115 Publications (Page 1 of 5)
2023
Bridging the Monomer to Polymer Gap in Radical Polymer Design
Tan, Ying⋅Tan, Ying⋅Boudouris, Bryan W.⋅Boudouris, Bryan W⋅Savoie, Brett M and Savoie, Brett M.
ACS macro letters, vol. 12, (no. 6), pp. 807, 2023-Jun-20. | Journal Article
 
Charge transport and antiferromagnetic ordering in nitroxide radical crystals
Liang, Zihao⋅Liang, Zihao⋅Liang, Zihao⋅Tan, Ying⋅Tan, Ying⋅Tan, Ying⋅Stoehr, Jacob F⋅Stoehr, Jacob F⋅Stoehr, Jacob F⋅Woeppel, Aaron B⋅Woeppel, Aaron B⋅Woeppel, Aaron B⋅Debnath, Suman⋅Debnath, Suman⋅Debnath, Suman⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Boudouris, Bryan W⋅Boudouris, Bryan W and Boudouris, Bryan W
Molecular Systems Design & Engineering, vol. 8, (no. 4), pp. 464-472, 2023. | Journal Article
 
Photo-activated polymerization inhibition process in photoinitiator systems for high-throughput 3D nanoprinting
Somers, Paul⋅Somers, Paul⋅Somers, Paul⋅Liang, Zihao⋅Liang, Zihao⋅Liang, Zihao⋅Johnson, Jason E⋅Johnson, Jason E⋅Johnson, Jason E⋅Pan, Liang⋅Pan, Liang⋅Pan, Liang⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Xu, Xianfan⋅Xu, Xianfan and Xu, Xianfan
Nanophotonics, vol. 12, (no. 8), pp. 1571-1580, 2023. | Journal Article
 
Significant charge transport effects due to subtle molecular changes in nitroxide radical single crystals
Liang, Zihao⋅Liang, Zihao⋅Liang, Zihao⋅Hsu, Sheng-Ning⋅Hsu, Sheng-Ning⋅Hsu, Sheng-Ning⋅Tan, Ying⋅Tan, Ying⋅Tan, Ying⋅Tahir, Hamas⋅Tahir, Hamas⋅Tahir, Hamas⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Liu, Kangying⋅Liu, Kangying⋅Liu, Kangying⋅Stoehr, Jacob F.⋅Stoehr, Jacob F.⋅Stoehr, Jacob F.⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Savoie, Brett M.⋅Savoie, Brett M.⋅Savoie, Brett M.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W. and Boudouris, Bryan W.
Cell reports physical science, vol. 4, (no. 5), pp. 101409, 2023-05-17. | Journal Article
 
Tailoring Molecular‐Scale Contact at the Perovskite/Polymeric Hole‐Transporting Material Interface for Efficient Solar Cells
Sun, Jiaonan⋅Sun, Jiaonan⋅Sun, Jiaonan⋅Sun, Jiaonan⋅Sun, Jiaonan⋅Ma, Ke⋅Ma, Ke⋅Ma, Ke⋅Ma, Ke⋅Ma, Ke⋅Lin, Zih‐Yu⋅⋅Lin, Zih-Yu⋅Lin, Zih‐Yu⋅Lin, Zih-Yu⋅Tang, Yuanhao⋅Tang, Yuanhao⋅Tang, Yuanhao⋅Tang, Yuanhao⋅Tang, Yuanhao⋅Varadharajan, Dharini⋅Varadharajan, Dharini⋅Varadharajan, Dharini⋅Varadharajan, Dharini⋅Varadharajan, Dharini⋅Chen, Alexander X.⋅Chen, Alexander X⋅Chen, Alexander X⋅Chen, Alexander X⋅Chen, Alexander X.⋅Atapattu, Harindi R⋅Atapattu, Harindi R.⋅Atapattu, Harindi R⋅Atapattu, Harindi R⋅Atapattu, Harindi R.⋅Lee, Yoon Ho⋅Lee, Yoon Ho⋅Lee, Yoon Ho⋅Lee, Yoon Ho⋅Chen, Ke⋅Chen, Ke⋅Chen, Ke⋅Chen, Ke⋅Chen, Ke⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W.⋅Boudouris, Bryan W⋅Boudouris, Bryan W.⋅Graham, Kenneth R.⋅Graham, Kenneth R⋅Graham, Kenneth R.⋅Graham, Kenneth R⋅Graham, Kenneth R⋅Lipomi, Darren J⋅Lipomi, Darren J⋅Lipomi, Darren J.⋅Lipomi, Darren J⋅Lipomi, Darren J.⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M.⋅Savoie, Brett M.⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian and Dou, Letian
Advanced materials (Weinheim), vol. 35, (no. 26), pp. n/a, 20230601. | Journal Article
2022
A Carbon Nanotube-Functional Polymer Composite Film for Low-Power Indoor CO2 Monitoring
Siefker, Zachary A.⋅Siefker, Zachary A.⋅Siefker, Zachary A.⋅Zhao, Xikang⋅Zhao, Xikang⋅Zhao, Xikang⋅Bajaj, Nikhil⋅Bajaj, Nikhil⋅Bajaj, Nikhil⋅Boyina, Abhi⋅Boyina, Abhi⋅Boyina, Abhi⋅Braun, James E.⋅Braun, James E.⋅Braun, James E.⋅Chiu, George T.-C.⋅Chiu, George T.-C.⋅Chiu, George T.-C.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F. and Rhoads, Jeffrey F.
IEEE sensors journal, vol. 22, (no. 12), pp. 1, 2022-06-15. | Journal Article
 
Circularly Recyclable Polymers Featuring Topochemically Weakened Carbon–Carbon Bonds
Luo, Xuyi⋅Luo, Xuyi⋅Luo, Xuyi⋅Luo, Xuyi⋅Luo, Xuyi⋅Wei, Zitang⋅Wei, Zitang⋅Wei, Zitang⋅Wei, Zitang⋅Wei, Zitang⋅Seo, Bumjoon⋅Seo, Bumjoon⋅Seo, Bumjoon⋅Seo, Bumjoon⋅Seo, Bumjoon⋅Hu, Qixuan⋅Hu, Qixuan⋅Hu, Qixuan⋅Hu, Qixuan⋅Hu, Qixuan⋅Wang, Xiaokang⋅Wang, Xiaokang⋅Wang, Xiaokang⋅Wang, Xiaokang⋅Wang, Xiaokang⋅Romo, Joseph A⋅Romo, Joseph A.⋅Romo, Joseph A.⋅Romo, Joseph A.⋅Romo, Joseph A⋅Jain, Mayank⋅Jain, Mayank⋅Jain, Mayank⋅Jain, Mayank⋅Jain, Mayank⋅Cakmak, Mukerrem⋅Cakmak, Mukerrem⋅Cakmak, Mukerrem⋅Cakmak, Mukerrem⋅Cakmak, Mukerrem⋅Boudouris, Bryan W.⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Zhao, Kejie⋅Zhao, Kejie⋅Zhao, Kejie⋅Zhao, Kejie⋅Zhao, Kejie⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Mei, Jianguo⋅Savoie, Brett M.⋅Savoie, Brett M.⋅Savoie, Brett M⋅Savoie, Brett M.⋅Savoie, Brett M⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian and Dou, Letian
Journal of the American Chemical Society, vol. 144, (no. 36), pp. 16597, 20220914. | Journal Article
 
Design Considerations for Next‐Generation Polymer Sorbents: From Polymer Chemistry to Device Configurations
Ouimet, Jonathan Aubuchon⋅Xu, Jialing⋅Flores ‐ Hansen, Carsten⋅Phillip, William A. and Boudouris, Bryan W.
Macromolecular chemistry and physics, vol. 223, (no. 16), pp. n/a, August 2022. | Journal Article
 
Electronic and Magnetic Properties of a Three-Arm Nonconjugated Open-Shell Macromolecule
Yeo, Hyunki⋅Yeo, Hyunki⋅Akkiraju, Siddhartha⋅Akkiraju, Siddhartha⋅Tan, Ying⋅Tan, Ying⋅Tahir, Hamas⋅Tahir, Hamas⋅Dilley, Neil R⋅Dilley, Neil R⋅Savoie, Brett M⋅Savoie, Brett M⋅Boudouris, Bryan W and Boudouris, Bryan W
ACS polymers Au, vol. 2, (no. 1), pp. 68, 2022-02-09. | Journal Article
 
Electronic and Spintronic Open-Shell Macromolecules, Quo Vadis?
Tan, Ying⋅Tan, Ying⋅Tan, Ying⋅Hsu, Sheng-Ning⋅Hsu, Sheng-Ning⋅Hsu, Sheng-Ning⋅Tahir, Hamas⋅Tahir, Hamas⋅Tahir, Hamas⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Boudouris, Bryan W⋅Boudouris, Bryan W and Boudouris, Bryan W
Journal of the American Chemical Society, vol. 144, (no. 2), pp. 647, 2022-01-19. | Journal Article
 
Heavy metal removal using structured sorbents 3D printed from carbon nanotube-enriched polymer solutions
Xu, Jialing⋅Slykas, Cheryl⋅Braegelman, Adam S.⋅Alvarez, Kevin Gabriel⋅Kasl, Thomas⋅Boudouris, Bryan W.⋅Webber, Matthew J.⋅Sharma, Vivek and Phillip, William A.
Matter, vol. 5, (no. 10), pp. 3451, 2022-10-05. | Journal Article
 
High‐Speed One‐Photon 3D Nanolithography Using Controlled Initiator Depletion and Inhibitor Transport
Hsu, Shih‐Hsin⋅Hsu, Shih‐Hsin⋅Chi, Teng⋅Chi, Teng⋅Kim, Jinwoo⋅Kim, Jinwoo⋅Somers, Paul⋅Somers, Paul⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Xu, Xianfan⋅Xu, Xianfan⋅Pan, Liang and Pan, Liang
Advanced optical materials, vol. 10, (no. 4), pp. n/a, 2022-02-01. | Journal Article
 
High-Spin (S = 1) Blatter-Based Diradical with Robust Stability and Electrical Conductivity
Zhang, Shuyang⋅Pink, Maren⋅Junghoefer, Tobias⋅Zhao, Wenchao⋅Hsu, Sheng-Ning⋅Rajca, Suchada⋅Calzolari, Arrigo⋅Boudouris, Bryan⋅Casu, Maria and Rajca, Andrzej
J. Am. Chem. Soc, vol. 144, (no. 13), 2022-03-01. | Journal Article
 
High-Spin (S = 1) Blatter-Based Diradical with Robust Stability and Electrical Conductivity
Zhang, Shuyang⋅Zhang, Shuyang⋅Pink, Maren⋅Pink, Maren⋅Junghoefer, Tobias⋅Junghoefer, Tobias⋅Zhao, Wenchao⋅Zhao, Wenchao⋅Hsu, Sheng-Ning⋅Hsu, Sheng-Ning⋅Rajca, Suchada⋅Rajca, Suchada⋅Calzolari, Arrigo⋅Calzolari, Arrigo⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Casu, Maria Benedetta⋅Casu, Maria Benedetta⋅Rajca, Andrzej and Rajca, Andrzej
Journal of the American Chemical Society, vol. 144, (no. 13), pp. 6070, 2022-04-06. | Journal Article
 
Ion-Selective Organic Electrochemical Transistor Sensors Using Molecularly Imprinted Polymers
Woeppel, Aaron B.⋅Woeppel, Aaron B.⋅Schaefer, Janessa⋅Schaefer, Janessa⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Beaudoin, Stephen P. and Beaudoin, Stephen P.
ACS applied polymer materials, vol. 4, (no. 9), pp. 6674, 20220909. | Journal Article
 
Poly (5-carboxyindole)–β-cyclodextrin composite material for enhanced formaldehyde gas sensing
Hodul, John N.⋅Hodul, John N.⋅Hodul, John N.⋅Hodul, John N.⋅Carneiro, Nikhil F.⋅Carneiro, Nikhil F.⋅Carneiro, Nikhil F.⋅Carneiro, Nikhil F.⋅Murray, Allison K.⋅Murray, Allison K.⋅Murray, Allison K.⋅Murray, Allison K.⋅Lee, Wilson⋅Lee, Wilson⋅Lee, Wilson⋅Lee, Wilson⋅Brayton, Kelly M.⋅Brayton, Kelly M.⋅Brayton, Kelly M.⋅Brayton, Kelly M.⋅He, Xinping⋅He, Xinping⋅He, Xinping⋅He, Xinping⋅Flores-Hansen, Carsten⋅Flores-Hansen, Carsten⋅Flores-Hansen, Carsten⋅Flores-Hansen, Carsten⋅Zemlyanov, Dmitry⋅Zemlyanov, Dmitry⋅Zemlyanov, Dmitry⋅Zemlyanov, Dmitry⋅Chiu, George T.-C.⋅Chiu, George T.-C.⋅Chiu, George T. C.⋅Chiu, George T.-C.⋅Braun, James E.⋅Braun, James E.⋅Braun, James E.⋅Braun, James E.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F. and Rhoads, Jeffrey F.
Journal of materials science, vol. 57, (no. 24), pp. 11474, 2022-06-01. | Journal Article
 
Radical Polymer-Based Organic Electrochemical Transistors
Kim, Ho Joong⋅Kim, Ho Joong⋅Perera, Kuluni⋅Perera, Kuluni⋅Liang, Zihao⋅Liang, Zihao⋅Bowen, Brennen⋅Bowen, Brennen⋅Mei, Jianguo⋅Mei, Jianguo⋅Boudouris, Bryan W and Boudouris, Bryan W
ACS macro letters, vol. 11, (no. 2), pp. 250, 2022-02-15. | Journal Article
 
Smart soft contact lenses for continuous 24-hour monitoring of intraocular pressure in glaucoma care
Zhang, Jinyuan⋅Zhang, Jinyuan⋅Zhang, Jinyuan⋅Zhang, Jinyuan⋅Kim, Kyunghun⋅Kim, Kyunghun⋅Kim, Kyunghun⋅Kim, Kyunghun⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Meyer, Dawn⋅Meyer, Dawn⋅Meyer, Dawn⋅Meyer, Dawn⋅Park, Woohyun⋅Park, Woohyun⋅Park, Woohyun⋅Park, Woohyun⋅Lee, Seul Ah⋅Lee, Seul Ah⋅Lee, Seul Ah⋅Lee, Seul Ah⋅Dai, Yumin⋅Dai, Yumin⋅Dai, Yumin⋅Dai, Yumin⋅Kim, Bongjoong⋅Kim, Bongjoong⋅Kim, Bongjoong⋅Kim, Bongjoong⋅Moon, Haesoo⋅Moon, Haesoo⋅Moon, Haesoo⋅Moon, Haesoo⋅Shah, Jay V⋅Shah, Jay V⋅Shah, Jay V⋅Shah, Jay V⋅Harris, Keely E⋅Harris, Keely E⋅Harris, Keely E⋅Harris, Keely E⋅Collar, Brett⋅Collar, Brett⋅Collar, Brett⋅Collar, Brett⋅Liu, Kangying⋅Liu, Kangying⋅Liu, Kangying⋅Liu, Kangying⋅Irazoqui, Pedro⋅Irazoqui, Pedro⋅Irazoqui, Pedro⋅Irazoqui, Pedro⋅Lee, Hyowon⋅Lee, Hyowon⋅Lee, Hyowon⋅Lee, Hyowon⋅Park, Shin Ae⋅Park, Shin Ae⋅Park, Shin Ae⋅Park, Shin Ae⋅Kollbaum, Pete S⋅Kollbaum, Pete S⋅Kollbaum, Pete S⋅Kollbaum, Pete S⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Lee, Chi Hwan⋅Lee, Chi Hwan⋅Lee, Chi Hwan and Lee, Chi Hwan
Nature communications, vol. 13, (no. 1), pp. 5518, 2022-09-20. | Journal Article
 
Sorption Kinetics of Poly(ethyleneimine)–Poly(ethylene Oxide) Blends and the Implication for Low-Cost, Small-Scale CO2 Sensors
Siefker, Zachary A.⋅Siefker, Zachary A.⋅Siefker, Zachary A.⋅Hodul, John N.⋅Hodul, John N.⋅Hodul, John N.⋅Flores-Hansen, Carsten⋅Flores-Hansen, Carsten⋅Flores-Hansen, Carsten⋅Chiu, George T.-C.⋅Chiu, George T.-C.⋅Chiu, George T.-C.⋅Braun, James E.⋅Braun, James E.⋅Braun, James E.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W. and Boudouris, Bryan W.
ACS applied polymer materials, vol. 4, (no. 6), pp. 4397, 20220610. | Journal Article
 
Student Outcomes Related to Academic Performance, Motivation, and Mental Health in an Online Materials and Energy Balances Course during the COVID-19 Pandemic
Adaramola, AraOluwa⋅Adaramola, AraOluwa⋅Godwin, Allison⋅Godwin, Allison⋅Boudouris, Bryan and Boudouris, Bryan
Chemical engineering education, vol. 56, (no. 1), pp. 36, 2022-00-00. | Journal Article
2021
All-printed stretchable corneal sensor on soft contact lenses for noninvasive and painless ocular electrodiagnosis
Kim, Kyunghun⋅Kim, Kyunghun⋅Kim, Ho Joong⋅Kim, Ho Joong⋅Zhang, Haozhe⋅Zhang, Haozhe⋅Park, Woohyun⋅⋅Park, Woohyun⋅Meyer, Dawn⋅Meyer, Dawn⋅Meyer, Dawn⋅Kim, Min Ku⋅Kim, Min Ku⋅Ku, Kim M⋅Kim, Bongjoong⋅Kim, Bongjoong⋅Park, Heun⋅Park, Heun⋅Xu, Baoxing⋅⋅Xu, Baoxing⋅⋅Kollbaum, Pete⋅Kollbaum, Pete⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Lee, Chi Hwan⋅Lee, Chi Hwan and Lee, Chi H
Nature Communications, vol. 12, (no. 1), 2021. | Journal Article
 
Author Correction: Molecular engineering of organic–inorganic hybrid perovskites quantum wells
Gao, Yao⋅Gao, Yao⋅Gao, Yao⋅Gao, Yao⋅Gao, Yao⋅Gao, Yao⋅Shi, Enzheng⋅Shi, Enzheng⋅Shi, Enzheng⋅Shi, Enzheng⋅Shi, Enzheng⋅Shi, Enzheng⋅Deng, Shibin⋅Deng, Shibin⋅Deng, Shibin⋅Deng, Shibin⋅Deng, Shibin⋅Deng, Shibin⋅Shiring, Stephen B⋅Shiring, Stephen B⋅Shiring, Stephen B⋅Shiring, Stephen B⋅Shiring, Stephen B⋅Shiring, Stephen B⋅Snaider, Jordan M⋅Snaider, Jordan M⋅Snaider, Jordan M⋅Snaider, Jordan M⋅Snaider, Jordan M⋅Snaider, Jordan M⋅Liang, Chao⋅Liang, Chao⋅Liang, Chao⋅Liang, Chao⋅Liang, Chao⋅Liang, Chao⋅Yuan, Biao⋅Yuan, Biao⋅Yuan, Biao⋅Yuan, Biao⋅Yuan, Biao⋅Yuan, Biao⋅Song, Ruyi⋅Song, Ruyi⋅Song, Ruyi⋅Song, Ruyi⋅Song, Ruyi⋅Song, Ruyi⋅Janke, Svenja M⋅Janke, Svenja M⋅Janke, Svenja M⋅Janke, Svenja M⋅Janke, Svenja M⋅Janke, Svenja M⋅Liebman-Peláez, Alexander⋅Liebman-Peláez, Alexander⋅Liebman-Peláez, Alexander⋅Liebman-Peláez, Alexander⋅Liebman-Peláez, Alexander⋅Liebman-Peláez, Alexander⋅Yoo, Pilsun⋅Yoo, Pilsun⋅Yoo, Pilsun⋅Yoo, Pilsun⋅Yoo, Pilsun⋅Yoo, Pilsun⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Zeller, Matthias⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Liao, Peilin⋅Liao, Peilin⋅Liao, Peilin⋅Liao, Peilin⋅Liao, Peilin⋅Liao, Peilin⋅Zhu, Chenhui⋅Zhu, Chenhui⋅Zhu, Chenhui⋅Zhu, Chenhui⋅Zhu, Chenhui⋅Zhu, Chenhui⋅Blum, Volker⋅Blum, Volker⋅Blum, Volker⋅Blum, Volker⋅Blum, Volker⋅Blum, Volker⋅Yu, Yi⋅Yu, Yi⋅Yu, Yi⋅Yu, Yi⋅Yu, Yi⋅Yu, Yi⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Savoie, Brett M⋅Huang, Libai⋅Huang, Libai⋅Huang, Libai⋅Huang, Libai⋅Huang, Libai⋅Huang, Libai⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian⋅Dou, Letian and Dou, Letian
Nature chemistry, vol. 13, (no. 3), pp. 290, 2021-Mar. | Journal Article
 
Conductive Polymer Spark Gap Igniters
McConnell, Miranda P.⋅McConnell, Miranda P.⋅McConnell, Miranda P.⋅McConnell, Miranda P.⋅Murray, Allison K.⋅Murray, Allison K.⋅Murray, Allison K.⋅Murray, Allison K.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Boudouris, Bryan W.⋅Gunduz, I. Emre⋅Gunduz, I. Emre⋅Gunduz, I. Emre⋅Gunduz, I. Emre⋅Son, Steven F.⋅Son, Steven F.⋅Son, Steven F.⋅Son, Steven F.⋅Chiu, George T.‐C.⋅Chiu, George T.‐C.⋅Chiu, George T.‐C.⋅Chiu, George T.‐C.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F.⋅Rhoads, Jeffrey F. and Rhoads, Jeffrey F.
Propellants, explosives, pyrotechnics, vol. 46, (no. 10), pp. 1503, October 2021. | Journal Article
 
Designing Donor–Acceptor Copolymers for Stable and High-Performance Organic Electrochemical Transistors
Luo, Xuyi⋅Luo, Xuyi⋅Shen, Hongguang⋅Shen, Hongguang⋅Perera, Kuluni⋅Perera, Kuluni⋅Tran, Dung Trong⋅Tran, Dung Trong⋅Boudouris, Bryan W⋅Boudouris, Bryan W⋅Mei, Jianguo and Mei, Jianguo
ACS macro letters, vol. 10, (no. 8), pp. 1067, 2021-08-17. | Journal Article
 
Design of an n-type low glass transition temperature radical polymer
Akkiraju, Siddhartha⋅Akkiraju, Siddhartha⋅Liang, Zihao⋅Liang, Zihao⋅Tan, Ying⋅Tan, Ying⋅Kim, Ho J⋅Kim, Ho J⋅Zhao, Xikang⋅Zhao, Xikang⋅Savoie, Brett M⋅Savoie, Brett M⋅Boudouris, Bryan W and Boudouris, Bryan W
Polymer Chemistry, vol. 12, (no. 10), pp. 1448-1457, 2021. | Journal Article