Dissolvable Trimolybdate Nanowires as Ag Carriers for High-Efficiency Antimicrobial Applications

Table 1

Experimental XRD data for 𝐴𝑔_2−𝑥(𝑁𝐻₄)_𝑥𝑀𝑜₃𝑂₁₀⋅3𝐻₂𝑂 nanowires (this work) and (NH₄)₂Mo₃O₁₀ (JCPDS 79-1905). The differences in lattice spacings between these two phases, namely 𝑑₁ and 𝑑₂, are calculated and listed.

hkl	2𝜃 (deg.)	𝑑1 (Å)	2𝜃 (deg.)	𝑑2 (Å)	(𝑑1−𝑑2) (Å)	(𝑑1−𝑑2)/𝑑2
101	11.52	7.6748	11.647	7.5915	0.127	1.673%
200	13.2	6.7018	13.423	6.5910	0.223	3.383%
011	15.08	5.8709	15.064	5.8762	0.014	0.238%
201	16.32	5.4273	16.479	5.3748	0.161	2.995%
210	17.70	5.0070	17.809	4.9762	0.110	2.211%
211	20.14	4.4055	20.261	4.3793	0.122	2.786%
301	22.12	4.0152	22.365	3.9718	0.245	6.168%
020	23.34	3.8083	23.434	3.7931	0.095	2.505%
311	25.10	3.5452	25.288	3.519	0.190	5.399%
212	26.28	3.3882	26.235	3.3941	−0.047	−1.385%
400	27.06	3.2925	27.034	3.2955	−0.025	−0.759%
302	27.74	3.2134	27.934	3.1914	0.195	6.110%
401	28.76	3.1018	28.776	3.0998	0.019	0.613%
103	29.58	3.0175	29.621	3.0134	0.041	1.361%