Optical properties of gadolinium molybdate and their device applications

Stress‐induced crystal axis spiral rotation in multiferroic β'‐Gd2(MoO4)3 observed only in glass crystallization

“…It should be pointed out that large colorless single crystals of β'-GMO are grown using Czochralski technique from a stoichiometric melt. 77 In the present study, the melt was prepared at 1200°C for 30 min and then was just poured The scanning electron microscope (SEM) observation for the top surface layer in the slow melt-cooled sample is shown in Figure 23B, indicating that β'-GMO crystals formed in a slow melt-cooling processing have triangular prism or pyramidal shapes. The black lines in Figure 23B are due to the cracks (air).…”

“…The formation of β'‐GMO crystals was confirmed in the slow melt‐cooled sample from XRD analyses. It should be pointed out that large colorless single crystals of β’‐GMO are grown using Czochralski technique from a stoichiometric melt 77 . In the present study, the melt was prepared at 1200°C for 30 min and then was just poured onto an iron plate.…”

Gadolinium molybdate decorated graphitic carbon nitride composite: highly visualized detection of nitrofurazone in water samples

“…23 It has been discovered that the size of nanomaterials has a signicant impact on the electrochemical characteristics of rare earth metal molybdates. [24][25][26] Researchers are interested in Gd 2 MoO 6 nanosheets because of their low agglomeration, large surface area, excellent charge transfer, outstanding conductivity, and linked porous channels. 27 The hydrothermal method to make Gd 2 MoO 6 nanosheets has several advantages over other procedures, including nanomaterial homogeneity, high stability, cheap cost, and low usage of harmful chemicals.…”

Electron microscopic studies of ferroelectric and ferroelastic Gd2(MoO4)3. IV. Polarization Reversal and Field Induced Phase Transformation

“…The material undergoes the phase transforination at 159 "C (T,) below which the low-temperature ferroelectric phase arises with the spontaneous polarizat.ion parallel to the c-axis or the [Ool] axis. Polarization reversal at room temperature has been found to be caused by sidewise motions of planar domain walls parallel to the (110) and (110) planes, which occurs by application of either an electric field or a mechanical shear st,ress [4,8 to 111. The linear relation between the sidewise velocity of the domain wall and the applied field, v = p ( E -E,), was found in these studies, where E, is t,he threshold field and p the mobility.…”