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Your search keyword '"Singh, Rickwinder"' showing total 13 results
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13 results on '"Singh, Rickwinder"'

3. List of contributors

Author

Abdalla, Amr, primary, Abhi, Trishan Deb, additional, Acharya, Bishnu, additional, Ahire, Pratiksha, additional, Dalai, Ajay K., additional, Duarte, Michelle Pains, additional, Dutta, Animesh, additional, Farooqui, Azharuddin, additional, Gupta, Shubhi, additional, Hamilton, Aisha, additional, (Sophia) He, Quan, additional, Hu, Yulin, additional, Jha, Shivangi, additional, Kang, Kang, additional, Kumar, Rajesh, additional, Mahinpey, Nader, additional, Mondal, Prasenjit, additional, Naccache, Rafik, additional, Nanda, Sonil, additional, Patra, Biswa R., additional, Pattnaik, Falguni, additional, Podder, Jiban, additional, Salaudeen, Shakirudeen A., additional, Sarker, Tumpa R., additional, Singh, Rickwinder, additional, Talwar, Prakhar, additional, Upadhyay, Apoorva, additional, Varma, Anil Kumar, additional, Verma, Nikita, additional, Vivekanand, Vivekanand, additional, Yahyazadeh, Arash, additional, and Zhang, Lifeng, additional

Published
2024
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9. Unveiling the microwave heating performance of biochar as microwave absorber for microwave-assisted pyrolysis technology.

Author

Singh, Rickwinder, Lindenberger, Christoph, Chawade, Aakash, and Vivekanand, Vivekanand

Abstract

Microwave (MW) heating has gained significant attention in food industries and biomass-to-biofuels through pyrolysis over conventional heating. However, constraints for promoting MW heating related to the use of different MW absorbers are still a major concern that needs to be investigated. The present study was conducted to explore the MW heating performance of biochar as a low-cost MW absorber for performing pyrolysis. Experiments were performed on biochar under different biochar dosing (25 g, 37.5 g, 50 g), MW power (400 W, 700 W, 1000 W), and particle sizes (6 mm, 8 mm, 10 mm). Results showed that MW power and biochar dosing significantly impacted average heating rate (AHR) from 17.5 to 65.4 °C/min at 400 W and 1000 W at 50 g. AHR first increased, and then no significant changes were obtained, from 37.5 to 50 g. AHR was examined by full factorial design, with 94.6% fitting actual data with predicted data. The model suggested that the particle size of biochar influenced less on AHR. Furthermore, microwave absorption efficiency and biochar weight loss were investigated, and microwave absorption efficiency decreased as MW power increased, which means 17.16% of microwave absorption efficiency was achieved at 400 W rather than 700 W and 1000 W. Biochar weight loss estimated by employing mass-balance analysis, 2–10.4% change in biochar weight loss was obtained owing to higher heating rates at higher powers and biochar dosing. [ABSTRACT FROM AUTHOR]

Published
2024
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12. Contributors

Author

Abbas, Muhammad Fahim, Abdelmoneim, Taghreed Khaled, Abd-Elsalam, Kamel A., Afzal, Rabail, Ahmad, Aftab, Ahmad, Irshad, Ahmad, Qadeer, Ahmed, Farah K., Ahmed, Syed Riaz, Aksoy, Emre, Ali, Ahmed, Ali, Haider, Ali, Hazrat, Ali, Muhammad, Ali, Saqib, Al-Khayri, Jameel M, Almoammar, Hassan, Alqahtani, Abdulrahman, Amin, Imran, Arif, Aiman, Arslan, N., Ashwini, Talakayala, Aslam, Aamer, Atia, Mohamed A.M., Babu, Yeluru Mohan, Bakhsh, Allah, Bhattacharyya, Sayan, Castro-Escarpulli, Graciela, Çelik, Selime, Chavan, Dharmappa D., Choudry, Muhammad Waqas, Medina-de la Cruz, Roger Orlando, Al Deabel, Rabab, Deniz, Utku, Divya, Dhanasekar, Elsawah, Aisha, Faheem, Muhammad, Gencer, Orkun, Ghaffar, Abdul, Ghag, Siddhesh B., Ghouri, Muhammad Zubair, Gonzalez-Avila, Luis Uriel, Haider, Rana Ali, Hassan, Farwa, Hassan, Noor, Hernández-Cortez, Cecilia, Huma, Zille, Hurrah, Ishfaq Majid, Jagannath, Nayana, Jain, Shri Mohan, Jamil, Amer, Kanwal, Faheem, Karam, Ahmed, Khan, Muhammad Mohibullah, Khan, Nasr Ullah, Khan, Shahid Ullah, Khan, Sultan Habibullah, Khuntia, Rudra Prasad, Kılıç, G.Ç., R Krishnan, Rohan, Küçükrecep, Aslı, L.C., Sushmita, Lucas, Stuart, Mahmoud, El-Hassan M., Majeed, Humara Naz, Mallikarjuna, Garladinne, Mane, Abhijit Bhagwan, Mandal, Sayanti, Marik, Binata, Mishra, Tulika, Mohture, Vikas Moreshwar, Mora-Piña, Cesar Javier, Munawar, Nayla, Munir, Ahmad, Naeem, Muhammad, Nagella, Praveen, Nawaz, Abdul Muqeet, Nazik, Noman, Niamat, Anam, Noman, Muhammad, Noor-ul-Ain, Ovais, Muhammad, Özden-Çiftçi, Y., Pal, Pracheta, Pal, Saptarshi, Paul, Narayan Chandra, Prasanth, Arvind, Prathyusha, Veerapaneni Bindu, Qari, Sameer H, Qurashi, Fasiha, Qureshi, Hamda Hussain, Rao, Abdul Qayyum, Rao, Nachiketha Ramananda, Riaz, Rabia, Saeed, Rabia, Saeed, Sumbul, Saha, Suchismita Chatterjee, Sahoo, Raj Kishor, Sahu, Nihar, Sajjad, Muhammad Nadeem, Saldaña-Padilla, Andres, Salah, Arwa, Saleem, Muhammad Sulyman, Saxena, Shipra, Shah, Syed Noor Muhammad, Shani, Muhammad Yousaf, Singh, Rickwinder, Sivakumar, Bhadrapriya, Suleimanova, Gulnura, Suresh, Nithya, Tariq, Muhammad Sayyam, Tawab, Abdul, Tekdal, Dilek, Tiwari, Aparna, Türkölmez, N., Ullah, Ihteram, Umar, Fatima, Upadhyay, Apoorva, Venu, Emmadi, Vivekanand, Vivekanand, Yıldız, Şükran, and Zahoor, Muhammad Kashif

Published
2024
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13. Application of artificial intelligence techniques to addressing and mitigating biotic stress in paddy crop: a review

Author

Shubhika, Shubhika, Patel, Pradeep, Singh, Rickwinder, Tripathi, Ashish, Prajapati, Sandeep, Rajput, Manish Singh, Verma, Gaurav, Rajput, Ravish Singh, Pareek, Nidhi, Saratale, Ganesh Dattatraya, Chawade, Aakash, Choure, Kamlesh, and Vivekanand, Vivekanand

Abstract

•Disease detection of paddy crops using artificial intelligence•Comparative analysis of classical and artificial methods for identification of crop disease•Study of Biotic stress in paddy optimizing artificial intelligence operations•Challenges and opportunities related to use of AI in analysis of biotic stress

Published
2024
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