Environment, Southwest University, Chongqing 400715, China);The Farmland Potential Calculation in the Land Consolidation of Rural Habitat in Hilly and Mountainous Region——A case study of Fengdu County[A];[C];2009\n9 LI Wen-mei CHEN Song-lin (College of Geographical Sciences, Fujian Normal University, Fuzhou 350007);Research on utilization of homestead in Liancheng County[A];[C];2007\n10 YU Zhi ping;Research on Land Recovery Potence in Chengqu District of Jincheng City in Shanxi Province[A];[C];2004\n1 LIU Wen-bo(College of Public Administration,Nanjing Agricultural University,Nanjing,Jiangsu 210095);Study Status of Land Development Rights in China[J];Journal of Anhui Agricultural Sciences;2009-19\n2 FAN Hui, DONG Jie (College of Land Management, Huazhong Agricultural University, Wuhan, 430070, China);Property Rights Economic Analysis of Increase in and Distribution of Land Value in Land Requisition[J];Scientific and Technological Management of Land and Resources;2006-03\n3 FAN Hui(Department of Urban and Resources Science,Xinyan Normal University,Xinyan 464000,China);A Review of Basic Issues of Farmland Development Rights[J];Scientific and Technological Management of Land and Resources;2008-03\n4 QIAN An-an (College of Public Administration, Nanjing Agricultural University, Nanjing 210095, China);Research on Instauration and Subdivision of Farmland Development Right[J];Guangdong Land Science;2008-01\n5 HE Juanjuan,SHI Peiji,GAO Xiaochen,ZHENG Hui (College of Geographic & Environmental Science,Northwest Normal University,Lanzhou 730070,P.R.China);Factors influencing the desire for rural residential land arrangement——A case of Ganzhou District[J];Journal of Arid Land Resources and Environment;2013-10\n6 ZHANG Zheng-feng1,ZHAO Wei2(1.Land Management Department,Renmin University of China,Beijing 100872,China;2.Institute of Agriculture Information,CAAS,Beijing 100081,China);CONNOTATION AND EVALUATING INDICATOR SYSTEM OF RURAL RESIDENTIAL LAND CONSOLIDATION POTENTIALITY[J];Economic Geography;2007-01\n7 SONG Wei1,CHEN Bai-ming1,JIANG Guang-hui2(1.Institute of Geographic Sciences and Natural Resources Research,CAS,Beijing 100101,China;2.College of Resources Science and Technology,Beijing Normal University,Beijing 100875,China);RESEARCH ON LAND CONSOLIDATION POTENTIAL OF RURAL HABITAT IN CHINA:REVIEW AND PREVIEW[J];Economic Geography;2010-11\n8 XU Quanyong(Economic Research Center of Pudong Party Institute,Shanghai 200135,China);Theory of Foreign Key Settlement and Restructuring of Key Settlement in China[J];Research of Agricultural Modernization;2005-01\n9 Jiang Guanghui1,Zhang Fengrong1,Chen Junwei2,Duan Zengqiang1,Su Ziyou1(1.Department of Land Resources Management,China Agricultural University,Beijing 100094,China;2.Bureau of Land Resource Management of Linyi City,Linyi 276000,China);Analysis of the driving forces of change of rural residential areas in Beijing mountainous areas based on Logistic regression model[J];Transactions of the Chinese Society of Agricultural Engineering;2007-05\n10 Chen Rongqing1 2, Zhang Fengrong1, Meng Yuan1, Guo Lina1 (1. Department of Land Resources Management, China Agricultural University, Beijing 100193, China; 2. Department of Land Resources Management and Planning, East China Institute of Technology, Fuzhou 344000, China);Estimation of realistic potential of land consolidation in rural residential areas[J];Transactions of the Chinese Society of Agricultural Engineering;2009-04\n3 HU Rong QIU Dao-chi;The situation and countermeasures of the protection of cultivated land resources in China[J];Urban Problems;2008-12\n4 CHENG Jialong;Research of the Reconstruction Mode of Villages Inside the City in the Special Economic Zone of Shenzhen[J];Urban Planning Forum;2003-03\n5 LONG Hua-lou(Land Consolidation and Rehabilitation Center, Ministry of Land and Resources, Beijing 100035, China);Land Use Transition: A New Integrated Approach of Land Use/Cover Change Study[J];Geography and Territorial Research;2003-01\n6 WANG Yun cai, GUO Huan cheng (Institute of Geography, CAS, Beijing 100101);The Discussion of Motive Forces and Measures to Sustainable Rural Economics of Western Plain of Shandong Province——A Typical Case Study of Dongchangfu County[J];PROGRESS IN GEOGRAPHY;2000-02\n8 YANG Xiao guang, FAN Jie, ZHANG Wen zhong (Institute of Geographical Sciences and Natural Resources Research,CAS, Beijing 100101 China);Studies on Developmental Mode of Rural Industry in Three Gorges Reservoir Area[J];Progress In Geography;2002-03\n9 ZHONG Saixiang (1. School Resources and Environmental Science, Wuhan 430072, China; 2. Institute of Geographical Sciences and Natural Resources Research, CAS, Beijing 100101, China);The Analysis of New Rural Contraction Based on Our Country's Rural Economic Reforms and the Income growth-rate Changes of Rural Household[J];Progress in Geography;2007-03\n10 CAO Zijian1,ZHANG Fengrong1,JIANG Guanghui2,MENG Fanying1,JIN Mingli1(1.Dept.of Land Resources and Management,China Agricultural University,Beijing 100094; 2.Collage of Resource,Beijing Normal University,Beijing 100875);Analyzing Land Use Structure Difference of Rural Residential Areas in Different Regions of Pinggu District of Beijing[J];Progress in Geography;2008-02


url: =La trilogía de películas WAVE!! Surfing Yappe!! tendrá versión televisiva - Tallon4\nLa trilogía de películas WAVE!! Surfing Yappe!! contará con una versión televisiva llamada «complete edition» que se estrenará el 11 de enero de 2021.\nEl site oficial del proyecto WAVE!! Surfing Yappe!! ha revelado que la trilogía de películas se adaptará a serie de televisión en una «complete edition» que se estrenará en TV Tokyo el 11 de enero de 2021. Los ocho protagonistas se encargarán de interpretar el opening Shigeki Surfer Boy y el ending One More Chance, One Ocean. La primera parte de WAVE!! Surfing Yappe!! se estrenó en Japón el 2 de octubre, la segunda llegó el día 16 de ese mes y la tercera y última vio la luz el 30 de octubre.\n22879 / 22965


url: =Friendship clothing Shopping Mall (Shanghai, China): Address, Phone Number - Tripadvisor\nRamada Hotels in ShanghaiVatica Hotels in ShanghaiDays Inns in ShanghaiGreenTree Inns in ShanghaiMotel 168 Hotels in ShanghaiHanting Hotels in ShanghaiGreenTree Alliance Hotels in ShanghaiJW Marriott Hotels in Shanghaiibis Hotels in ShanghaiThe Leading Hotels Of The World in ShanghaiShangri-La Hotels in ShanghaiPod Inns in ShanghaiJi Hotels in ShanghaiCampanile Hotels in ShanghaiJingchang Hotels in Shanghai\nMeilong HotelsLuodian HotelsQingpu HotelsCaolu HotelsSanlin HotelsPujiang HotelsQibao HotelsChenghuang Miao (Yuyuan Garden) Hotels\nAll things to do in ShanghaiCommonly Searched For in ShanghaiShopping in ShanghaiPopular Shanghai CategoriesPopular NeighborhoodsThings to do near Friendship clothing Shopping MallAdmission Tickets\nShanghai International Glasses MallInterContinental Shanghai Jing'An Spaisland6 Arts CenterMoganshan Road1918 YiShu KongJianTravel China GuideM50 Creative ParkJade Buddha TempleDark Room ShanghaiM Art CenterStudio RougeHan Tang Tour ShanghaiChina Travel ShanghaiShopping Tours Shanghai-Day TourShanghai Lander-Day Tour\nFriendship clothing Shopping Mall\nFriendship clothing Shopping Mall, Shanghai\n#1,306 of 1,362 things to do in Shanghai\nShanghai Railway Station • 6 min walk\n4,779 within 3 miles\n0.3 mi$$$$ • Chinese • Asian • Beijing Specialties\n0.2 mi$$$$ • Chinese • Asian\n492 ft$$$$ • Chinese • Asian • Diner\nWo Ge Si (Huan Zhi GuoJi Mansion)\nSaizeriya TianMu West Road\n492 ft$$$$ • Japanese • Seafood • Sushi\n0.2 mi$$ - $$$ • American • Cafe • Fusion\n1918 YiShu KongJian\n0.6 miCivic Centres • Art Museums\nFrequently Asked Questions about Friendship clothing Shopping Mall\nWhat hotels are near Friendship clothing Shopping Mall?\nHotels near Friendship clothing Shopping Mall:\n(0.10 mi) Holiday Inn Shanghai Downtown\n(0.05 mi) Golden Riverview Hotel\n(0.18 mi) InterContinental Shanghai Jing'An\n(0.09 mi) Far East Hotel\n(0.07 mi) Leonora Hotel\nView all hotels near Friendship clothing Shopping Mall on Tripadvisor\nWhat restaurants are near Friendship clothing Shopping Mall?\nRestaurants near Friendship clothing Shopping Mall:\n(0.09 mi) Tianshuge Szechuan Restaurant\n(0.09 mi) Koi Japanese Restaurant\n(0.09 mi) Yong Ji Restaurant (HengFeng)\n(0.09 mi) SiHai YouLong (Railway Station)\n(0.06 mi) Xi Jia HuaYuan (ZhaBei)\nView all restaurants near Friendship clothing Shopping Mall on Tripadvisor


url: =Environment | Oceans | Southeast | Tourism | Wildlife\nDecember 3, 2019 by Jacob Resneck, CoastAlaska\nThe Holland America Line cruise ship Noordam enters Glacier Bay National Park on July 16, 2019. (Photo by Jacob Resneck/CoastAlaska)\nCruise ship passengers on the forward observation deck of the Noordam vie for the best look at glaciers and whales. (Photo by Jacob Resneck/Coast Alaska)


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url: =Computational Intelligence: IEEE Transactions on Neural Networks and Learning Systems, Volume 29, Issue 5, May 2018\nIEEE Transactions on Neural Networks and Learning Systems, Volume 29, Issue 5, May 2018\n1. Logistic Localized Modeling of the Sample Space for Feature Selection and Classification\nAuthor(s): Narges Armanfard; James P. Reilly; Majid Komeili\nPages: 1396 - 1413\n2. Manifold Warp Segmentation of Human Action\nAuthor(s): Shenglan Liu; Lin Feng; Yang Liu; Hong Qiao; Jun Wu; Wei Wang\nPages: 1414 - 1426\n3. Computational Model Based on Neural Network of Visual Cortex for Human Action Recognition\nAuthor(s): Haihua Liu; Na Shu; Qiling Tang; Wensheng Zhang\nPages: 1427 - 1440\n4. DeepX: Deep Learning Accelerator for Restricted Boltzmann Machine Artificial Neural Networks\nAuthor(s): Lok-Won Kim\n5. Preconditioned Stochastic Gradient Descent\nAuthor(s): Xi-Lin Li\nPages: 1454 - 1466\n6. Global H_infty Pinning Synchronization of Complex Networks With Sampled-Data Communications\nAuthor(s): Zhaowen Xu; Peng Shi; Hongye Su; Zheng-Guang Wu; Tingwen Huang\nPages: 1467 - 1476\n7. Robust Finite-Time Stabilization of Fractional-Order Neural Networks With Discontinuous and Continuous Activation Functions Under Uncertainty\nAuthor(s): Zhixia Ding; Zhigang Zeng; Leimin Wang\nPages: 1477 - 1490\n8. Stability Analysis and Application for Delayed Neural Networks Driven by Fractional Brownian Noise\nAuthor(s): Wuneng Zhou; Xianghui Zhou; Jun Yang; Jun Zhou; Dongbing Tong\n9. Discriminative Sparse Neighbor Approximation for Imbalanced Learning\nAuthor(s): Chen Huang; Chen Change Loy; Xiaoou Tang\nPages: 1503 - 1513\n10. Data-Driven Multiagent Systems Consensus Tracking Using Model Free Adaptive Control\nAuthor(s): Xuhui Bu; Zhongsheng Hou; Hongwei Zhang\n11. Reinforced Robust Principal Component Pursuit\nAuthor(s): Pratik Prabhanjan Brahma; Yiyuan She; Shijie Li; Jiade Li; Dapeng Wu\nPages: 1525 - 1538\n12. Adaptive Boundary Iterative Learning Control for an Euler–Bernoulli Beam System With Input Constraint\nAuthor(s): Wei He; Tingting Meng; Deqing Huang; Xuefang Li\nPages: 1539 - 1549\n13. Synchronization of Coupled Reaction–Diffusion Neural Networks With Directed Topology via an Adaptive Approach\nAuthor(s): Hao Zhang; Yin Sheng; Zhigang Zeng\nPages: 1550 - 1561\n14. Solving Multiextremal Problems by Using Recurrent Neural Networks\nAuthor(s): Alaeddin Malek; Najmeh Hosseinipour-Mahani\nPages: 1562 - 1574\n15. Multitarget Sparse Latent Regression\nAuthor(s): Xiantong Zhen; Mengyang Yu; Feng Zheng; Ilanit Ben Nachum; Mousumi Bhaduri; David Laidley; Shuo Li\n16. Convolution in Convolution for Network in Network\nAuthor(s): Yanwei Pang; Manli Sun; Xiaoheng Jiang; Xuelong Li\nPages: 1587 - 1597\n17. Application of LMS-Based NN Structure for Power Quality Enhancement in a Distribution Network Under Abnormal Conditions\nAuthor(s): Rahul Kumar Agarwal; Ikhlaq Hussain; Bhim Singh\nPages: 1598 - 1607\n18. A Confident Information First Principle for Parameter Reduction and Model Selection of Boltzmann Machines\nAuthor(s): Xiaozhao Zhao; Yuexian Hou; Dawei Song; Wenjie Li\n19. AnRAD: A Neuromorphic Anomaly Detection Framework for Massive Concurrent Data Streams\nAuthor(s): Qiuwen Chen; Ryan Luley; Qing Wu; Morgan Bishop; Richard W. Linderman; Qinru Qiu\nPages: 1622 - 1636\n20. Dynamic Uncertain Causality Graph for Knowledge Representation and Reasoning: Utilization of Statistical Data and Domain Knowledge in Complex Cases\nAuthor(s): Qin Zhang; Quanying Yao\nPages: 1637 - 1651\n21. Recurrent Neural Networks With Auxiliary Memory Units\nAuthor(s): Jianyong Wang; Lei Zhang; Quan Guo; Zhang Yi\nPages: 1652 - 1661\n22. Random Forest Classifier for Zero-Shot Learning Based on Relative Attribute\nAuthor(s): Yuhu Cheng; Xue Qiao; Xuesong Wang; Qiang Yu\nPages: 1662 - 1674\n23. Improving Crowdsourced Label Quality Using Noise Correction\nAuthor(s): Jing Zhang; Victor S. Sheng; Tao Li; Xindong Wu\nPages: 1675 - 1688\n24. Hyperbolic Gradient Operator and Hyperbolic Back-Propagation Learning Algorithms\nAuthor(s): Tohru Nitta; Yasuaki Kuroe\nPages: 1689 - 1702\n25. Autonomous Data Collection Using a Self-Organizing Map\nAuthor(s): Jan Faigl; Geoffrey A. Hollinger\nPages: 1703 - 1715\n26. A Preference-Based Multiobjective Evolutionary Approach for Sparse Optimization\nAuthor(s): Hui Li; Qingfu Zhang; Jingda Deng; Zong-Ben Xu\n27. Asynchronous State Estimation for Discrete-Time Switched Complex Networks With Communication Constraints\nAuthor(s): Dan Zhang; Qing-Guo Wang; Dipti Srinivasan; Hongyi Li; Li Yu\nPages: 1732 - 1746\n28. Cluster Synchronization for Interacting Clusters of Nonidentical Nodes via Intermittent Pinning Control\nAuthor(s): Yu Kang; Jiahu Qin; Qichao Ma; Huijun Gao; Wei Xing Zheng\nPages: 1747 - 1759\n29. SCE: A Manifold Regularized Set-Covering Method for Data Partitioning\nPages: 1760 - 1773\n30. Efficient kNN Classification With Different Numbers of Nearest Neighbors\nAuthor(s): Shichao Zhang; Xuelong Li; Ming Zong; Xiaofeng Zhu; Ruili Wang\nPages: 1774 - 1785\n31. Manifold Regularized Correlation Object Tracking\nAuthor(s): Hongwei Hu; Bo Ma; Jianbing Shen; Ling Shao\nPages: 1786 - 1795\n32. Bioinspired Approach to Modeling Retinal Ganglion Cells Using System Identification Techniques\nAuthor(s): Philip J. Vance; Gautham P. Das; Dermot Kerr; Sonya A. Coleman; T. Martin McGinnity; Tim Gollisch; Jian K. Liu\nPages: 1796 - 1808\n33. Synchronization Criteria for Discontinuous Neural Networks With Mixed Delays via Functional Differential Inclusions\nAuthor(s): Dongshu Wang; Lihong Huang; Longkun Tang\nPages: 1809 - 1821\n34. New Conditions for Global Asymptotic Stability of Memristor Neural Networks\nAuthor(s): Mauro Di Marco; Mauro Forti; Luca Pancioni\nPages: 1822 - 1834\n35. Doubly Nonparametric Sparse Nonnegative Matrix Factorization Based on Dependent Indian Buffet Processes\nAuthor(s): Junyu Xuan; Jie Lu; Guangquan Zhang; Richard Yi Da Xu; Xiangfeng Luo\nPages: 1835 - 1849\n36. Event-Sampled Direct Adaptive NN Output- and State-Feedback Control of Uncertain Strict-Feedback System\nAuthor(s): Nathan Szanto; Vignesh Narayanan; Sarangapani Jagannathan\nPages: 1850 - 1863\n37. Modeling and Analysis of Beta Oscillations in the Basal Ganglia\nAuthor(s): Chen Liu; Jiang Wang; Huiyan Li; Chris Fietkiewicz; Kenneth A. Loparo\nPages: 1864 - 1875\n38. Safe Screening Rules for Accelerating Twin Support Vector Machine Classification\nAuthor(s): Xianli Pan; Zhiji Yang; Yitian Xu; Laisheng Wang\nPages: 1876 - 1887\n39. Dissipativity-Based Resilient Filtering of Periodic Markovian Jump Neural Networks With Quantized Measurements\nAuthor(s): Renquan Lu; Jie Tao; Peng Shi; Hongye Su; Zheng-Guang Wu; Yong Xu\nPages: 1888 - 1899\n40. Singularities of Three-Layered Complex-Valued Neural Networks With Split Activation Function\n41. A Novel Recurrent Neural Network for Manipulator Control With Improved Noise Tolerance\nAuthor(s): Shuai Li; Huanqing Wang; Muhammad Usman Rafique\nPages: 1908 - 1918\n42. Sensitivity Analysis for Probabilistic Neural Network Structure Reduction\nAuthor(s): Piotr A. Kowalski; Maciej Kusy\nPages: 1919 - 1932\n43. Observer-Based Robust Coordinated Control of Multiagent Systems With Input Saturation\nAuthor(s): Xiaoling Wang; Housheng Su; Michael Z. Q. Chen; Xiaofan Wang\nPages: 1933 - 1946\n44. Robust Structured Nonnegative Matrix Factorization for Image Representation\nAuthor(s): Zechao Li; Jinhui Tang; Xiaofei He\nPages: 1947 - 1960\n45. Extended Polynomial Growth Transforms for Design and Training of Generalized Support Vector Machines\nAuthor(s): Ahana Gangopadhyay; Oindrila Chatterjee; Shantanu Chakrabartty\nPages: 1961 - 1974\n46. On Better Exploring and Exploiting Task Relationships in Multitask Learning: Joint Model and Feature Learning\nAuthor(s): Ya Li; Xinmei Tian; Tongliang Liu; Dacheng Tao\nPages: 1975 - 1985\n47. Robust Multiview Data Analysis Through Collective Low-Rank Subspace\nPages: 1986 - 1997\n48. Tensor-Factorized Neural Networks\nAuthor(s): Jen-Tzung Chien; Yi-Ting Bao\nPages: 1998 - 2011\n49. A Novel Pruning Algorithm for Smoothing Feedforward Neural Networks Based on Group Lasso Method\nAuthor(s): Jian Wang; Chen Xu; Xifeng Yang; Jacek M. Zurada\nPages: 2012 - 2024\n50. Classification With Truncated L1 Distance Kernel\nAuthor(s): Xiaolin Huang; Johan A. K. Suykens; Shuning Wang; Joachim Hornegger; Andreas Maier\n51. Policy Iteration Algorithm for Optimal Control of Stochastic Logical Dynamical Systems\nAuthor(s) Yuhu Wu; Tielong Shen\nPages: 2031 - 2036\nPosted by Mike Watts at 10:55 AM


url: =Courtyard by Marriott Hangzhou Qianjiang $145. Hangzhou Hotel Deals & Reviews - KAYAK\n+86 571 8837 8888\nAbout Courtyard by Marriott Hangzhou Qianjiang\nLocated in Jianggan, this hotel is 1 mi (1.5 km) from Hangzhou Grand Theatre and 2.9 mi (4.7 km) from West Lake. MIXC Mall and Chongyi Church are also within 3 miles (5 km). Jinjiang Station is 18 minutes by foot and Wujiang Road Station is 27 minutes.\nPhotos of Courtyard by Marriott Hangzhou Qianjiang\nCourtyard by Marriott Hangzhou Qianjiang has implemented the following measures:\nRooms available at Courtyard by Marriott Hangzhou Qianjiang\nAmenities at Courtyard by Marriott Hangzhou Qianjiang\nReviews of Courtyard by Marriott Hangzhou Qianjiang\nHangzhou China Silk Town4.5 km\nWestlake Culture Plaza5.7 km\nWulin Square5.7 km\nHangzhou Opera5.7 km\nBaochu Pagoda5.7 km\nHangzhou Tower Shopping Mall5.8 km\nBroken Bridge5.9 km\nZhejiang Museum of Natural History6 km\nZhejiang Museum6.4 km\nHuagang Garden6.6 km\nFAQs when booking at Courtyard by Marriott Hangzhou Qianjiang\nDoes Courtyard by Marriott Hangzhou Qianjiang have special cancellation policies due to coronavirus (COVID-19)?\nGuests with existing Courtyard by Marriott Hangzhou Qianjiang reservations for any future arrival date, including reservations with pre-paid rates, can make full changes or cancellations without a charge up to 24 hours prior to arrival, as long as the change or cancellation is made by 30 June 2020. For guests making new reservations at Courtyard by Marriott Hangzhou Qianjiang for any future arrival date, including reservations with pre-paid rates, between today and 30 June 2020, reservations may be changed or cancelled at no charge up to 24 hours before your scheduled arrival date. For more information, visit the Mariott Response to COVID-19 page.\nWhere is Courtyard by Marriott Hangzhou Qianjiang located?\nCourtyard by Marriott Hangzhou Qianjiang is located at No. 298 Fuchun Road, Jianggan District in Hangzhou City Centre, 7.1 km from the centre of Hangzhou. China Academy of Art is the closest landmark to Courtyard by Marriott Hangzhou Qianjiang.\nWhen is check-in time and check-out time at Courtyard by Marriott Hangzhou Qianjiang?\nCheck-in time is 14:00 and check-out time is 12:00 at Courtyard by Marriott Hangzhou Qianjiang.\nDoes Courtyard by Marriott Hangzhou Qianjiang offer free Wi-Fi?\nYes, Courtyard by Marriott Hangzhou Qianjiang offers free Wi-Fi.\nDoes Courtyard by Marriott Hangzhou Qianjiang offer free parking?\nYes, Courtyard by Marriott Hangzhou Qianjiang offers free parking.\nDoes Courtyard by Marriott Hangzhou Qianjiang offer free airport shuttle service?\nNo, Courtyard by Marriott Hangzhou Qianjiang does not offer free airport shuttle service.\nHow far is Courtyard by Marriott Hangzhou Qianjiang from the airport?\nCourtyard by Marriott Hangzhou Qianjiang is 22.2 km from Hangzhou. Courtyard by Marriott Hangzhou Qianjiang is 100.9 km from Yiwu.\nCan you bring pets to Courtyard by Marriott Hangzhou Qianjiang?\nNo, pets are not allowed at Courtyard by Marriott Hangzhou Qianjiang.\nDoes Courtyard by Marriott Hangzhou Qianjiang have a pool?\nNo, Courtyard by Marriott Hangzhou Qianjiang does not have a pool on-site.\n47% cheaperMemory Hotel10 Excellent (2 reviews)0.26 kmFlat-screen TV, TV, Cable or satellite TV$77+\nDiaoyutai Hotel Hangzhou8.6 Excellent (8 reviews)0.27 kmIndoor pool, Fitness centre, Restaurant$352+\n43% cheaperAtour Hotel Qianjiang New city Hangzhou0.42 kmFitness centre, Free Wi-Fi, Flat-screen TV$84+\n62% cheaperGreentree Inn Hangzhou Qiutao Road Business0.58 kmRestaurant, Room service, Free Wi-Fi$55+\n35% cheaperKashima Antlers Japanese Style Apartment Hotel0.52 km$95+\nIntercontinental Hangzhou, An IHG Hotel8.3 Excellent (135 reviews)0.6 kmIndoor pool, Spa and wellness centre, Fitness centre$213+\nSearch for Courtyard by Marriott Hangzhou Qianjiang discounts in Hangzhou with KAYAK. Search for the cheapest hotel deal for Courtyard by Marriott Hangzhou Qianjiang in Hangzhou. KAYAK searches hundreds of travel sites to help you find and book the hotel deal at Courtyard by Marriott Hangzhou Qianjiang that suits you best. $145 per night (Latest starting price for this hotel).


url: =2011.8-2015.8新加坡南洋理工大学 机械与宇航工程专业 博士\n2007.9-2010.6厦门大学 材料物理与化学专业 硕士\n2003.9-2007.6天津大学 材料科学与工程专业 本科\n2015.8-2017.6新加坡科技局加工制造研究所A-star, Research Fellow\nR Huang, S Ma, M Zhang, J Xu, Z Wang, Dynamic deformation and failure process of quasi-closed-cell aluminum foam manufactured by direct foaming technique,Materials Science and Engineering: A, 2019, 756: 302. (SCI)\nR Huang, P Li, T Liu, J Xu, The 3D failure process in polymeric syntactic foams with different cenosphere volume fractions,Journal of Applied Polymer Science, 2019, 136: 47491. (SCI)\nR Huang, S Ma, M Zhang, J Yang, D Wang, L Zhang, J Xu, Wear Evolution of the Glass Fiber-Reinforced PTFE under Dry Sliding and Elevated Temperature,Materials, 2019, 12 (7): 1082. (SCI)\n S Ma, Y Liu, Z Wang, Z Wang,R Huang*, J Xu, The Effect of Honing Angle and Roughness Height on the Tribological Performance of CuNiCr Iron Liner,Metals, 2019, 9 (5): 487. (SCI)\n S Ma, W Chen, C Li, M Jin,R Huang*, J Xu, Wear Properties and Scuffing Resistance of the Cr–Al2O3Coated Piston Rings: The Effect of Convexity Position on Barrel Surface,Journal of Tribology ASME, 2019, 141 (2): 021301. (SCI)\n W Chen, D Liu, J Xu,R Huang*, Z Chen, F Du, Z Yan, Modeling of Gas Pressure and Dynamic Behavior of the Piston Ring Pack for the Two-Stroke Opposed-Piston Engine,Journal of Tribology ASME, 2019, 141 (1), 012203. (SCI)\nR Huang, Z Ma, W Dong, Y Shen, F Du, J Xu, M Jin, On the Adhesive Strength Quantification and Tribological Performance of the Multilayered Fe–Ni Coating Fabricated by Electroplating,Strength of Materials, 2019, 1: 1. (SCI)\nR Huang, P Li, Z Wang, T Liu, X‐Ray Microtomographic Characterization and Quantification of the Strain Rate Dependent Failure Mechanism in Cenosphere Epoxy Syntactic Foams,Advanced Engineering Materials, 2016,18 (9): 1550. (SCI)\nR Huang, P Li, T Liu, X-ray microtomography and finite element modelling of compressive failure mechanism in cenosphere epoxy syntactic foams,Composite Structures, 2116, 140: 157. (SCI)\nR Huang, P Li, Elastic behaviour and failure mechanism in epoxy syntactic foams: The effect of glass microballoon volume fractions,Composites Part B: Engineering, 2015 78: 401. (SCI)


url: =Xinjiang tu mu jian zhu xue hui1\nArchitecture, Domestic--China--Jilin (Jilin Sheng) Province1\nYou searched for: Subject Heading Browse Israeli poetry Periodicals. Remove constraint Subject Heading Browse: Israeli poetry Periodicals. Author/Creator Alumni and Friends Memorial Book Fund Remove constraint Author/Creator: Alumni and Friends Memorial Book Fund Classification N - Fine Arts Remove constraint Classification: N - Fine Arts Format Book Remove constraint Format: Book Language Chinese Remove constraint Language: Chinese Subject Architecture, Domestic Remove constraint Subject: Architecture, Domestic\nVernacular architecture (2 records)\nVernacular architecture--China (2 records)\nVernacular architecture--China--Jilin (Jilin Sheng) Province (1 record)\nVernacular architecture--China--Xinjiang Uygur Zizhiqu (1 record)


url: =标题：Altered connection properties of important network hubs may be neural risk factors for individuals with primary insomnia\n作者：Liu, XM; Zheng, JY; Liu, BX[3,4]; Dai, XJ[5,6]\n作者机构： Wenzhou Med Univ, Clin Inst 3, Dept Radiol, Wenzhou 325000, Zhejiang, Peoples R China.  Nanjing Med Univ, Dept Med Imaging, Huaian Peoples Hosp 更多 Wenzhou Med Univ, Clin Inst 3, Dept Radiol, Wenzhou 325000, Zhejiang, Peoples R China.\n Nanjing Med Univ, Dept Med Imaging, Huaian Peoples Hosp 1, Huaian 223300, Jiangsu, Peoples R China.\n Soochow Univ, Hosp Affiliated 1, Dept Respirat, Suzhou 215006, Peoples R China.\n Jiangxi Prov Canc Hosp, Dept ICU, Nanchang 330029, Jiangxi, Peoples R China.\n Nanjing Univ, Jinling Hosp, Dept Med Imaging, Med Sch, Nanjing 210002, Jiangsu, Peoples R China.\n Nanchang Univ, Dept Radiol, Affiliated Hosp 1, Nanchang 330006, Jiangxi, Peoples R China. 收起


url: =Concrete Mixer – Chengli Special Automobile Co., Ltd. – CHEGNLI GROUP\nHomeAll TrucksConstruction TruckConcrete Mixer\nC&C heavy truck 12 cbm mixer truck\nHubei Chengli Automobile: The product model and parameter configuration of the joint heavy-duty truck 12-party mixer truck, the high-definition picture of the joint heavy-duty truck 12-party mixer truck, the latest quotation of the Chengli automobile series joint heavy-duty truck 12-party mixer truck, please call the customer service hotline. 12-square mixer truck parameter name: Combined heavy-duty truck 12-square mixer truck Model: 12-square mixer truck Engine: Yuchai 350 horsepower Size: 955025003950 (mm) Transmission: Fast 8-speed volume: 12 cubic mixer front axle: 9T driving Room: Joint heavy truck flat top...\nAugust 27, 2021Comments\nHubei Chengli Automobile: Shaanxi Automobile Delong 12 party mixer truck product model and parameter configuration, Shaanxi Automobile Delong 12 party mixer truck high-definition pictures, Chengli Automobile series Shaanxi Automobile Delong 12 party mixer truck for the latest quotation, please call the customer service hotline. 12-square mixer truck parameter name: Shaanxi Automobile Delong 12-square mixer truck Model: 12-square mixer truck Engine: Weidel 336 horsepower Size: 948025003900 (mm) Transmission: Shaanxi Gear 9-speed volume: 12 cubic mixer front axle: 9T Cab: F3000 flat-top white...\nFoton Auman 16-20 cbm mixer truck\nHubei Chengli Automobile: Foton Auman 16-20 square mixer product model and parameter configuration, Foton Auman 16-20 square mixer high-definition picture, Chengli Auto series Foton Auman 16-20 square mixer for the latest quotation, please call customer service hotline. 16 square and 18 square mixers Parameter name: Shaanxi Auto Delong 16 square mixers Model: 16-20 square mixers Engine: Weichai 375 horsepower Dimensions: 1167025003995 (mm) Transmission: Shaanxi Gear 9 gears Volume: 16-20 Front axle of cubic mixer truck: 7.5T cab: ET...\nJune 8, 2021Comments\nHubei Chengli Automobile: Shaanxi Xuande 12-party mixer product model and parameter configuration, high-definition pictures of Shaanxi Xuande 12-party mixer truck, Chengli Automobile series Shaanxi Xuande 12-party mixer truck for the latest quotation, please call the customer service hotline. 12-square mixer truck parameter name: Shaanxi Xuande 12-square mixer truck Model: 12-square mixer truck Engine: Weichai 300 horsepower Size: 948025003900 (mm) Transmission: Shaanxi Gear 9-speed gearbox volume: 12 cubic mixer front axle : 153B Cab: Xuan De x6 white...\nHubei Chengli Automobile: Foton Auman 14-party mixer product model and parameter configuration, Foton Auman 14-party mixer high-definition pictures, Chengli Auto series Foton Auman 14-party mixer for the latest quotation, please call the customer service hotline. 14 square mixer truck parameter name: Foton Auman 14 square mixer truck model: 14 square mixer truck engine: Cummins 360 horsepower size: 1045025003980 (mm) gearbox: Shaanxi gear 9-speed volume: 14 cubic mixer truck front axle: 9T cab : ETX2490 cab with...\nShacman Automobile Delong 14 cbm mixer truck\nHubei Chengli Automobile: Shaanxi Automobile Delong 14-party mixer truck product model and parameter configuration, Shaanxi Automobile Delong 14-party mixer truck high-definition pictures, Chengli Automobile series Shaanxi Automobile Delong 14-party mixer truck for the latest quotation, please call the customer service hotline. 14-square mixer truck parameter name: Shaanxi Automobile Delong 14-square mixer truck Model: 14-square mixer truck Engine: Weichai 336 horsepower Size: 1045025503980 (mm) Transmission: Shaanxi Gear 9-speed volume: 15 cubic meters of mixer truck front axle: 7.5 T cab: F3000 flat-top white...\nHubei Chengli Automobile: The model and parameter configuration of the United Heavy-duty truck 14-party mixer truck, the high-definition picture of the United Heavy-duty truck 14-party mixer truck, and the latest quotation of the Chengli Automobile series United heavy-duty truck 14-party mixer truck, please call the customer service hotline. 14 square mixer truck parameter name: United heavy truck 14 square mixer truck model: 14 square mixer truck engine: Yuchai 350 horsepower size: 1045025503980 (mm) gearbox: Fast 9 gear volume: 15 cubic mixer truck front axle: 8T driving Room: US cab with...\nXCMG Hanfeng 14 cbm mixer truck\nHubei Chengli Automobile: XCMG Hanfeng 14-party mixer product model and parameter configuration, XCMG Hanfeng 14-party mixer high-definition pictures, Chengli Automobile series Xugong Hanfeng 14-party mixer for the latest quotation, please call the customer service hotline. 14 square mixer truck parameter name: Xugong Hanfeng 14 square mixer truck model: 14 square mixer truck engine: Weichai 350 horsepower size: 1023025003950 (mm) gearbox: Fast 9 gear volume: 15 cubic meter mixer front axle: 9 T cab: T3 mid-top cab...\nHubei Chengli Automobile: The model and parameter configuration of the 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