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Gourav's coverage primarily revolves around cricket events, leagues, and player performances. He heavily focuses on event coverage and announcements related to cricket tournaments and player achievements.
To effectively reach out to Gourav Kumar, consider offering insights or access to interviews with players or officials involved in significant cricket events such as the Indian Premier League (IPL), World Test Championship, ICC ODI World Cup, or other major international competitions. Providing in-depth analysis of team strategies, performance statistics, or exclusive information about upcoming matches could also be appealing.
Given Gourav’s extensive focus on specific tournaments and matches within the sport of cricket without a specified geographic focus, ensure that your pitches provide relevant details about notable events rather than general trends within the sport.
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By: Vijesh Tomar, Gourav Kumar, Parveen Kumar, Meena Nemiwal
The pursuit of efficient, recyclable, and environmentally benign catalytic systems continues to be a cornerstone of modern sustainable chemistry. This work discloses the unprecedented fabrication of CuO nanoparticles immobilized with the ionic liquid triethylammonium bistriflimide (CuO[HN(C 2 H 5 ) 3 [NTf 2
By: Prashant Pareek, Gourav Kumar, Malay Patel
India's 2036 Olympics bid : India's aspiration to host the 2036 Summer Olympics is being hailed as a historic milestone, marking the nation's entry into the league of global sporting powers.
By: Parveen Kumar, Meena Nemiwal, Gourav Kumar
Gourav Kumar Parveen Kumar Baldev Meena Nemiwal First published: 02 December 2025 ABSTRACT
By: Hayden Ledvina, Mackenzie Devereux, Melissa H. Wong, Joshua Pace, Anas M. Masillati, Seseel Gergis, Lei G. Wang, William S. Greer, Kai Tao, Cody C. Rounds, Gauri S. Malankar, Kyle J. Milnes, Summer L. Gibbs, Michelle Gomes, Dani A. Szafran, Gourav Kumar, Mark J. Niedre
Tri-compartment probes for prostate-cancer FGS: a modular design combining 1) a high-affinity PSMA targeting ligand, 2) an optimized NIR fluorophore that provides secondary binding within PSMA, and 3...
By: Kumar, Mishra, Narendra, Jhunjhun Kumar, Gourav Kumar, Sharma
The use of silicone in various industrial applications is rising at an unprecedented rate. However, conventional manufacturing processes pose a limitation in fabricating intricate features with this material, which can hinder the development of advanced products that require precise and complex designs. Additive Manufacturing (AM), on the other hand, provides design freedom for fabricating complex geometries. Utilizing AM for fabricating silicone parts can open avenues for innovative product development. However, the influence of AM process parameters on dimensional characteristics needs to be investigated. Therefore, the aim of this paper is to optimize the printing parameters of the silicone-based composite ink for the Direct Ink Writing (DIW) process. To control the optimum conditions of printing, we used a Taguchi-based design of experiment (DOE) and Gray Relational Analysis (GRA). Printing parameters such as extrusion multiplier, print speed, and bed temperature were varied. Responses such as track width, track spacing, and layer thickness were observed. It was found that the extrusion multiplier was the most influencing parameter for track width and track spacing. Print speed has major influence on layer thickness. GRA results suggested that an extrusion multiplier of 0.75, a print speed of 240 mm/min, and a bed temperature of 40 °C are the optimal process parameters. The same settings were utilized to print various LSR/TiO₂ composite inks. The printed samples were also characterized and studied using X-ray diffraction (XRD), thermogravimetric analysis (TGA), scanning electron microscopy (SEM), and energy-dispersive spectroscopy (EDS) techniques. The results show that LSR/TiO₂ ink can be successfully used for the DIW process.
