Search

Your search keyword '"Kumar, Amrendra"' showing total 479 results
Start Over Author "Kumar, Amrendra" Search Limiters Academic (Peer-Reviewed) Journals
479 results on '"Kumar, Amrendra"'

11. Unpinned Dirac-Fermions in Carbon-Phosphorous-Arsenic Based Ternary Monolayer

Author

Kumar, Amrendra and Kamal, C.

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

We predict energetically and dynamically stable ternary Carbon-Phosphorous-Arsenic (CPAs2) monolayers in buckled geometric structure by employing density functional theory based calculations. We consider three different symmetric configurations, namely, inversion (i), mirror (m) and rotational (r). The low-energy dispersions in electronic band structure and density of states (DOS) around the Fermi level contain two contrasting features: (a) parabolic dispersion around highly symmetric Gamma point with a step function in DOS due to nearly-free-particle-like Schroedinger-Fermions and (b) linear dispersion around highly symmetric K point with linear DOS due to massless Dirac-Fermions for i-CPAs2 monolayer. The step function in DOS is a consequence of two-dimensionality of the system in which the motion of nearly-free-particles is confined. However, a closer look at (b) reveals that the ternary monolayers possess distinct characters, namely (i) massless-gapless, (ii) slightly massive-gapped and (iii) unpinned massless-gapless Dirac-Fermions for i, m and r-CPAs2 configurations respectively. Thus, the nature of states around the Fermi level depends crucially on the symmetry of systems. In addition, we probe the influence of mechanical strain on the properties of CPAs2 monolayer. The results indicate that the characteristic dispersions of (a) and (b) move in opposite directions in energy which leads to a metal-to-semimetal transition in i and r-CPAs2 configurations, for a few percentages of tensile strain. On the other hand, a strain induced metal-to-semiconductor transition is observed in m-CPAs2 configuration with a tunable energy band gap. Interestingly, unlike graphene, the Dirac cones can be unpinned from highly symmetric K (and K') point, but they are restricted to move along the edges (K-M'-K') of first Brillouin zone due to C2 symmetry in i and r-CPAs2 configurations., Comment: 14 pages, 9 figures

Published
2023

12. Unconventional spin polarization at Argon ion milled SrTiO3 Interfaces

Author

Kumar, Amrendra, Shashank, Utkarsh, Maharana, Suman Kumar, Mohan, John Rex, Gupta, Surbhi, Asada, Hironori, Fukuma, Yasuhiro, and Medwal, Rohit

Subjects
Physics - Applied Physics
Abstract

Interfacial two-dimensional electron gas (2DEG) formed at the perovskite-type oxide, such as SrTiO3, has attracted significant attention due to its properties of ferromagnetism, superconductivity, and its potential application in oxide-based low-power consumption electronics. Recent studies have investigated spin-to-charge conversion at the STO interface with different materials, which could affect the efficiency of this 2DEG interface. In this report, we presented an Ar^+ ion milling method to create a 2DEG at STO directly by inducing oxygen vacancies. To quantify the spin-to-charge conversion of this interface, we measured the angular-dependent spin-torque ferromagnetic resonance (ST-FMR) spectra, revealing an unconventional spin polarization at the interface of Argon ion-milled STO and NiFe. Furthermore, a micromagnetic simulation for angular-dependent spin-torque ferromagnetic resonance (ST-FMR) has been performed, confirming the large unconventional spin polarization at the interface.

Published
2023

15. Innovative Feed Additives for Sustainable Aquaculture: Phytobiotics Encapsulated in Organic Nanoparticles

Author

Kamble, Manoj Tukaram, Yostawonkul, Jakarwan, Medhe, Seema Vijay, Chavan, Balasaheb Ramdas, Kumar, Amrendra, Palekar, Gargi Rajesh, Daunde, Viraj Yeshwant, Tayade, Sangharsh Himmat, Gabriel, Ndakalimwe Naftal, Ataguba, Gabriel Arome, Pirarat, Nopadon, Gabriel, Ndakalimwe Naftal, editor, Abasubong, Kenneth Prudence, editor, Erasmus, Victoria Ndinelago, editor, and Kamble, Manoj Tukaram, editor

Published
2024
Full Text
View/download PDF

16. Phase Resolved Partial Discharge Patterns in Epoxy Nanocomposites

Author

Bordeori, Moon Moon, Kumar, Amrendra, Gupta, Nandini, Angrisani, Leopoldo, Series Editor, Arteaga, Marco, Series Editor, Chakraborty, Samarjit, Series Editor, Chen, Jiming, Series Editor, Chen, Shanben, Series Editor, Chen, Tan Kay, Series Editor, Dillmann, Rüdiger, Series Editor, Duan, Haibin, Series Editor, Ferrari, Gianluigi, Series Editor, Ferre, Manuel, Series Editor, Jabbari, Faryar, Series Editor, Jia, Limin, Series Editor, Kacprzyk, Janusz, Series Editor, Khamis, Alaa, Series Editor, Kroeger, Torsten, Series Editor, Li, Yong, Series Editor, Liang, Qilian, Series Editor, Martín, Ferran, Series Editor, Ming, Tan Cher, Series Editor, Minker, Wolfgang, Series Editor, Misra, Pradeep, Series Editor, Mukhopadhyay, Subhas, Series Editor, Ning, Cun-Zheng, Series Editor, Nishida, Toyoaki, Series Editor, Oneto, Luca, Series Editor, Panigrahi, Bijaya Ketan, Series Editor, Pascucci, Federica, Series Editor, Qin, Yong, Series Editor, Seng, Gan Woon, Series Editor, Speidel, Joachim, Series Editor, Veiga, Germano, Series Editor, Wu, Haitao, Series Editor, Zamboni, Walter, Series Editor, Zhang, Junjie James, Series Editor, Tan, Kay Chen, Series Editor, and Sharma, Archana, editor

Published
2024
Full Text
View/download PDF

20. Clinical Implementation of “Plan of the Day” Strategy in Definitive Radiation Therapy of Cervical Cancer: Online Adaptation to Address the Challenge of Organ Filling Reproducibility

Author

Ghosh, Suman, Gurram, Lavanya, Kumar, Amrendra, Mulye, Gargee, Mittal, Prachi, Chopra, Supriya, Kharbanda, Disha, Hande, Vinod, Ghadi, Yogesh, Scaria, Libin, Dheera, A., Varghese, George Biju, Kole, Satish, Ansari, Sahebuzzama, Mahantshetty, Umesh, and Agarwal, Jai Prakash

Published
2024
Full Text
View/download PDF

21. Agriculture Policy, Law and Institutions: Relevance for Soil Degradation

Author

Kumar, Amrendra, Shastri, Chirag, Roopak, V., Ginzky, Harald, Series Editor, Anderson, Jerry, Advisory Editor, Bodle, Ralph, Advisory Editor, Boer, Ben, Advisory Editor, Chiziane, Eduardo, Advisory Editor, Castillo, Victor, Advisory Editor, Desrousseaux, Maylis, Advisory Editor, Du, Qun, Advisory Editor, Erlewein, Alexander, Advisory Editor, Hannam, Ian, Advisory Editor, Kibugi, Robert, Advisory Editor, Leuzinger, Marcia, Advisory Editor, Martin, Paul, Advisory Editor, Mastrojeni, Grammenos, Advisory Editor, Morato Leite, José, Advisory Editor, Nelly, Kamunde, Advisory Editor, Rees, William, Advisory Editor, Richardson, Jesse, Advisory Editor, Ruppel, Oliver, Advisory Editor, Vanheusden, Bernard, Advisory Editor, Wegerdt, Patrick, Advisory Editor, Windfuhr, Michael, Advisory Editor, and Desai, Bharat H., editor

Published
2023
Full Text
View/download PDF

22. Effect of Electrode Length and AC Frequency on Mixing in a Diamond-Shaped Split-And-Recombine Electroosmotic Micromixer

Author

Kumar, Amrendra, Manna, Nirmal K., Sarkar, Sandip, Cavas-Martínez, Francisco, Editorial Board Member, Chaari, Fakher, Series Editor, di Mare, Francesca, Editorial Board Member, Gherardini, Francesco, Series Editor, Haddar, Mohamed, Editorial Board Member, Ivanov, Vitalii, Series Editor, Kwon, Young W., Editorial Board Member, Trojanowska, Justyna, Editorial Board Member, Sudarshan, T. S., editor, Pandey, K. M., editor, Misra, R. D., editor, Patowari, P. K., editor, and Bhaumik, Swapan, editor

Published
2023
Full Text
View/download PDF

24. Pitch-rotational manipulation of single cells and particles using single-beam thermo-optical tweezers

Author

Kumar, Sumeet, Gunaseelan, M., Vaippully, Rahul, Kumar, Amrendra, Ajith, Mithun, Vaidya, Gaurav, Dutta, Soumya, and Roy, Basudev

Subjects
Condensed Matter - Soft Condensed Matter, Physics - Optics
Abstract

3D pitch rotation of microparticles and cells assumes importance in a wide variety of applications in biology, physics, chemistry and medicine. Applications such as cell imaging and injection benefit from pitch-rotational manipulation. Generation of such motion in single beam optical tweezers has remained elusive due to complicacies of generating high enough ellipticity perpendicular to the direction of propagation. Further, trapping an extended object at two locations can only generate partial pitch motion by moving one of the foci in the axial direction. Here, we use hexagonal-shaped upconverting particles and single cells trapped close to a gold-coated glass cover slip in a sample chamber to generate complete 360 degree and continuous pitch motion even with a single optical tweezers beam. The tweezers beam passing through the gold surface is partially absorbed and generates a hot-spot to produce circulatory convective flows in the vicinity which rotates the objects. The rotation rate can be controlled by the intensity of the laser light and the thickness of the gold layer. Thus such a simple configuration can turn the particle in the pitch sense. The circulatory flows in this technique have a diameter of about 5 $\mu$m which is smaller than those reported using acousto-fluidic techniques.

Published
2020

25. Kidney and Cardiovascular Effects of Canagliflozin According to Age and Sex: A Post Hoc Analysis of the CREDENCE Randomized Clinical Trial

Author

Perkovic, Vlado, Mahaffey, Kenneth W., Agarwal, Rajiv, Bakris, George, Brenner, Barry M., Cannon, Christopher P., Charytan, David M., de Zeeuw, Dick, Greene, Tom, Jardine, Meg J., Heerspink, Hiddo J.L., Levin, Adeera, Meininger, Gary, Neal, Bruce, Pollock, Carol, Wheeler, David C., Zhang, Hong, Zinman, Bernard, Jardine, Meg, Li, Nicole, Kolesnyk, Inna, Aizenberg, Diego, Pecoits-Filho, Roberto, Cherney, David, Obrador, Gregorio, Chertow, Glenn, Chang, Tara, Hawley, Carmel, Ji, Linong, Wada, Takashi, Jha, Vivekanand, Lim, Soo Kun, Lim-Abrahan, Mary Anne, Santos, Florence, Chae, Dong-Wan, Hwang, Shang-Jyh, Vazelov, Evgueniy, Rychlík, Ivan, Hadjadj, Samy, Krane, Vera, Rosivall, László, De Nicola, Luca, Dreval, Alexander, Nowicki, Michał, Schiller, Adalbert, Distiller, Larry, Górriz, Jose L., Kolesnyk, Mykola, David, Wheeler, C., Guerrero, Rodolfo Andres Ahuad, Albisu, Juan Pablo, Alvarisqueta, Andres, Bartolacci, Ines, Berli, Mario Alberto, Bordonava, Anselmo, Calella, Pedro, Cantero, Maria Cecilia, Cartasegna, Luis Rodolfo, Cercos, Esteban, Coloma, Gabriela Cecilia, Colombo, Hugo, Commendatore, Victor, Cuadrado, Jesus, Cuneo, Carlos Alberto, Cusumano, Ana Maria, Douthat, Walter Guillermo, Dran, Ricardo Dario, Farias, Eduardo, Fernandez, Maria Florencia, Finkelstein, Hernan, Fragale, Guillermo, Fretes, Jose Osvaldo, Garcia, Nestor Horacio, Gastaldi, Anibal, Gelersztein, Elizabeth, Glenny, Jorge Archibaldo, Gonzalez, Joaquin Pablo, Colaso, Patricia del Carmen Gonzalez, Goycoa, Claudia, Greloni, Gustavo Cristian, Guinsburg, Adrian, Hermida, Sonia, Juncos, Luis Isaias, Klyver, Maria Isabel, Kraft, Florencia, Krynski, Fernando, Lanchiotti, Paulina Virginia, Leon de la Fuente, Ricardo Alfonso, Marchetta, Nora, Mele, Pablo, Nicolai, Silvia, Novoa, Pablo Antonio, Orio, Silvia Ines, Otreras, Fabian, Oviedo, Alejandra, Raffaele, Pablo, Resk, Jorge Hector, Rista, Lucas, Papini, Nelson Rodriguez, Sala, Jorgelina, Santos, Juan Carlos, Schiavi, Lilia Beatriz, Sessa, Horacio, Casabella, Tomas Smith, Ulla, Maria Rosa, Valdez, Maria, Vallejos, Augusto, Villarino, Adriana, Visco, Virginia Esther, Wassermann, Alfredo, Zaidman, Cesar Javier, Cheung, Ngai Wah, Droste, Carolyn, Fraser, Ian, Johnson, David, Mah, Peak Mann, Nicholls, Kathy, Packham, David, Proietto, Joseph, Roberts, Anthony, Roger, Simon, Tsang, Venessa, Raduan, Roberto Abrão, Costa, Fernando Augusto Alves da, Amodeo, Celso, Turatti, Luiz Alberto Andreotti, Bregman, Rachel, Sanches, Fernanda Cristina Camelo, Canani, Luis Henrique, Chacra, Antônio Roberto, Borges, João Lindolfo Cunha, Vêncio, Sérgio Alberto Cunha, Franco, Roberto Jorge da Silva, d’Avila, Domingos, Portes, Evandro de Souza, de Souza, Pedro, Deboni, Luciane Mônica, Fraige Filho, Fadlo, Neto, Bruno Geloneze, Gomes, Marcus, Kohara, Suely Keiko, Keitel, Elizete, Saraiva, Jose Francisco Kerr, Lisboa, Hugo Roberto Kurtz, Contieri, Fabiana Loss de Carvalho, Milagres, Rosângela, Junior, Renan Montenegro, de Brito, Claudia Moreira, Hissa, Miguel Nasser, Sabbag, Ângela Regina Nazario, Noronha, Irene, Panarotto, Daniel, Filho, Roberto Pecoits, Pereira, Márcio Antônio, Saporito, Wladmir, Scotton, Antonio Scafuto, Schuch, Tiago, de Almeida, Roberto Simões, Ramos, Cássio Slompo, Felício, João Soares, Thomé, Fernando, Hachmann, Jean Carlo Tibes, Yamada, Sérgio, Hayashida, Cesar Yoiti, Petry, Tarissa Beatrice Zanata, Zanella, Maria Teresa, Andreeva, Viktoria, Angelova, Angelina, Dimitrov, Stefan, Genadieva, Veselka, Genova-Hristova, Gabriela, Hristozov, Kiril, Kamenov, Zdravko, Koundurdjiev, Atanas, Lozanov, Lachezar, Margaritov, Viktor, Nonchev, Boyan, Rangelov, Rangel, Shinkov, Alexander, Temelkova, Margarita, Velichkova, Ekaterina, Yakov, Andrian, Aggarwal, Naresh, Aronson, Ronnie, Bajaj, Harpreet, Chouinard, Guy, Conway, James, Cournoyer, Serge, DaRoza, Gerald, De Serres, Sacha, Dubé, François, Goldenberg, Ronald, Gupta, Anil, Gupta, Milan, Henein, Sam, Khandwala, Hasnain, Leiter, Lawrence, Madore, François, McMahon, Alan, Muirhead, Norman, Pichette, Vincent, Rabasa-Lhoret, Remi, Steele, Andrew, Tangri, Navdeep, Torshizi, Ali, Woo, Vincent, Zalunardo, Nadia, Montenegro, María Alicia Fernández, Gonzalo Godoy Jorquera, Juan, Fariña, Marcelo Medina, Gajardo, Victor Saavedra, Vejar, Margarita, Chen, Nan, Chen, Qinkai, Gan, Shenglian, Kong, Yaozhong, Li, Detian, Li, Wenge, Li, Xuemei, Lin, Hongli, Liu, Jian, Lu, Weiping, Mao, Hong, Ren, Yan, Song, Weihong, Sun, Jiao, Sun, Lin, Tu, Ping, Wang, Guixia, Yang, Jinkui, Yin, Aiping, Yu, Xueqing, Zhao, Minghui, Zheng, Hongguang, Mendoza, Jose Luis Accini, Arcos, Edgar, Avendano, Jorge, Diaz Ruiz, Jorge Ernesto Andres, Ortiz, Luis Hernando Garcia, Gonzalez, Alexander, Triana, Eric Hernandez, Higuera, Juan Diego, Malaver, Natalia, de Salazar, Dora Inés Molina, Rosero, Ricardo, Alexandra Terront Lozano, Monica, Cometa, Luis Valderrama, Valenzuela, Alex, Vargas Alonso, Ruben Dario, Villegas, Ivan, Yupanqui, Hernan, Bartaskova, Dagmar, Barton, Petr, Belobradkova, Jana, Dohnalova, Lenka, Drasnar, Tomas, Ferkl, Richard, Halciakova, Katarina, Klokocnikova, Vera, Kovar, Richard, Lastuvka, Jiri, Lukac, Martin, Pesickova, Satu, Peterka, Karel, Pumprla, Jiri, Rychlik, Ivan, Saudek, Frantisek, Tesar, Vladimir, Valis, Martin, Weiner, Pavel, Zemek, Stanislav, Alamartine, Eric, Borot, Sophie, Cariou, Bertrand, Dussol, Bertrand, Fauvel, Jean-Pierre, Gourdy, Pierre, Klein, Alexandre, Le Meur, Yannick, Penfornis, Alfred, Roussel, Ronan, Saulnier, Pierre-Jean, Thervet, Eric, Zaoui, Philippe, Burst, Volker, Faghih, Markus, Faulmann, Grit, Haller, Hermann, Jerwan-Keim, Reinhold, Maxeiner, Stephan, Paschen, Björn, Plassmann, Georg, Rose, Ludger, Gonzalez Orellana, Ronaldo Arturo, Haase, Franklin Paul, Moreira Diaz, Juan Pablo, Ramirez Roca, Luis Alberto, Sánchez Arenales, Jose Antonio, Sanchez Polo, José Vicente, Juarez, Erick Turcios, Csecsei, Gyongyi, Csiky, Botond, Danos, Peter, Deak, Laszlo, Dudas, Mihaly, Harcsa, Eleonora, Keltai, Katalin, Keresztesi, Sandor, Kiss, Krisztian, Konyves, Laszlo, Major, Lajos, Mileder, Margit, Molnar, Marta, Mucsi, Janos, Oroszlan, Tamas, Ory, Ivan, Paragh, Gyorgy, Peterfai, Eva, Petro, Gizella, Revesz, Katalin, Takacs, Robert, Vangel, Sandor, Vasas, Szilard, Zsom, Marianna, Abraham, Oomman, Bhushan, Raju Sree, Deepak, Dewan, Edwin, Fernando M., Gopalakrishnan, Natarajan, Gracious, Noble, Hansraj, Alva, Jain, Dinesh, Keshavamurthy, C.B., Khullar, Dinesh, Manisha, Sahay, Peringat, Jayameena, Prasad, Narayan, Satyanarayana, Rao K., Sreedhar, Reddy, Sreelatha, Melemadathil, Sudhakar, Bhimavarapu, Chandra Vyasam, Ramesh, Bonadonna, Riccardo, Castellino, Pietro, Ceriello, Antonio, Chiovato, Luca, De Cosmo, Salvatore, Derosa, Giuseppe, Di Carlo, Alberto, Di Cianni, Graziano, Frascà, Giovanni, Fuiano, Giorgio, Gambaro, Giovanni, Garibotto, Giacomo, Giorda, Carlo, Malberti, Fabio, Mandreoli, Marcora, Mannucci, Edoardo, Orsi, Emanuela, Piatti, Piermarco, Santoro, Domenico, Sasso, Ferdinando Carlo, Serviddio, Gaetano, Stella, Andrea, Trevisan, Roberto, Veronelli, Anna Maria, Zanoli, Luca, Akiyama, Hitoshi, Aoki, Hiromi, Asano, Akimichi, Iitsuka, Tadashi, Kajiyama, Shizuo, Kashine, Susumu, Kawada, Toshio, Kodera, Takamoto, Kono, Hiroshi, Koyama, Kazunori, Kumeda, Yasuro, Miyauchi, Shozo, Mizuyama, Kazuyuki, Niiya, Tetsuji, Oishi, Hiroko, Ota, Satoshi, Sakakibara, Terue, Takai, Masahiko, Tomonaga, Osamu, Tsujimoto, Mitsuru, Wakasugi, Masakiyo, Wakida, Yasushi, Watanabe, Takayuki, Yamada, Masayo, Yanagida, Kazuhiro, Yanase, Toshihiko, Yumita, Wataru, Gaupsiene, Egle, Kozloviene, Dalia, Navickas, Antanas, Urbanaviciene, Egle, Abdul Ghani, Rohana, Kadir, Khalid Abdul, Ali, Norsiah, Che Yusof, Mohd Daud, Gan, Chye Lee, Ismail, Mastura, Kong, Wei Yen, Lam, Swee Win, Lee, Li Yuan, Loh, Chek Loong, Manocha, Anita Bhajan, Ng, Kee Sing, Ahmad, Nik Nur Fatnoon Nik, Ratnasingam, Vanassa, Shudim, Saiful Shahrizal Bin, Vengadasalam, Paranthaman, Abraira Munoz, Luis David, Salazar, Melchor Alpizar, Cruz, Juan Baas, Soto, Mario Burgos, Ramos, Jose Chevaile, Wong, Alfredo Chew, Correa Rotter, Jose Ricardo, Escalante, Tonatiu Diaz, Enriquez Sosa, Favio Edmundo, Lozano, Fernando Flores, Flota Cervera, Luis Fernando, Baron, Paul Frenk, Ballesteros, Cecilia Garcia, Gomez Rangel, Jose David, Herrera Jimenez, Luis Enrique, Irizar Santana, Sergio Saul, Flores, Fernando Jimenez, Molina, Hugo Laviada, Luna Ceballos, Rosa Isela, del Campo Blanco, Belia Martin, Franco, Guadalupe Morales, Moreno Loza, Oscar Tarsicio, Rocha, Cynthia Mustieles, Vera, Gregorio Obrador, Castellanos, Ricardo Orozco, Calcaneo, Juan Peralta, Reyes Rosano, Miguel Angel, Pattzi, Hiromi Rodriguez, Guzman, Juan Rosas, Rucker Joerg, Isabel Erika, Saavedra Sanchez, Sandra Berenice, Sanchez Mijangos, Jose Hector, Sanson, Pablo Serrano, Tamayo y Orozco, Juan Alfredo, Chavez, Eloisa Tellez, Cepeda, Alejandro Valdes, Carrillo, Luis Venegas, Mesa, Juan Villagordoa, Escobedo, Rolando Zamarripa, Baker, John, Noonan, Paul, Scott, Russell, Walker, Robert, Watson, Edward, Williams, Michael, Young, Simon, Abejuela, Zaynab, Agra, Jeimeen, Aquitania, Grace, Caringal, Clodoaido, Comia, Rhea Severina, Santos, Lalaine Delos, Gomez, Olivert, Jimeno, Cecilia, Tan, Gerry, Tolentino, Marsha, Yao, Christy, Yap, Yvette Ethel, Lallaine Ygpuara, Ma. Dovie, Bijata-Bronisz, Renata, Hotlos, Lucyna, Januszewicz, Andrzej, Kaczmarek, Barbara, Kaminska, Anna, Lazuka, Lech, Madej, Andrzej, Mazur, Stanislaw, Mlodawska-Choluj, Dorota, Nowicki, Michal, Orlowska-Kowalik, Grazyna, Popenda, Grazyna, Rewerska, Barbara, Sowinski, Dariusz, Angelescu, Liliana Monica, Anghel, Veronica, Avram, Rodica-Ioana, Busegeanu, Mihaela-Magdalena, Cif, Adriana, Cosma, Dana, Crisan, Carmen, Demian, Luiza Despina, Ferariu, Ioana Emilia, Halmagyi, Ildiko, Hancu, Nicolae, Munteanu, Mircea, Negru, Doru, Onaca, Adriana Gabriela, Petrica, Ligia, Popa, Amorin Remus, Ranetti, Aurelian-Emil, Serafinceanu, Cristian, Toarba, Cristina, Agafyina, Alina, Barbarash, Olga, Barysheva, Olga, Chizhov, Daniil, Dobronravov, Vladimir, Glinkina, Irina, Grineva, Elena, Khirmanov, Vladimir, Kolmakova, Elena, Koroleva, Tatiana, Kvitkova, Liudmila, Marasaev, Viacheslav, Mkrtumyan, Ashot, Morugova, Tatiana, Nagibovich, Galina, Nagibovich, Oleg, Nedogoda, Sergei, Osipova, Irina, Raskina, Tatiana, Samoylova, Yulia, Sazonova, Olga, Shamkhalova, Minara, Shutemova, Elena, Shwartz, Yuriy, Uriasyev, Oleg, Vorobyev, Sergey, Zateyshchikova, Anna, Zateyshshikov, Dmitry, Zykova, Tatyana, Antic, Slobodan, Djordjevic, Miodrag, Kendereski, Aleksandra, Lalic, Katarina, Lalic, Nebojsa, Popovic-Radinovic, Vesna, Babikova, Jana, Benusova, Olga, Buganova, Ingrid, Culak, Jan, Dzupina, Andrej, Dzuponova, Jana, Fulop, Peter, Ilavska, Adriana, Martinka, Emil, Ochodnicka, Zuzana, Pella, Daniel, Smatanova, Iveta, Ahmed, Fayzal, Badat, Aysha, Breedt, Johannes, Distiller, Lawrence, Govender, Vimladhevi, Govender, Ravendran, Joshi, Mukesh, Jurgens, Jaco, Latiff, Gulam, Lombard, Landman, Mookadam, Mohamed, Ngcakani, Nomangesi, Nortje, Hendrik, Oosthuizen, Helena, Pillay-Ramaya, Larisha, Prozesky, Hans, Reddy, Jeevren, Rheeder, Paul, Seeber, Mary, Cho, Young Min, Jeong, In-Kyung, Kim, Sin Gon, Kim, Yeong Hoon, Kwon, Hyuk-Sang, Kwon, Min Jeong, Lee, Byung-Wan, Lee, JungEun, Lee, Moon-Kyu, Nam, Moon-Suk, Oh, Kook-Hwan, Park, Cheol- Young, Park, Sun-Hee, Yoon, Kun Ho, Garcia, Pere Alvarez, Mercadal, Luis Asmarats, Barrios, Clara, Castro, Fernando Cereto, Guldris, Secundino Cigarran, Lopez, Marta Dominguez, Egido de los Rios, Jesus, Fresnedo, Gema Fernandez, Serrano, Antonio Galan, Garcia, Isabel, Gonzalez Martinez, Francisco Javier, Jodar Gimeno, Jose Esteban, Mendoza, Manuel Lopez, Marin, Tamara Malek, Portillo, Cristobal Morales, Munar Vila, Maria Antonia, Torres, Manuel Muñoz, Iglesias, Javier Nieto, Perez, Jonay Pantoja, Vera, Merce Perez, Portoles Perez, Jose M., Quesada Simón, María Angustias, Canonge, Rafael Simo, Gonzalez, Alfonso Soto, Riera, Manel Terns, Tinahones Madueno, Francisco Jose, Plaza, Mercedes Velo, Chang, Chwen-Tzuei, Chuang, Lee-Ming, Hsia, Te-Lin, Hsieh, Chang-Hsun, Lin, Chih-Ching, Lu, Yung- Chuan, Sheu, Wayne H-H, Barna, Olga, Bilyk, Svitlana D., Botsyurko, Volodymyr, Dudar, Iryna, Fushtey, Ivan, Godlevska, Olga, Golovchenko, Oleksandr, Gyrina, Olga, Kazmirchuk, Anatoliy, Komisarenko, Iuliia, Korzh, Oleksii, Kravchun, Nonna, Legun, Oleg, Mankovskyy, Borys, Martynyuk, Liliya, Mostovoy, Yuriy, Pashkovska, Nataliia, Pererva, Larysa, Pertseva, Tetyana, Samoylov, Oleksandr, Smirnov, Ivan, Svyshchenko, Yevgeniya, Tomashkevych, Halyna, Topchii, Ivan, Tryshchuk, Nadiya, Tseluyko, Vira, Vizir, Vadym, Vlasenko, Maryna, Zlova, Tetiana, Zub, Liliia, Abusnana, Salah, Railey, Mohamed, Abouglila, Kamal, Ainsworth, Paul, Ali, Zishan, Arutchelvam, Vijayaraman, Barnard, Maria, Bellary, Srikanth, Davies, Emyr, Davies, Mark, Davies, Simon, Dawson, Alison, El Kossi, Mohsen, English, Patrick, Fraser, Donald, Gnudi, Luigi, Gunstone, Anthony, Hall, Timothy, Hanif, Wasim, Jackson, Alan, Johnson, Andrew, Joseph, Franklin, Krishnan, Singhan, Kumwenda, Mick, MacDougall, Iain, Nixon, Paul, O'Hare, Joseph, Philip, Sam, Ramtoola, Shenaz, Saxena, Manish, Sennik, Davesh, Simon, Godwin, Singh, Baldev, Stephens, Jeffrey, Strzelecka, Anna, Symonds, Rehan, Turner, Wayne, Wahba, Mona, Wakeling, John, Wheeler, David, Winocour, Peter, Abdallah, Joseph, Abdullah, Raied, Abramowitz, Matthew, Acosta, Idalia, Aiello, Joseph, Akright, Laura, Akyea-Djamson, Ayim, Alappan, Rajendran, Alicic, Radica, Al-Karadsheh, Amer, Allison, Dale Crawford, Arauz-Pacheco, Carlos, Arfeen, Shahabul, Arif, Ahmed, Arvind, Moogali, Atray, Naveen, Awad, Ahmed, Barnhill, Peggy, Barranco, Elizabeth, Barrera, Carlos, Beacom, Matthew, Behara, Venkata, Belo, Diogo, Bentley-Lewis, Rhonda, Berenguer, Ramon, Bermudez, Lidia, Bernardo, Marializa, Biscoveanu, Mihaela, Bowman-Stroud, Cynthia, Brandon, Donald, Brusco, Osvaldo, Busch, Robert, Canaan, Yamil, Chilito, Alicia, Christensen, Tom, Christiano, Cynthia, Christofides, Elena, Chuateco, Caroucel, Cohen, Kenneth, Cohen, Robert, Cohen-Stein, Debbie, Cook, Charles, Coyne, Daniel, Daboul, Nizar, Darwish, Riad, Daswani, Adarsh, Deck, Kenneth, Desouza, Cyrus, Dev, Devasmita, Dhillon, Monika, Dua, Sohan, Eder, Frank, Elosegui, Ana Maria, El-Shahawy, Mohamed, Ervin, John, Esquenazi, Alberto, Evans, John, Fishbane, Steven, Frias, Juan, Galindo-Ramos, Eugenia, Galphin, Claude, Ghazi, Adline, Gonzalez, Enrique, Gorson, David, Gowda, Anupama, Greco, Barbara, Grubb, Stephen, Gulati, Rakesh, Hammoud, Jamal, Handelsman, Stuart, Hartman, Israel, Hershon, Kenneth, Hiser, Daniel, Hon, George, Jacob, Radu, Jaime, Maria, Jamal, Aamir, Kaupke, Charles, Keightley, Gerald, Kern, Elizabeth, Khanna, Rakhi, Khitan, Zeid, Kim, Sun, Kopyt, Nelson, Kovesdy, Csaba, Krishna, Gopal, Kropp, Jeffrey (Jay), Kumar, Amrendra, Kumar, Jayant, Kumar, Neil, Kusnir, Jorge, Lane, Wendy, Lawrence, Mary, Lehrner, Lawrence, Lentz, John, Levinson, Dennis, Lewis, Derek, Liss, Kenneth, Maddux, Andreas, Maheshwari, Hiralal, Mandayam, Sreedhar, Marar, Isam, Mehta, Bhasker, Middleton, John, Mordujovich, Jorge, Moreda, Ramon, Moustafa, Moustafa, Trenche, Samuel Mujica, Narayanan, Mohanram, Narvarte, Javier, Nassar, Tareq, Newman, George, Nichol, Brian, Nicol, Philip, Nisnisan, Josier, Nossuli, A. Kaldun, Obialo, Chamberlain, Olelewe, Sarah, Oliver, Michael, O'Shaughnessy, Andrew, Padron, John, Pankhaniya, Rohit, Parker, Reginald, Patel, Devesh, Patel, Gnyandev, Patel, Nina, Pavon, Humberto, Perez, Armando, Perez, Carlos, Perlman, Alan, Pettis, Karlton, Pharr, Walter, Phillips, Andrea, Purighalla, Raman, Quesada-Suarez, Luis, Ranjan, Rajiv, Rastogi, Sanjeev, Reddy, Jakkidi, Rendell, Marc, Rich, Lisa, Robinson, Michael, Rodriguez, Hector, Rosas, Sylvia, Saba, Fadi, Sankaram, Rallabhandi, Sarin, Ravi, Schreiman, Robert, Scott, David, Sekkarie, Mohamed, Sensenbrenner, John, Shakeel, Muhammad, Shanik, Michael, Shaw, Sylvia, Smith, Stephen, Solomon, Richard, Sprague, Amy, Spry, Leslie, Suchinda, Pusadee, Sultan, Senan, Surampudi, Prasanth, Sussman, Sherry, Tan, Anjanette, Terrelonge, Antonio, Thompson, Michael, Trespalacios, Fernando, Trippe, Bruce, Trueba, Pilar, Twahirwa, Marcel, Updegrove, John, Van Buren, Peter, Vannorsdall, Mark, Varghese, Freemu, Velasquez-Mieyer, Pedro, Ventrapragada, Sailaja, Vukotic, Goga, Wadud, Khurram, Warren, Mark, Watson, Henry, Watts, Ronald, Weiner, Daniel, Welker, James, Welsh, Jean, Williams, Shelley, Zaniewski-Singh, Michelle, Yi, Tae Won, Smyth, Brendan, Di Tanna, Gian Luca, Arnott, Clare, Cardoza, Kathryn, and Kang, Amy

Published
2023
Full Text
View/download PDF

34. Treatment with soluble CD24 attenuates COVID-19-associated systemic immunopathology

Author

Song, No-Joon, Allen, Carter, Vilgelm, Anna E., Riesenberg, Brian P., Weller, Kevin P., Reynolds, Kelsi, Chakravarthy, Karthik B., Kumar, Amrendra, Khatiwada, Aastha, Sun, Zequn, Ma, Anjun, Chang, Yuzhou, Yusuf, Mohamed, Li, Anqi, Zeng, Cong, Evans, John P., Bucci, Donna, Gunasena, Manuja, Xu, Menglin, Liyanage, Namal P. M., Bolyard, Chelsea, Velegraki, Maria, Liu, Shan-Lu, Ma, Qin, Devenport, Martin, Liu, Yang, Zheng, Pan, Malvestutto, Carlos D., Chung, Dongjun, and Li, Zihai

Published
2022
Full Text
View/download PDF

37. Strength Enhancement of Clayey Soil Using Cement Kiln Dust and Recron Fiber

Author

Kumar, Amrendra, Kumari, Sunita, Sharma, Ravi Kumar, di Prisco, Marco, Series Editor, Chen, Sheng-Hong, Series Editor, Vayas, Ioannis, Series Editor, Kumar Shukla, Sanjay, Series Editor, Sharma, Anuj, Series Editor, Kumar, Nagesh, Series Editor, Wang, Chien Ming, Series Editor, Patel, Satyajit, editor, Solanki, C. H., editor, Reddy, Krishna R., editor, and Shukla, Sanjay Kumar, editor

Published
2021
Full Text
View/download PDF

40. Dynamic study of a laminated curved beam made of bimodular composite material with equivalent stiffness method.

Author

Kumar, Amrendra, Kumar, Manish, Kumar, Amit, Kumar, Anjani, Kumar, Shashi Bhushan, Thakur, Raj Mohan, and Ansu, Alok Kumar

Subjects
*HAMILTON'S equations, *EULER-Bernoulli beam theory, *CURVED beams, *EQUATIONS of motion, *LAMINATED materials, *FREE vibration
Abstract

The mathematical foundation for this research study is based on classical beam theories. The equivalent Stiffness approach was used to do free vibration analysis on simply supported thin curved beams. A complete parametric investigation of the free vibration response of a hypothetical bimodular compoᵴite material laminated simply supported curved beam was reported. Bimodular composite laminated structures are more complex to analyse than unimodular materials. The motion equations are derived from Hamilton's energy equation and solved using a matrix technique. The fundamental purpose of this investigation will add to a better understanding of free vibration analyᵴis in simply supported bimodular compoᵴite laminated curved beams. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

41. Procedures, component optimization, and integration in the analysis of thermal energy storage materials.

Author

Pandya, Mohit, Kumar, Anjani, Ansu, Alok Kumar, Kumar, Amit, Kumar, Amrendra, Kumar, Shashi Bhushan, Thakur, Raj Mohan, and Rawani, Atwari

Subjects
RENEWABLE energy sources, POWER resources, ENERGY consumption, ELECTRICITY pricing, ENERGY industries
Abstract

Considering the volume of thermal energy consumed by humans, every breakthrough in thermal energy management strategies can have a significant social impact. Thermal energy storage (TES) serves an important purpose in thermal energy management. Thermal energy storage is critical for balancing energy demand as well as supply, ensuring system stability, along with maximizing the potential of intermittent renewable energy sources. It may not only maximize the use of renewable energy and reduce the price of electricity at nighttime, but also give flexibility as well as auxiliary services for addressing future power supply/demand concerns. There is still a need for a clear and complete source of knowledge to provide related concepts as well as applications even if there are numerous good review materials in the literature covering diverse heat storage systems independently. Different TES types such as sensible, latent as well as sorption have been briefly detailed in this work in order to study their performance. Among these aspects is the design of the components, the material characteristics of the components, the optimization of the components, as well as the integration of the components in different forms from the component level to the system level. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

42. Parametric evaluation & optimization of wire-EDM process for machining of super alloy materials (EN-24 steel) in terms of surface integrity and material removal rate.

Author

Srivastava, Ashish Kumar, Pal, Piyush, Pal, Ajay, Singh, Bipin Kumar, Kumar, Rakesh, and Kumar, Amrendra

Subjects
CHROMIUM-cobalt-nickel-molybdenum alloys, MACHINING, SURFACE roughness, PRODUCT costing, MANUFACTURING industries, ELECTRIC metal-cutting
Abstract

The machining of super alloy is still a very tedious task for the manufacturing industries due to their high stiffness and strength. The applications of such alloys are increasing day by day due to high reliability, repeatability and prolong life. However, the machining of such materials requires huge cost that directly affects the cost of product. Additionally, the optimized conditions that provide high material removal rate (MRR) as well as better surface integrity is indeed requirement for higher production. So, in this investigation the optimized condition for super alloy (EN-24 steel) as work piece are revealed during machining on wire EDM. The parametric study is based on pulse on time (Ton), peak current (Ip) and pulse off time (Toff) as variable parameters in order to achieve maximum MRR and minimum surface roughness. The investigation observed peak current as highest contributor on the MRR and surface roughness. The optimized condition for MRR is noticed as Ip(5 A), Ton(20 µ sec), Toff(15 µ) sec, whereas, for surface roughness the optimum condition observed as i.e. Ip as 1 A, Ton as 10 µ sec and Toff 5 µ sec. The result also suggested that the contribution of current on surface integrity is high and minimum value i.e. 6.39 micron is observed at 1A, whereas, maximum MRR i.e. 7.701 mm3/min is obtained for pulse on time as 20 µ sec. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

47. Contributors

Author

Artzi, Natalie, primary, Bencherif, Sidi A., additional, Berryman, Rachel, additional, Bhatt, Khushbu, additional, Brennan, Aoife M., additional, Chew, Sue Anne, additional, Cryer, Alexander M., additional, Danti, Serena, additional, DePatie, Nicholas, additional, Dixon, Sashana, additional, Eggermont, Loek J., additional, Emery, Samantha C., additional, Fankhauser, Reilly, additional, Huntoon, Kristin, additional, Isabella, Vincent M., additional, Jiang, Wen, additional, Jordan, Emily M., additional, Kim, Betty Y.S., additional, Kron, Stephen J., additional, Kulkarni, Rajan P., additional, Kumar, Amrendra, additional, Lee, DaeYong, additional, Lee, Steve Seung-Young, additional, Li, Ning, additional, Lucero, Olivia M., additional, Milazzo, Mario, additional, Miller, Miles A., additional, Mu, Xuan, additional, Ng, Thomas S.C., additional, Pagacz, Joanna, additional, Poduval, Praseet, additional, Prakash, Jai, additional, Schrier, Matthew, additional, Shi, Kai, additional, Singh, Amit, additional, Sokolovska, Anna, additional, Tran, Alice, additional, Trivedi, Malav, additional, Uboldi, Irene, additional, Vilgelm, Anna E., additional, Weller, Kevin P., additional, Wu, Yi-Chien, additional, and Zhang, Yu Shrike, additional

Published
2022
Full Text
View/download PDF

48. Dirac States versus Nearly-Free-Electron States in Ternary C2As6(1–x)P6xMonolayers – A Density Functional Theory Study

Author

Kumar, Amrendra and Kamal, C.

Abstract

Using density functional theory-based calculations, we study the stability, geometric, and electronic properties of ternary C2As6(1–x)P6xmonolayers in a buckled honeycomb lattice. As the composition of P atoms (x) varies from 0 to 1 in steps of 1/6, we generated a total of 13 different possible geometric configurations. Binding energy calculations and ab initiomolecular dynamics simulations under ambient conditions predict the stability of the ternary monolayers. Their electronic band structure and density of states calculations reveal a rich variety of electronic properties, ranging from semimetal to semiconducting or metallic, depending on the value of xand the crystal symmetry. The ternary C2As6(1–x)P6xmonolayers possess two distinct electronic dispersions near the Fermi level: a linear dispersion (Dirac cone) around the high-symmetry Kpoint and a nearly-free-electron (NFE)-like parabolic dispersion around the high-symmetry Γ point in the Brillouin zone. Isoelectronic substitution breaks some spatial symmetries, causing the Dirac cones to become anisotropic and unpinned from the Kpoint. It also leads to the opening of a small energy gap between the Dirac cone states. In contrast, the nature of the NFE-like parabolic dispersion remains nearly unaltered by the crystal symmetry. Notably, the minimum energy of the NFE band and the effective mass of the electron can be tuned by the composition of the ternary monolayers. Detailed orbital analysis reveals that the contributions of sand pzorbitals of C atoms play a crucial role in tuning the NFE states. Overall, we reveal the novel and versatile electronic properties of the ternary monolayers and demonstrate their tunability via composition.

Published
2024
Full Text
View/download PDF

50. Enhancing mixing efficiency of a circular electroosmotic micromixer with cross-reciprocal electrodes.

Author

Kumar, Amrendra, Manna, Nirmal K., Sarkar, Sandip, and Biswas, Nirmalendu

Subjects
*FLUID dynamics, *FLOW velocity, *ALTERNATING currents, *ELECTRO-osmosis, *MICROELECTRODES
Abstract

Enhancing mixing efficiency in microscale processes for sensitive biomedical, pharmaceutical, and chemical applications is crucial, particularly when operating under low-velocity constraints. This study presents a comprehensive investigation into the impact of various factors on microfluidic mixing within a circular mixing chamber micromixer, utilizing electroosmotic principles. The governing equations are solved numerically using the finite element technique-based solver. This research examines the effects of microchamber diameter (D), inlet velocity (uo), alternating current (AC) voltage amplitude (ϕo), and AC frequency (f) on fluid mixing dynamics. Several key findings are noted from this study. The reduction of the circular microchamber diameter decreases the linear distance between cross-reciprocally placed microelectrodes, resulting in increased electroosmosis force and mixing efficiency. The voltage amplitude within the specified range shows increased mixing efficiency when fluid species are combined at appropriate velocity and AC frequency. The highest mixing efficiency of 98.84% is achieved with the following parameters: flow velocity (uo) of 150 μm/s, AC frequency of 4 Hz, voltage amplitude of 500 mV, and microchamber diameter of 20 μm. At a frequency of 12 Hz and voltage amplitude of 500 mV, the mixing efficiency exceeds 94.66% across a wide range of input velocities (100–200 μm/s), enabling versatile control in microfluidic devices. The nonlinear interaction between electroosmotic flow and microchamber geometry significantly contributes to this enhanced mixing efficiency. These results demonstrate the potential for optimizing microfluidic mixing processes through careful parameter tuning, particularly in applications requiring high efficiency at low flow rates. Thus, this study provides valuable insights for designing more effective microfluidic systems in various scientific and industrial fields. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results