| 臺大學術典藏 |
2022-04-25T06:33:39Z |
Radioactivity control strategy for the JUNO detector
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Abusleme A;Adam T;Ahmad S;Ahmed R;Aiello S;Akram M;An F;An Q;Andronico G;Anfimov N;Antonelli V;Antoshkina T;Asavapibhop B;de Andr? J.P.A.M;Auguste D;Babic A;Baldini W;Barresi A;Basilico D;Baussan E;Bellato M;Bergnoli A;Birkenfeld T;Blin S;Blum D;Blyth S;Bolshakova A;Bongrand M;Bordereau C;Breton D;Brigatti A;Brugnera R;Bruno R;Budano A;Buscemi M;Busto J;Butorov I;Cabrera A;Cai H;Cai X;Cai Y;Cai Z;Cammi A;Campeny A;Cao C;Cao G;Cao J;Caruso R;Cerna C;Chang J;Chang Y;Chen P;Chen P.-A;Chen S;Chen X;Chen Y.-W;Chen Y;Chen Y;Chen Z;Cheng J;Cheng Y;Chetverikov A;Chiesa D;Chimenti P;Chukanov A;Claverie G;Clementi C;Clerbaux B;Conforti Di Lorenzo S;Corti D;Cremonesi O;Dal Corso F;Dalager O;De La Taille C;Deng J;Deng Z;Deng Z;Depnering W;Diaz M;Ding X;Ding Y;Dirgantara B;Dmitrievsky S;Dohnal T;Dolzhikov D;Donchenko G;Dong J;Doroshkevich E;Dracos M;Druillole F;Du S;Dusini S;Dvorak M;Enqvist T;Enzmann H;Fabbri A;Fajt L;Fan D;Fan L;Fang J;Fang W;Fargetta M;Fedoseev D;Fekete V;Feng L.-C;Feng Q;Ford R;Formozov A;Fournier A;Gan H;Gao F;Garfagnini A;Giammarchi M;Giaz A;Giudice N;Gonchar M;Gong G;Gong H;Gornushkin Y;G?ttel A;Grassi M;Grewing C;Gromov V;Gu M;Gu X;Gu Y;Guan M;Guardone N;Gul M;Guo C;Guo J;Guo W;Guo X;Guo Y;Hackspacher P;Hagner C;Han R;Han Y;Hassan M.S;He M;He W;Heinz T;Hellmuth P;Heng Y;Herrera R;Hor Y.K;Hou S;Hsiung Y;Hu B.-Z;Hu H;Hu J;Hu J;Hu S;Hu T;Hu Z;Huang C;Huang G;Huang H;Huang W;Huang X;Huang X;Huang Y;Hui J;Huo L;Huo W;Huss C;Hussain S;Ioannisian A;Isocrate R;Jelmini B;Jen K.-L;Jeria I;Ji X;Ji X;Jia H;Jia J;Jian S;Jiang D;Jiang X;Jin R;Jing X;Jollet C;Joutsenvaara J;Jungthawan S;Kalousis L;Kampmann P;Kang L;Karaparambil R;Kazarian N;Khan W;Khosonthongkee K;Korablev D;Kouzakov K;Krasnoperov A;Kruth A;Kutovskiy N;Kuusiniemi P;Lachenmaier T;Landini C;Leblanc S;Lebrin V;Lefevre F;Lei R;Leitner R;Leung J;Li D;Li F;Li F;Li H;Li H;Li J;Li M;Li M;Li N;Li N;Li Q;Li R;Li S;Li T;Li W;Li W;Li X;Li X;Li X;Li Y;Li Y;Li Z;Li Z;Li Z;Liang H;Liang H;Liao J;Liebau D;Limphirat A;Limpijumnong S;Lin G.-L;Lin S;Lin T;Ling J;Lippi I;Liu F;Liu H;Liu H;Liu H;Liu H;Liu H;Liu J;Liu J;Liu M;Liu Q;Liu Q;Liu R;Liu S;Liu S;Liu S;Liu X;Liu X;Liu Y;Liu Y;Lokhov A;Lombardi P;Lombardo C;Loo K;Lu C;Lu H;Lu J;Lu J;Lu S;Lu X;Lubsandorzhiev B;Lubsandorzhiev S;Ludhova L;Luo F;Luo G;Luo P;Luo S;Luo W;Lyashuk V;Ma B;Ma Q;Ma S;Ma X;Ma X;Maalmi J;Malyshkin Y;Mantovani F;Manzali F;Mao X;Mao Y;Mari S.M;Marini F;Marium S;Martellini C;Martin-Chassard G;Martini A;Mayer M;Mayilyan D;Mednieks I;Meng Y;Meregaglia A;Meroni E;Meyh?fer D;Mezzetto M;Miller J;Miramonti L;Montini P;Montuschi M;M?ller A;Nastasi M;Naumov D.V;Naumova E;Navas-Nicolas D;Nemchenok I;Nguyen Thi M.T;Ning F;Ning Z;Nunokawa H;Oberauer L;Ochoa-Ricoux J.P;Olshevskiy A;Orestano D;Ortica F;Othegraven R;Pan H.-R;Paoloni A;Parmeggiano S;Pei Y;Pelliccia N;Peng A;Peng H;Perrot F;Petitjean P.-A;Petrucci F;Pilarczyk O;Pi?eres Rico L.F;Popov A;Poussot P;Pratumwan W;Previtali E;Qi F;Qi M;Qian S;Qian X;Qian Z;Qiao H;Qin Z;Qiu S;Rajput M.U;Ranucci G;Raper N;Re A;Rebber H;Rebii A;Ren B;Ren J;Ricci B;Robens M;Roche M;Rodphai N;Romani A;Roskovec B;Roth C;Ruan X;Ruan X;Rujirawat S;Rybnikov A;Sadovsky A;Saggese P;Sanfilippo S;Sangka A;Sanguansak N;Sawangwit U;Sawatzki J;Sawy F;Schever M;Schwab C;Schweizer K;Selyunin A;Serafini A;Settanta G;Settimo M;Shao Z;Sharov V;Shaydurova A;Shi J;Shi Y;Shutov V;Sidorenkov A;?imkovic F;Sirignano C;Siripak J;Sisti M;Slupecki M;Smirnov M;Smirnov O;Sogo-Bezerra T;Sokolov S;Songwadhana J;Soonthornthum B;Sotnikov A;?r?mek O;Sreethawong W;Stahl A;Stanco L;Stankevich K;?tef?nik D;Steiger H;Steinmann J;Sterr T;Stock M.R;Strati V;Studenikin A;Sun S;Sun X;Sun Y;Sun Y;Suwonjandee N;Szelezniak M;Tang J;Tang Q;Tang Q;Tang X;Tietzsch A;Tkachev I;Tmej T;Treskov K;Triossi A;Troni G;Trzaska W;Tuve C;Ushakov N;van den Boom J;van Waasen S;Vanroyen G;Vassilopoulos N;Vedin V;Verde G;Vialkov M;Viaud B;Vollbrecht M.C;Volpe C;Vorobel V;Voronin D;Votano L;Walker P;Wang C;Wang C.-H;Wang E;Wang G;Wang J;Wang J;Wang K;Wang L;Wang M;Wang M;Wang M;Wang R;Wang S;Wang W;Wang W;Wang W;Wang X;Wang X;Wang Y;Wang Y;Wang Y;Wang Y;Wang Y;Wang Y;Wang Y;Wang Z;Wang Z;Wang Z;Wang Z;Waqas M;Watcharangkool A;Wei L;Wei W;Wei W;Wei Y;Wen L;Wiebusch C;Wong S.C.-F;Wonsak B;Wu D;Wu F;Wu Q;Wu Z;Wurm M;Wurtz J;Wysotzki C;Xi Y;Xia D;Xie X;Xie Y;Xie Z;Xing Z;Xu B;Xu C;Xu D;Xu F;Xu H;Xu J;Xu J;Xu M;Xu Y;Xu Y;Yan B;Yan T;Yan W;Yan X;Yan Y;Yang A;Yang C;Yang C;Yang H;Yang J;Yang L;Yang X;Yang Y;Yang Y;Yao H;Yasin Z;Ye J;Ye M;Ye Z;Yegin U;Yermia F;Yi P;Yin N;Yin X;You Z;Yu B;Yu C;Yu C;Yu H;Yu M;Yu X;Yu Z;Yu Z;Yuan C;Yuan Y;Yuan Z;Yuan Z;Yue B;Zafar N;Zambanini A;Zavadskyi V;Zeng S;Zeng T;Zeng Y;Zhan L;Zhang A;Zhang F;Zhang G;Zhang H;Zhang H;Zhang J;Zhang J;Zhang J;Zhang J;Zhang J;Zhang P;Zhang Q;Zhang S;Zhang S;Zhang T;Zhang X;Zhang X;Zhang X;Zhang Y;Zhang Y;Zhang Y;Zhang Y;Zhang Y;Zhang Y;Zhang Z;Zhang Z;Zhao F;Zhao J;Zhao R;Zhao S;Zhao T;Zheng D;Zheng H;Zheng M;Zheng Y;Zhong W;Zhou J;Zhou L;Zhou N;Zhou S;Zhou T;Zhou X;Zhu J;Zhu K;Zhu K;Zhu Z;Zhuang B;Zhuang H;Zong L;Zou J;The JUNO collaboration; Abusleme A; YEE HSIUNG et al. |
| 臺大學術典藏 |
2022-03-22T08:29:42Z |
Keratin-Associated Protein Nanoparticles as Hemostatic Agents
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Lu W.-F;Lu T.-Y;Liu Y.-C;Liu T.-H;Feng C.-C;Lin C.-W;Yang K.-C;Wei Y;Yu J.; Lu W.-F; Lu T.-Y; Liu Y.-C; Liu T.-H; Feng C.-C; Lin C.-W; Yang K.-C; Wei Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:29:42Z |
Keratin-Associated Protein Nanoparticles as Hemostatic Agents
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Lu W.-F;Lu T.-Y;Liu Y.-C;Liu T.-H;Feng C.-C;Lin C.-W;Yang K.-C;Wei Y;Yu J.; Lu W.-F; Lu T.-Y; Liu Y.-C; Liu T.-H; Feng C.-C; Lin C.-W; Yang K.-C; Wei Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:29:42Z |
Keratin-Based Nanoparticles with Tumor-Targeting and Cascade Catalytic Capabilities for the Combinational Oxidation Phototherapy of Breast Cancer
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Lu T.-Y;Lu W.-F;Wang Y.-H;Liao M.-Y;Wei Y;Fan Y.-J;Chuang E.-Y;Yu J.; Lu T.-Y; Lu W.-F; Wang Y.-H; Liao M.-Y; Wei Y; Fan Y.-J; Chuang E.-Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:29:41Z |
Keratin-Based Nanoparticles with Tumor-Targeting and Cascade Catalytic Capabilities for the Combinational Oxidation Phototherapy of Breast Cancer
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Lu T.-Y;Lu W.-F;Wang Y.-H;Liao M.-Y;Wei Y;Fan Y.-J;Chuang E.-Y;Yu J.; Lu T.-Y; Lu W.-F; Wang Y.-H; Liao M.-Y; Wei Y; Fan Y.-J; Chuang E.-Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:29:27Z |
Effect of stepwise or one-time illumination strategy on the development of algal-bacterial aerobic granular sludge in sequencing batch reactor
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Wang J;Wei Y;Li Z;Chen X;Lei Z;Yuan T;Shimizu K;Zhang Z;Kim S.-H;Lee D.-J.; Wang J; Wei Y; Li Z; Chen X; Lei Z; Yuan T; Shimizu K; Zhang Z; Kim S.-H; Lee D.-J.; DUU-JONG LEE |
| 臺大學術典藏 |
2022-03-22T08:29:26Z |
Effect of stepwise or one-time illumination strategy on the development of algal-bacterial aerobic granular sludge in sequencing batch reactor
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Wang J;Wei Y;Li Z;Chen X;Lei Z;Yuan T;Shimizu K;Zhang Z;Kim S.-H;Lee D.-J.; Wang J; Wei Y; Li Z; Chen X; Lei Z; Yuan T; Shimizu K; Zhang Z; Kim S.-H; Lee D.-J.; DUU-JONG LEE |
| 臺大學術典藏 |
2022-03-22T08:26:48Z |
Keratin-Based Nanoparticles with Tumor-Targeting and Cascade Catalytic Capabilities for the Combinational Oxidation Phototherapy of Breast Cancer
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Lu T.-Y;Lu W.-F;Wang Y.-H;Liao M.-Y;Wei Y;Fan Y.-J;Chuang E.-Y;Yu J.; Lu T.-Y; Lu W.-F; Wang Y.-H; Liao M.-Y; Wei Y; Fan Y.-J; Chuang E.-Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:26:48Z |
Keratin-Associated Protein Nanoparticles as Hemostatic Agents
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Lu W.-F;Lu T.-Y;Liu Y.-C;Liu T.-H;Feng C.-C;Lin C.-W;Yang K.-C;Wei Y;Yu J.; Lu W.-F; Lu T.-Y; Liu Y.-C; Liu T.-H; Feng C.-C; Lin C.-W; Yang K.-C; Wei Y; Yu J.; JIASHING YU |
| 臺大學術典藏 |
2022-03-22T08:26:34Z |
Effect of stepwise or one-time illumination strategy on the development of algal-bacterial aerobic granular sludge in sequencing batch reactor
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Wang J;Wei Y;Li Z;Chen X;Lei Z;Yuan T;Shimizu K;Zhang Z;Kim S.-H;Lee D.-J.; Wang J; Wei Y; Li Z; Chen X; Lei Z; Yuan T; Shimizu K; Zhang Z; Kim S.-H; Lee D.-J.; DUU-JONG LEE |
