Growth and characterization of NixZn1−xSO4·7H2O single crystals

Growth, optical, thermal, mechanical and electrical properties of anhydrous sodium formate single crystals

“…A C C E P T E D attributed to the proton transport within the framework of hydrogen bonds [19,32,33]. The electrical conduction in SF crystal considered in the present study can also be understood as protonic and mainly due to the formate ions.…”

“…The dielectric constant was determined, as the crystal surface area was smaller than the plate area of the cell, by using Mahadevan's relation [31,32]:…”

“…The electronic and ionic displacements under an applied electric field contribute to the electronic and ionic polarizations respectively. In ionic crystals, due to the large forbidden energy gap, the charge transported by electrons is zero [32]. Moreover, the electronic polarizability practically remains constant [31].…”

Formation and properties of L-arginine acetate single crystals doped with hydrochloric acid

“…Also, the ε r and tanδ values are found to decrease whereas the ζ AC value is found to increase with the increase in frequency. This is a normal dielectric behavior [18]. Moreover, all the three dielectric parameters increase due to doping and approximately increase with the increase in impurity concentration.…”

Growth at Room Temperature and Investigation of Physicochemical Characteristics of New Semi‐Organic BaxCa1‐xC4H4O4 (x = 0.2, 04, 0.5, 0.6 and 0.8) Crystals

“…Potential barriers limiting the transport of charge carriers are expected to be created in a dielectric material due to the imperfection and impurities present in it. In ionic crystals, due to the large forbidden energy gap, the charge transported by electrons is zero . Moreover, the electronic polarizability practically remains constant .…”