Influence of Ag Doped MoO3 Nanoparticles in the Seedling Growth and Inhibitory Action Against Microbial Organisms

Molybdenum trioxide (MoO3): a scoping review of its properties, synthesis and applications

“…Suas propriedades térmicas incluem um elevado ponto de fusão, em torno de 795°C, e ebulição atingindo os 1155°C. Além disso, o MoO3 comercial possui densidade na faixa de intervalo de 4,5 a 4,7 g/cm³ (Bandaru et al, 2018;Chiang;Yeh, 2013;De Castro et al, 2017;Raj;Bennie;Xavier, 2021;Wang et al, 2018).…”

“…Muitas das propriedades anisotrópicas observadas no trióxido de molibdênio são atribuídas ao índice de refração anisotrópico e às constantes elásticas do material. E, embora a anisotropia no plano tenha recebido atenção, com número expressivo de estudos de Raman e micro-refletância com luz polarizada, ainda faltam análises abrangentes para investigar a dependência angular do índice de refração e a dependência direcional do módulo de Young do material (Alrowaili et al, 2022;Althagafi et al, 2023;Chen et al, 2020;Puebla et al, 2021).…”

Structural, optical, magnetic, and enhanced antibacterial properties of hydrothermally synthesized Sm-incorporating α-MoO32D-layered nanoplates

“…Tables 2 and 7 show that the reduction in crystallite size of the Sm-incorporated a-MoO 3 nanoplates increased the size of the inhibitory zone resulting in increased surface area to volume ratio and formation of more H 2 O 2 . 95 The interstitial occupancy of the Sm-incorporated a-MoO 3 lattice structure increased as the percentage of Sm increased, resulting in free carriers in the a-MoO 3 lattice. The free carriers play a crucial role in antibacterial effectiveness.…”

“…2,9,[92][93][94] In the case of metal oxide semiconductor nanomaterials, suitable doping element also plays a vital role in antimicrobial applications. 95,96 Chandar et al reported that the incorporation of the Ni element in the MoO 3 matrix enhanced the antibacterial activity of MoO 3 nanomaterials compared to the undoped sample. 97 Ag also increased the effectiveness of MoO 3 against bacterial strains, explored by Raj et al 95 Among various dopant elements, samarium is considered a less toxic and good one for enhancing the physical properties of transition metal oxides in the case of biological and other relevant applications.…”

“…95,96 Chandar et al reported that the incorporation of the Ni element in the MoO 3 matrix enhanced the antibacterial activity of MoO 3 nanomaterials compared to the undoped sample. 97 Ag also increased the effectiveness of MoO 3 against bacterial strains, explored by Raj et al 95 Among various dopant elements, samarium is considered a less toxic and good one for enhancing the physical properties of transition metal oxides in the case of biological and other relevant applications. 96 As a result, samarium doping may improve the antimicrobial activity of a-MoO 3 nanoplates.…”