ZnTTP electrical properties and application in humidity sensor development

Electrical and NO2 Sensing Properties of a Series of Liquid Crystalline Porphyrins

“…We observed that the increased C number in the alkyl chain from 12 to 16 causes a decrease in the β-((hexadecylcarboxy)-methoxy)-meso-tetraphenylporphyrincopper(II), phosphorus(V) porphyrin oligomers were found to be below 10 −8 S cm −1 depending on central metal ion and side chain. 12,[22][23][24] The dependence of dc conductivity on the reciprocal absolute temperature (1/T) is defined using the relation:…”

The effect of light irradiation on a nitro-ruthenium porphyrin complex in the induced death of lung cancer cells in two- and three-dimensional cultures: Insights into the effect of nitric oxide

“…17 Notably, transition metals can be effectively combined with porphyrins, known for their unique electronic structure and spectroscopic characteristics. 18,19 This synergistic combination facilitates the development of metal-based PSs that enhances the catalytic properties of porphyrins. The most promising metal-based PSs developed for clinical use include tetrapyrrolic derivatives based on porphyrin or Pd( ii ) chlorins (WST11 for prostate cancer), Lu( iii ) (Lutes, lutetium texaphyrin for cervical cancer), Sn( iv ) (Purlytin, macular degeneration), and ruthenium-based derivatives.…”

Dielectric Study of Cost‐Effective, Eco‐Friendly PVA‐Glycerol Matrices with AgNW Electrodes for Transparent Flexible Humidity Sensors

“…[22] The second important factor for the development of humidity sensors is the structure of the electrodes. In addition to the typical sandwich structure, many studies are now using interdigitated electrodes (IDE) deposited on the same plane [23,24] in order to increase the specific surface area for water adsorption. Furthermore, many researchers have used novel design structures for the electrodes as an effective way to improve the humidity response, [25] such as microstructures fabricated by micro technology used for electromechanical system (MEMS) [26,27] or porous electrodes fabricated by laser-induced graphene.…”