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Institution Date Title Author
國立成功大學 2024 Powder spreading process monitoring of selective laser melting manufacturing by using a convolutional Takagi–Sugeno–Kang fuzzy neural network Lin;C, -H.;Lin;C, -J.;Wang;S, -H.
國立成功大學 2024 Jet-hadron correlations with respect to the event plane in sNN =200 GeV Au+Au collisions in STAR Abdulhamid;M, I.;Aboona;B, E.;Adam;J;Adamczyk;L;Adams;J, R.;Aggarwal;I;Aggarwal;M, M.M.;Ahammed;Z;Aschenauer;E, C.;Aslam;S;Atchison;J;Bairathi;V;Cap, Ball;J, G.;Barish;K;Bellwied;R;Bhagat;P;Bhasin;A;Bhatta;S;Bhosale;S, R.;Bielčík;J;Bielčíková;J;Brandenburg;J, D.;Cai;X, Z.;Caines;H;Sańchez, Calderón de la Barca;M;Cebra;D;Češka;J;Chakaberia;I;Chaloupka;P;Chan;B, K.;Chang;Z;Chatterjee;A;Chen;D;Chen;J;Chen;J, H.;Chen;Z;Cheng;J;Cheng;Y;Choudhury;S;Christie;W;Chu;X;Crawford;H, J.;Csanád;M;Dale-Gau;G;Das;A;Daugherity;M;Deppner;I, M.;Dhamija;A;Dixit;P;Dong;X;Drachenberg;J, L.;Duckworth;E;Dunlop;J, C.;Engelage;J;Eppley;G;Esumi;S;Evdokimov;O;Eyser;O;Fatemi;R;Fazio;S;Feng;C, J.;Feng;Y;Finch;E;Fisyak;Y;Flor;F, A.;Fu;C;Gagliardi;C, A.;Galatyuk;T;Gao;T;Geurts;F;Ghimire;N;Gibson;A;Gopal;K;Gou;X;Grosnick;D;Gupta;A;Guryn;W;Hamed;A;Han;Y;Harabasz;S;Harasty;M, D.;Harris;J, W.;Harrison-Smith;H;He;W;He;X, H.;He;Y;Herrmann;N;Holub;L;Hu;C;Hu;Q;Hu;Y;Huang;H;Huang;H, Z.;Huang;S, L.;Huang;T;Huang;X;Huang;Y;Humanic;T, J.;Isenhower;D;Isshiki;M;Jacobs;W, W.W.;Jalotra;A;Jena;C;Jentsch;A;Ji;Y;Jia;J;Jin;C;Ju;X;Judd;E, G.;Kabana;S;Kalinkin;D;Kang;K;Kapukchyan;D;Kauder;K;Keane;D;Khyzhniak;Y, V.;Kikoła;D, P.;Kincses;D;Kisel;I;Kisselev;A;Knospe;A, G.;Ko;H, S.;Kosarzewski;L, K.;Kumar;L;Labonte;M, C.;Lacey;R;Landgraf;J, M.;Lauret;J;Lebedev;A;Lee;J, H.;Leung;Y, H.;Lewis;N;Li;C;Li;H, -S.;Li;W;Li;X;Li;Y;Li;Y;Li;Z;Liang;X;Liang;Y;Licenik;R;Lin;T;Lin;Y;Lisa;M, A.;Liu;C;Liu;G;Liu;H;Liu;L;Liu;T;Liu;X;Liu;Y;Liu;Z;Ljubičič;T;Lomicky;O;Longacre;R, S.;Loyd;E, M.;Lu;T;Lukow;N, S.;Luo;X, F.;Ma;L;Ma;R;Ma;Y, G.;Magdy;N;Mallick;D;Margetis;S;Markert;C;Matis;H, S.;Mazer;J;McNamara;G;Mi;K;Mioduszewski;S;Mohanty;B;Mondal;M, M.M.;Mooney;I;Nagy;M, I.;Nain;A, S.;Nam;J, D.;Nasim;M;Neff;D;Nelson;J, M.;Nemes;D, B.;Nie;M;Nigmatkulov;G;Niida;T;Nonaka;T;Odyniec;G;Ogawa;A;Oh;S;Okubo;K;Page;B, S.;Pak;R;Pandav;A;Pani;T;Paul;A;Pawlik;B;Pawlowska;D;Perkins;C;Pluta;J;Pokhrel;B, R.;Posik;M;Protzman;T;Prozorova;V;Pruthi;N, K.;Przybycien;M;Putschke;J;Qin;Z;Qiu;H;Quintero;A;Racz;C;Radhakrishnan;S, K.;Rana;A;Ray;R, L.;Reed;R;Ritter;H, G.;Robertson;C, W.;Robotková;M;Aguilar, Rosales;M, A.;Roy;D;Chowdhury, Roy;P;Ruan;L;Sahoo;A, K.;Sahoo;N, R.;Sako;H;Salur;S;Sato;S;Schaefer;B, C.;Schmidke;W, B.;Schmitz;N;Seck;F, -J.;Seger;J;Seto;R;Seyboth;P;Shah;N;Shanmuganathan;P, V.;Shao;T;Sharma;M;Sharma;N;Sharma;R;Sharma;S, R.;Sheikh;A, I.;Shen;D;Shen;D, Y.;Shen;K;Shi;S, S.S.;Shi;Y;Shou;Q, Y.;Si;F;Singh;J;Singha;S;Sinha;P;Skoby;M, J.;Smirnov;N;Söhngen;Y;Song;Y;Srivastava;B;Stanislaus;T, D.S.;Stefaniak;M;Stewart;D, J.;Stringfellow;B;Su;Y;Suaide;A, A.A.P.;Šumbera;M;Sun;C;Sun;X;Sun;Y;Surrow;B;Sweger, W;Z, W.;Tamis;A, C.;Tang;A, H.;Tang;Z;Tarnowsky;T;Thomas;J, H.;Timmins;A, R.;Tlustý;D;Todoroki;T;Trentalange;S;Tribedy;P;Tripathy;S, K.;Truhlár;T;Trzeciak;B, A.;Tsai;O, D.;Tsang;C, Y.;Tu;Z;Tyler;J;Ullrich;T;Underwood;D, G.;Upsal;I;Buren, van;G;Vanek;J;Vassiliev;I;Verkest;V;Videbaek;F;Voloshin;S, A.;Wang;F;Wang;G;Wang;J, S.;Wang;J;Wang;X;Wang;Y;Wang;Y;Wang;Y;Wang;Z;Webb;J, C.;Weidenkaff;P, C.;Westfall;G, D.;Wielanek;D;Wieman;H;Wilks;G;Wissink;S, W.;Witt;R;Wu;J;Wu;J;Wu;X;Wu;X;Xi;B;Xiao;Z, G.;Xie;G;Xie;W;Xu;H;Xu;N;Xu;Q, H.;Xu;Y;Xu;Y;Xu;Z;Xu;Z;Yan;G;Yan;Z;Yang;C;Yang;Q;Yang;S;Yang;Y;Ye;Z;Ye;Z;Yi;L;Yip;K;Yu;Y;Zbroszczyk;H;Zha;W;Zhang;C;Zhang;D;Zhang;J;Zhang;S;Zhang;W;Zhang;X;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Z, J.;Zhang;Z;Zhang;Z;Zhao;F;Zhao;J;Zhao;M;Zhou;C;Zhou;J;Zhou;S;Zhou;Y;Zhu;X;Żurek;M;Zyzak;M
國立成功大學 2024 Determining the Optimal Treatment for Idiopathic Clubfoot: A Network Meta-Analysis of Randomized Controlled Trials Wang;Y, -Y.;Su;Y, -C.;Yu-Kang;Y, -K.;Fang;C, -J.;Hong;C, -K.;Huang;M, -T.;Lin;Y, -C.;Hsieh;M, -L.;Kuan;F, -C.;Shih;C, -A.;Lin;C, -J.
國立成功大學 2024 Longitudinal and transverse spin transfer to Λ and Λ ¯ hyperons in polarized p+p collisions at s =200 GeV Abdulhamid;M, I.;Aboona;B, E.;Adam;J;Adamczyk;L;Adams;J, R.;Aggarwal;I;Aggarwal;M, M.M.;Ahammed;Z;Anderson;D, M.;Aschenauer;E, C.;Aslam;S;Atchison;J;Bairathi;V;Baker;W;Cap, Ball;J, G.;Barish;K;Bellwied;R;Bhagat;P;Bhasin;A;Bhatta;S;Bielčík;J;Bielčíková;J;Brandenburg;J, D.;Cai;X, Z.;Caines;H;Sańchez, Calderón de la Barca;M, C.;Cebra;D;Češka;J;Chakaberia;I;Chaloupka;P;Chan;B, K.;Chang;Z;Chatterjee;A;Chen;D;Chen;J;Chen;J, H.;Chen;Z;Cheng;J;Cheng;Y;Choudhury;S;Christie;W;Chu;X;Crawford;H, J.;Csanád;M;Dale-Gau;G;Das;A;Daugherity;M;Deppner;I, M.;Dhamija;A;Carlo, Di;L;Dixit;P;Dong;X;Drachenberg;J, L.;Duckworth;E;Dunlop;J, C.;Engelage;J;Eppley;G;Esumi;S;Evdokimov;O;Ewigleben;A;Eyser;O;Fatemi;R;Fazio;S;Feng;C, J.;Feng;Y;Finch;E;Fisyak;Y;Flor;F, A.;Fu;C;Gagliardi;C, A.;Galatyuk;T;Gao;T;Geurts;F;Ghimire;N;Gibson;A;Gopal;K;Gou;X;Grosnick;D;Gupta;A;Guryn;W;Hamed;A;Han;Y;Harabasz;S;Harasty;M, D.;Harris;J, W.;Harrison-Smith;H;He;W;He;X, H.;He;Y;Herrmann;N;Holub;L;Hu;C;Hu;Q;Hu;Y;Huang;H;Huang;H, Z.;Huang;S, L.;Huang;T;Huang;X;Huang;Y;Huang;Y;Humanic;T, J.;Isenhower;D;Isshiki;M;Jacobs;W, W.W.;Jalotra;A;Jena;C;Jentsch;A;Ji;Y;Jia;J;Jin;C;Ju;X;Judd;E, G.;Kabana;S;Kabir;M, L.;Kagamaster;S;Kalinkin;D;Kang;K;Kapukchyan;D;Kauder;K;Keane;D;Kelsey;M;Khyzhniak;Y, V.;Kikoła;D, P.;Kimelman;B;Kincses;D;Kisel;I;Kisselev;A;Knospe;A, G.;Ko;H, S.;Kosarzewski;L, K.;Kramárik;L;Kumar;L;Kumar;S;Kunnawalkam-Elayavalli;R;Lacey;R;Landgraf;J, M.;Lauret;J;Lebedev;A;Lee;J, H.;Leung;Y, H.;Lewis;N;Li;C;Li;W;Li;X;Li;Y;Li;Y;Li;Z;Liang;X;Liang;Y;Licenik;R;Lin;T;Lisa;M, A.;Liu;C;Liu;F;Liu;G;Liu;H;Liu;L;Liu;T;Liu;X;Liu;Y;Liu;Z;Ljubičič;T;Llope;W, J.;Lomicky;O;Longacre;R, S.;Loyd;E, M.;Lu;T;Lukow;N, S.;Luo;X, F.;Ma;L;Ma;R;Ma;Y, G.;Magdy;N;Mallick;D;Margetis;S;Markert;C;Matis;H, S.;Mazer;J, A.;McNamara;G;Mi;K;Mioduszewski;S;Mohanty;B;Mondal;M, M.M.;Mooney;I;Mukherjee;A;Nagy;M, I.;Nain;A, S.;Nam;J, D.;Nasim;M;Neff;D;Nelson;J, M.;Nemes;D, B.;Nie;M;Nigmatkulov;G;Niida;T;Nishitani;R;Nonaka;T;Odyniec;G;Ogawa;A;Oh;S;Okubo;K;Page;B, S.;Pak;R;Pan;J;Pandav;A;Pandey;A, K.;Pani;T;Paul;A;Pawlik;B;Pawlowska;D;Perkins;C;Pluta;J;Pokhrel;B, R.;Posik;M;Protzman;T;Prozorova;V;Pruthi;N, K.;Przybycien;M;Putschke;J;Qin;Z;Qiu;H;Quintero;A;Racz;C;Radhakrishnan;S, K.;Raha;N;Rana;A;Ray;R, L.;Reed;R;Ritter;H, G.;Robertson;C, W.;Robotková;M;Aguilar, Rosales;M, A.;Roy;D;Chowdhury, Roy;P;Ruan;L;Sahoo;A, K.;Sahoo;N, R.;Sako;H;Salur;S;Sato;S;Schmidke;W, B.;Schmitz;N;Seck;F, -J.;Seger;J;Seto;R;Seyboth;P;Shah;N;Shanmuganathan;P, V.;Shao;T;Sharma;M;Sharma;N;Sharma;R;Sharma;S, R.;Sheikh;A, I.;Shen;D;Shen;D, Y.;Shen;K;Shi;S, S.S.;Shi;Y;Shou;Q, Y.;Si;F;Singh;J;Singha;S;Sinha;P;Skoby;M, J.;Smirnov;N;Söhngen;Y;Song;Y;Srivastava;B;Stanislaus;T, D.S.;Stefaniak;M;Stewart;D, J.;Stringfellow;B;Su;Y;Suaide;A, A.A.P.;Šumbera;M;Sun;C;Sun;X;Sun;Y;Surrow;B;Sweger, W;Z, W.;Szymański;P, R.;Tamis;A, C.;Tang;A, H.;Tang;Z;Tarnowsky;T;Thomas;J, H.;Timmins;A, R.;Tlustý;D;Todoroki;T;Tomkiel;C, A.;Trentalange;S;Tribble;R, E.;Tribedy;P;Truhlár;T;Trzeciak;B, A.;Tsai;O, D.;Tsang;C, Y.;Tu;Z;Tyler;J;Ullrich;T;Underwood;D, G.;Upsal;I;Buren, van;G;Vanek;J;Vassiliev;I;Verkest;V;Videbaek;F;Voloshin;S, A.;Wang;F;Wang;G;Wang;J, S.;Wang;J;Wang;X;Wang;Y;Wang;Y;Wang;Y;Wang;Z;Webb;J, C.;Weidenkaff;P, C.;Westfall;G, D.;Wielanek;D;Wieman;H;Wilks;G;Wissink;S, W.;Witt;R;Wu;J;Wu;J;Wu;X;Wu;X;Wu;Y;Xi;B;Xiao;Z, G.;Xie;G;Xie;W;Xu;H;Xu;N;Xu;Q, H.;Xu;Y;Xu;Y;Xu;Z;Xu;Z;Yan;G;Yan;Z;Yang;C;Yang;Q;Yang;S;Yang;Y;Ye;Z;Ye;Z;Yi;L;Yip;K;Yu;Y;Zbroszczyk;H;Zha;W;Zhang;C;Zhang;D;Zhang;J;Zhang;S;Zhang;W;Zhang;X;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Z, J.;Zhang;Z;Zhang;Z;Zhao;F;Zhao;J;Zhao;M;Zhou;C;Zhou;J;Zhou;S;Zhou;Y;Zhu;X;Żurek;M;Zyzak;M
國立成功大學 2024 Management Consensus Guidelines for Hepatocellular Carcinoma: 2023 Update on Surveillance, Diagnosis, Systemic Treatment, and Posttreatment Monitoring by the Taiwan Liver Cancer Association and the Gastroenterological Society of Taiwan Teng;W;Wang;H, -W.;Lin;S, -M.;Chen;K, -Y.;Hu;J, -T.;Liang;P, -C.;Liang;J, -D.;Lin;C, -L.;Wang;S, -Y.;Wu;C, -H.;Chang;C, -W.;Chau;G, -Y.;Chen;C, -H.;Chen;S, -C.;Chen;C, -H.;Cheng;P, -N.;Dai;C, -Y.;Hsieh;C, -H.;Huang;Y, -H.;Huang;K, -W.;Huang;B, -S.;Lai;H, -C.;Lee;W, -C.;Lin;Y, -M.;Liu;C, -J.;Lu;S, -N.;Shao;Y, -Y.;Shin;Y, -L.;Wang;C, -K.;Wang;C, -C.;Yang;S, -S.
國立成功大學 2024 Collision-energy dependence of deuteron cumulants and proton-deuteron correlations in Au+Au collisions at RHIC Abdulhamid;M, I.;Aboona;B, E.;Adam;J;Adamczyk;L;Adams;J, R.;Aggarwal;I;Aggarwal;M, M.M.;Ahammed;Z;Aschenauer;E, C.;Aslam;S;Atchison;J;Bairathi;V;Cap, Ball;J, G.;Barish;K;Bellwied;R;Bhagat;P;Bhasin;A;Bhatta;S;Bhosale;S, R.;Bielčík;J;Bielčíková;J;Brandenburg;J, D.;Broodo;C;Cai;X, Z.;Caines;H;Sańchez, Calderón de la Barca;M, C.;Cebra;D;Češka;J;Chakaberia;I;Chaloupka;P;Chan;B, K.;Chang;Z;Chatterjee;A;Chen;D;Chen;J;Chen;J, H.;Chen;Z;Cheng;J;Cheng;Y;Choudhury;S;Christie;W;Chu;X;Crawford;H, J.;Csanád;M;Dale-Gau;G;Das;A;Deppner;I, M.;Dhamija;A;Dixit;P;Dong;X;Drachenberg;J, L.;Duckworth;E;Dunlop;J, C.;Engelage;J;Eppley;G;Esumi;S;Evdokimov;O;Eyser;O;Fatemi;R;Fazio;S;Feng;C, J.;Feng;Y;Finch;E;Fisyak;Y;Flor;F, A.;Fu;C;Gagliardi;C, A.;Galatyuk;T;Gao;T;Geurts;F;Ghimire;N;Gibson;A;Gopal;K;Gou;X;Grosnick;D;Gupta;A;Guryn;W;Hamed;A;Han;Y;Harabasz;S;Harasty;M, D.;Harris;J, W.;Harrison-Smith;H;He;W;He;X, H.;He;Y;Herrmann;N;Holub;L;Hu;C;Hu;Q;Hu;Y;Huang;H;Huang;H, Z.;Huang;S, L.;Huang;T;Huang;X;Huang;Y;Humanic;T, J.;Isshiki;M;Jacobs;W, W.W.;Jalotra;A;Jena;C;Jentsch;A;Ji;Y;Jia;J;Jin;C;Ju;X;Judd;E, G.;Kabana;S;Kalinkin;D;Kang;K;Kapukchyan;D;Kauder;K;Keane;D;Khanal;A;Khyzhniak;Y, V.;Kikoła;D, P.;Kincses;D;Kisel;I;Kisselev;A;Knospe;A, G.;Ko;H, S.;Kosarzewski;L, K.;Kumar;L;Labonte;M, C.;Lacey;R;Landgraf;J, M.;Lauret;J;Lebedev;A;Lee;J, H.;Leung;Y, H.;Lewis;N;Li;C;Li;D;Li;H, -S.;Li;H;Li;W;Li;X;Li;Y;Li;Z;Liang;X;Liang;Y;Licenik;R;Lin;T;Lin;Y;Lisa;M, A.;Liu;C;Liu;G;Liu;H;Liu;L;Liu;T;Liu;X;Liu;Y;Liu;Z;Ljubičič;T;Lomicky;O;Longacre;R, S.;Loyd;E, M.;Lu;T;Luo;J;Luo;X, F.;Ma;L;Ma;R;Ma;Y, G.;Magdy;N;Mallick;D;Ramanathan;R;Margetis;S;Markert;C;Matis;H, S.;McNamara;G;Mezhanska;O;Mi;K;Mioduszewski;S;Mohanty;B;Mondal;M, M.M.;Mooney;I;Nagy;M, I.;Nain;A, S.;Nam;J, D.;Nasim;M;Neff;D;Nelson;J, M.;Nemes;D, B.;Nie;M;Nigmatkulov;G;Niida;T;Nonaka;T;Odyniec;G;Ogawa;A;Oh;S;Okubo;K;Page;B, S.;Pak;R;Pal;S;Pandav;A;Pani;T;Paul;A;Pawlik;B;Pawlowska;D;Perkins;C;Pluta;J;Pokhrel;B, R.;Posik;M;Protzman;T;Prozorova;V;Pruthi;N, K.;Przybycien;M;Putschke;J;Qin;Z;Qiu;H;Racz;C;Radhakrishnan;S, K.;Rana;A;Ray;R, L.;Reed;R;Ritter;H, G.;Robertson;C, W.;Robotková;M;Aguilar, Rosales;M, A.;Roy;D;Chowdhury, Roy;P;Ruan;L;Sahoo;A, K.;Sahoo;N, R.;Sako;H;Salur;S;Sato;S;Schaefer;B, C.;Schmidke;W, B.;Schmitz;N;Seck;F, -J.;Seger;J;Seto;R;Seyboth;P;Shah;N;Shanmuganathan;P, V.;Shao;T;Sharma;M;Sharma;N;Sharma;R;Sharma;S, R.;Sheikh;A, I.;Shen;D;Shen;D, Y.;Shen;K;Shi;S, S.S.;Shi;Y;Shou;Q, Y.;Si;F;Singh;J;Singha;S;Sinha;P;Skoby;M, J.;Smirnov;N;Söhngen;Y;Song;Y;Srivastava;B;Stanislaus;T, D.S.;Stefaniak;M;Stewart;D, J.;Stringfellow;B;Su;Y;Suaide;A, A.A.P.;Šumbera;M;Sun;C;Sun;X;Sun;Y;Surrow;B;Sweger, W;Z, W.;Tamis;A, C.;Tang;A, H.;Tang;Z;Tarnowsky;T;Thomas;J, H.;Timmins;A, R.;Tlustý;D;Todoroki;T;Trentalange;S;Tribedy;P;Tripathy;S, K.;Truhlár;T;Trzeciak;B, A.;Tsai;O, D.;Tsang;C, Y.;Tu;Z;Tyler;J;Ullrich;T;Underwood;D, G.;Upsal;I;Buren, van;G;Vanek;J;Vassiliev;I;Verkest;V;Videbaek;F;Voloshin;S, A.;Wang;F;Wang;G;Wang;J, S.;Wang;J;Wang;K;Wang;X;Wang;Y;Wang;Z;Webb;J, C.;Weidenkaff;P, C.;Westfall;G, D.;Wielanek;D;Wieman;H;Wilks;G;Wissink;S, W.;Witt;R;Wu;J;Wu;X;Xi;B;Xiao;Z, G.;Xie;G;Xie;W;Xu;H;Xu;N;Xu;Q, H.;Xu;Y;Xu;Z;Yan;G;Yan;Z;Yang;C;Yang;Q;Yang;S;Yang;Y;Ye;Z;Yi;L;Yip;K;Yu;Y;Zbroszczyk;H;Zha;W;Zhang;C;Zhang;D;Zhang;J;Zhang;S;Zhang;W;Zhang;X;Zhang;Y;Zhang;Z, J.;Zhang;Z;Zhao;F;Zhao;J;Zhao;M;Zhou;J;Zhou;S;Zhou;Y;Zhu;X;Żurek;M;Zyzak;M
國立成功大學 2024 A multimodal approach integrating cognitive and motor demands into physical activity for optimal mental health: Methodological issues and future directions Kao;S, -C.;Brush;C, J.;Wang;C, -H.
國立成功大學 2024 Reaction plane correlated triangular flow in Au+Au collisions at sNN =3 GeV Abdulhamid;M, I.;Aboona;B, E.;Adam;J;Adamczyk;L;Adams;J, R.;Aggarwal;I;Aggarwal;M, M.M.;Ahammed;Z;Aschenauer;E, C.;Aslam;S;Atchison;J;Bairathi;V;Cap;J, G.B.;Barish;K;Bellwied;R;Bhagat;P;Bhasin;A;Bhatta;S;Bhosale;S, R.;Bielčík;J;Bielčíková;J;Brandenburg;J, D.;Broodo;C;Cai;X, Z.;Caines;H;Sánchez;M, C.D.L.B.;Cebra;D;Češka;J;Chakaberia;I;Chaloupka;P;Chan;B, K.;Chang;Z;Chatterjee;A;Chen;D;Chen;J;Chen;J, H.;Chen;Z;Cheng;J;Cheng;Y;Choudhury;S;Christie;W;Chu;X;Crawford;H, J.;Csanád;M;Dale-Gau;G;Das;A;Deppner;I, M.;Dhamija;A;Dixit;P;Dong;X;Drachenberg;J, L.;Duckworth;E;Dunlop;J, C.;Engelage;J;Eppley;G;Esumi;S;Evdokimov;O;Eyser;O;Fatemi;R;Fazio;S;Feng;C, J.;Feng;Y;Finch;E;Fisyak;Y;Flor;F, A.;Fu;C;Gagliardi;C, A.;Galatyuk;T;Gao;T;Geurts;F;Ghimire;N;Gibson;A;Gopal;K;Gou;X;Grosnick;D;Gupta;A;Guryn;W;Hamed;A;Han;Y;Harabasz;S;Harasty;M, D.;Harris;J, W.;Harrison-Smith;H;He;W;He;X, H.;He;Y;Herrmann;N;Holub;L;Hu;C;Hu;Q;Hu;Y;Huang;H;Huang;H, Z.;Huang;S, L.;Huang;T;Huang;X;Huang;Y;Humanic;T, J.;Isshiki;M;Jacobs;W, W.W.;Jalotra;A;Jena;C;Jentsch;A;Ji;Y;Jia;J;Jin;C;Ju;X;Judd;E, G.;Kabana;S;Kalinkin;D;Kang;K;Kapukchyan;D;Kauder;K;Keane;D;Khanal;A;Khyzhniak;Y, V.;Kikoła;D, P.;Kincses;D;Kisel;I;Kisselev;A;Knospe;A, G.;Ko;H, S.;Kosarzewski;L, K.;Kumar;L;Labonte;M, C.;Lacey;R;Landgraf;J, M.;Lauret;J;Lebedev;A;Lee;J, H.;Leung;Y, H.;Lewis;N;Li;C;Li;D;Li;H, -S.;Li;H;Li;W;Li;X;Li;Y;Li;Y;Li;Z;Liang;X;Liang;Y;Licenik;R;Lin;T;Lin;Y;Lisa;M, A.;Liu;C;Liu;G;Liu;H;Liu;L;Liu;T;Liu;X;Liu;Y;Liu;Z;Ljubičič;T;Lomicky;O;Longacre;R, S.;Loyd;E, M.;Lu;T;Luo;J;Luo;X, F.;Ma;L;Ma;R;Ma;Y, G.;Magdy;N;Mallick;D;Ramanathan;R;Margetis;S;Markert;C;Matis;H, S.;McNamara;G;Mi;K;Mioduszewski;S;Mohanty;B;Mondal;M, M.M.;Mooney;I;Nagy;M, I.;Nain;A, S.;Nam;J, D.;Nasim;M;Neff;D;Nelson;J, M.;Nemes;D, B.;Nie;M;Nigmatkulov;G;Niida;T;Nonaka;T;Odyniec;G;Ogawa;A;Oh;S;Okubo;K;Page;B, S.;Pak;R;Pandav;A;Pani;T;Paul;A;Pawlik;B;Pawlowska;D;Perkins;C;Pluta;J;Pokhrel;B, R.;Posik;M;Protzman;T;Prozorova;V;Pruthi;N, K.;Przybycien;M;Putschke;J;Qin;Z;Qiu;H;Racz;C;Radhakrishnan;S, K.;Rana;A;Ray;R, L.;Reed;R;Ritter;H, G.;Robertson;C, W.;Robotková;M;Aguilar;M, A.R.;Roy;D;Chowdhury;P, R.;Ruan;L;Sahoo;A, K.;Sahoo;N, R.;Sako;H;Salur;S;Sato;S;Schaefer;B, C.;Schmidke;W, B.;Schmitz;N;Seck;F, -J.;Seger;J;Seto;R;Seyboth;P;Shah;N;Shanmuganathan;P, V.;Shao;T;Sharma;M;Sharma;N;Sharma;R;Sharma;S, R.;Sheikh;A, I.;Shen;D;Shen;D, Y.;Shen;K;Shi;S, S.S.;Shi;Y;Shou;Q, Y.;Si;F;Singh;J;Singha;S;Sinha;P;Skoby;M, J.;Smirnov;N;Söhngen;Y;Song;Y;Srivastava;B;Stanislaus;T, D.S.;Stefaniak;M;Stewart;D, J.;Stringfellow;B;Su;Y;Suaide;A, A.A.P.;Šumbera;M;Sun;C;Sun;X;Sun;Y;Surrow;B;Sweger, W;Z, W.;Tamis;A, C.;Tang;A, H.;Tang;Z;Tarnowsky;T;Thomas;J, H.;Timmins;A, R.;Tlustý;D;Todoroki;T;Trentalange;S;Tribedy;P;Tripathy;S, K.;Truhlár;T;Trzeciak;B, A.;Tsai;O, D.;Tsang;C, Y.;Tu;Z;Tyler;J;Ullrich;T;Underwood;D, G.;Upsal;I;Buren, van;G;Vanek;J;Vassiliev;I;Verkest;V;Videbaek;F;Voloshin;S, A.;Wang;F;Wang;G;Wang;J, S.;Wang;J;Wang;K;Wang;X;Wang;Y;Wang;Y;Wang;Y;Wang;Z;Webb;J, C.;Weidenkaff;P, C.;Westfall;G, D.;Wielanek;D;Wieman;H;Wilks;G;Wissink;S, W.;Witt;R;Wu;J;Wu;J;Wu;X;Xi;B;Xiao;Z, G.;Xie;G;Xie;W;Xu;H;Xu;N;Xu;Q, H.;Xu;Y;Xu;Y;Xu;Z;Xu;Z;Yan;G;Yan;Z;Yang;C;Yang;Q;Yang;S;Yang;Y;Ye;Z;Ye;Z;Yi;L;Yip;K;Yu;Y;Zbroszczyk;H;Zha;W;Zhang;C;Zhang;D;Zhang;J;Zhang;S;Zhang;W;Zhang;X;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Y;Zhang;Z, J.;Zhang;Z;Zhang;Z;Zhao;F;Zhao;J;Zhao;M;Zhou;J;Zhou;S;Zhou;Y;Zhu;X;Żurek;M;Zyzak;M
國立成功大學 2024 Implementation of Trained Factorization Machine Recommendation System on Quantum Annealer Liu;C, -Y.;Wang;H, -Y.;Liao;P, -Y.;Lai;C, -J.;Hsieh;M, -H.
國立成功大學 2024 Insights into Precision Education Through Multimodal Learning Analytics in STEM Education Lin;C, -J.;Pedaste;M;Huang;Y, -M.
國立成功大學 2024 Predicting Inpatient Deterioration in General Wards Using LSTM Wang;H, -Y.;Tsai;M, -H.;Lin;C, -J.;Po-Lin;P, -L.;Chen;P, -F.;Teng;W, -G.
國立成功大學 2024 Investigating the Acceptance of Large Language Model Technology on Nursing Interviews Among Nurse-Interns Huang;Y, -Y.;Lin;C, -J.;Chen;C, -M.
國立成功大學 2024 Designing Autonomous Vehicle Interactions for a Super-Aged Society: A Formative Study Chang;J, S.-K.;Chen;P, -C.;Ma;H, -T.;Li;S, -E.;Du;W, -T.;Chang;L, -H.;Wang;K, -Y.;Lin;C, -J.;Chieh;H, -F.;Weng;C, -H.
國立成功大學 2024 Connected Speech-Based Cognitive Assessment in Chinese and English Luz;S;Garcia, de la Fuente;S;Haider;F;Fromm;D;MacWhinney;B;Lanzi;A;Chang;Y, -N.;Chou;C, -J.;Liu;Y, -C.
國立成功大學 2024 Fracture Properties Characterization of Multi-Layer Ceramic Capacitors for Device Longevity Assessment Lee;P, -Y.;Chen;K, -S.;Chiu;T, -C.;Yang;T, -S.;Ho;C, -J.;Chen;L, -W.
國立成功大學 2024 GViG: Generative Visual Grounding Using Prompt-Based Language Modeling for�Visual Question Answering Li;Y, -T.;Lin;Y, -J.;Yeh;C, -J.;Lin;C, -Y.;Kao;H, -Y.
國立成功大學 2024 Towards a Positive Thinking About Deepfakes: Evaluating the Experience of Deepfake Voices in the Emotional and Rational Scenarios Chang;C, -J.;Chien;W, -C.
國立成功大學 2024 CFEVER: A Chinese Fact Extraction and VERification Dataset Lin;Y, -J.;Lin;C, -Y.;Yeh;C, -J.;Li;Y, -T.;Hu;Y, -Y.;Hsu;C, -H.;Lee;M, -F.;Kao;H, -Y.
國立成功大學 2023-12-15 Experimental study on thermal performance of water/nano-phase change emulsion through a mini- and micro-channel stacked double-layer heat sink Ho;C, J.;Pan;Ji;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2023-10-1 Assessment of cooling performance of mini/micro-channel stacked double layer heat sink Ho;C, J.;Peng;Jian-Kai;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2023-09 Comparison of cooling performance of nanofluid flows in mini/micro-channel stacked double-layer heat sink and single-layer micro-channel heat sink Ho;C, J.;Peng;Jian-Kai;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
淡江大學 2023-08-14 Assessments of dimensionless pile stiffness for embedded piled raft foundations in soft clays under vertical loads Chang, D.W.;Lin, J.H.;Lin, Y.K.;Lu, F.C., Kuo;C, J.;Zhussupbekov, A.
國立成功大學 2023--MAR Forced convection heat transfer of concurrent Al2O3/PCM nanofluid flows in a concentric double tube Ho;C, J.;Huang;S, H.;Lai;Chi-Ming
國立成功大學 2022-12 Convection heat transfer enhancement by inserting a concentric tube into an externally heated tube and controlling the concurrent flow rates of a phase change nanofluid and water Ho;C, J.;Kung;X, Y.;Lai;Chi-Ming
國立成功大學 2022-11-26 Ionospheric responses on the 21 August 2017 solar eclipse by using three-dimensional GNSS tomography Chen;C, H.;Lin;Charles, Charles C. H.;Lee;C, J.;Liu;J, Y.;Saito;A
國立成功大學 2022-09 Oscillatory natural convection in a square enclosure containing a PCM suspension Ho;C, J.;Huang;C, Y.;Lai;Chi-Ming
國立成功大學 2022-07 Enhancing laminar forced convection heat transfer by using Al2O3/PCM nanofluids in a concentric double-tube duct Ho;C, J.;Huang;S, H.;Lai;Chi-Ming
國立成功大學 2022-05 Experimental study on cooling performance of water-based hybrid nanofluid with PCM and graphene nanoparticles Ho;C, J.;Liu;Kuang-Yu;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2022-02 Efficacy of turbulent convective heat transfer in a circular tube with water-based nanoemulsion of n-Eicosane-An experimental study Ho;C, J.;Lin;Kun-Hung;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2022-01 Cooling characteristics and entropy production of nanofluid flowing through tube Ho;C, J.;Cheng;Chu-Yun;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2021-10-1 Natural convection heat transfer in PCM suspensions in a square enclosure with bottom heating and top cooling Ho;C, J.;Jang;C;Lai;Chi-Ming
國立成功大學 2021-06 An investigation on the thermal energy storage in an enclosure packed with micro-encapsulated phase change material Ho;C, J.;Siao;Chun-Ruei;Yang;Tien-Fu;Chen;Bo-Lin;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2021-06 A numerical simulation validated experimentally for thermally developing convection characteristics of a phase change nanofluid flow in a circular tube Ho;C, J.;Chu;Yu-Chao;Huang;Z, P.;Yang;T, S.;Chiu;T, C.;Chen;Bo-Lin;Yan;Wei-Mon
國立成功大學 2021-06 Cooling performance of mini-channel heat sink with water-based nano-PCM emulsion-An experimental study Ho;C, J.;Hsu;Shao-Teng;Yang;Tien-Fu;Chen;Bo-Lin;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2021-04 Carcinogenesis of Male Oral Submucous Fibrosis Alters Salivary Microbiomes Chen;M, Y.;Chen;J, W.;Wu;L, W.;Huang;K, C.;Chen;J, Y.;Wu;W, S.;Chiang;W, F.;Shih;C, J.;Tsai;K, N.;Hsieh;W, T.;Ho;Y, H.;Wong;T, Y.;Wu;J, H.;Chen;Y, L.
國立成功大學 2021-04 Experimental study on cooling performance of nanofluid flow in a horizontal circular tube Ho;C, J.;Cheng;Chu-Yun;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2021-04 Thermophysical properties of water-based nano-emulsion of tricosane - An Experimental investigation Ho;C, J.;Jheng;Shun-Ren;Yang;Tien-Fu;Pourfattah;Farzad;Yan;Wei-Mon
國立成功大學 2021-02 Convective heat transfer of nano-encapsulated phase change material suspension in a divergent minichannel heatsink Ho;C, J.;Liu;Yen-Chung;Yang;Tien-Fu;Ghalambaz;Mohammad;Yan;Wei-Mon
國立成功大學 2021-01-1 Experimental study on thermophysical properties of water-based nanoemulsion of n-eicosane PCM Ho;C, J.;Lin;Kun-Hung;Rashidi;Saman;Toghraie;Davood;Yan;Wei-Mon
國立成功大學 2021 Effects of direct-acting antiviral therapy for patients with advanced hepatocellular carcinoma and concomitant hepatitis C-A population-based cohort study Tsai;H-Y;Chang;H-P;Chen;C-J;Hsu;W-L;Huang;L-Y;Lee;P-C
國立成功大學 2020-12 Conjugate heat transfer analysis of PCM suspensions in a circular pipe subjected to external cooling convection: Parameter effects Ho;C, J.;Wang;Z, C.;Chen;R, H.;Lai;Chi-Ming
臺大學術典藏 2020-08-18T06:57:04Z The Role of the WISHE Mechanism in Rapid Intensification of Tropical Cyclones C.-J.;C.-C. Wu; C.-J.; C.-C. Wu; CHUN-CHIEH WU
國立成功大學 2020-08 Cooling effects on the heat transfer characteristics of a rectangular thermosyphon with PCM suspension fluid Ho;C, J.;Lin;J, F.;Chen;R, H.;Lai;Chi-Ming
國立成功大學 2020-08 Numerical study on forced convection of water-based suspensions of nanoencapsulated PCM particles/Al2O3 nanoparticles in a mini-channel heat sink Ho;C, J.;Guo;Yu-Wei;Yang;Tien-Fu;Rashidi;Saman;Yan;Wei-Mon
國立成功大學 2020-07 Forced convection heat transfer of Nano-Encapsulated Phase Change Material (NEPCM) suspension in a mini-channel heatsink Ho;C, J.;Liu;Yen-Chung;Ghalambaz;Mohammad;Yan;Wei-Mon
國立成功大學 2020-06 Numerical study on convective heat transfer of nanofluid in a minichannel heat sink with micro-encapsulated PCM-cooled ceiling Yan;Wei-Mon;Ho;C, J.;Tseng;Yu-Ting;Qin;Caiyan;Rashidi;Saman
國立成功大學 2020-06 Fluoroquinolone resistance in Haemophilus influenzae from nursing home residents in Taiwan: correlation of MICs and mutations in QRDRs Chang;C-M;Shih;H-;I;Wu;C-J;Lauderdale;T-L;Lee;N-Y;Lee;C-C;Chen;Y-C;Huang;C-C;Ko;W-C
國立成功大學 2020-03 Cigarette smoke inhalation impairs angiogenesis in early bone healing processes and delays fracture union Chang;C-J;Jou;I-M;Wu;T-T;Su;F-C;Tai;T-W
國立成功大學 2020-03 Thermal-hydraulic analysis for alumina/water nanofluid inside a mini-channel heat sink with latent heat cooling ceiling-An experimental study Ho;C, J.;Hsieh;Yu-Jie;Rashidi;Saman;Orooji;Yasin;Yan;Wei-Mon
國立成功大學 2020-03 Conjugate Heat Transfer Analysis of PCM Suspensions in a Circular Tube under External Cooling Convection: Wall Conduction Effects Ho;C, J.;Wang;Z, C.;Chen;R, H.;Lai;Chi-Ming

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