Electrolytic deposition of zirconia and zirconia organoceramic composites

A novel silver-coated solid-phase microextraction metal fiber based on electroless plating technique

“…Polymeric coatings can bear strong adhesion to the substrate due to the chemical bonding [11][12][13][14] as well as the addition of inorganic components [15][16][17]. Electrochemistry method has rigid ability to control the film thickness formed, uniformity and deposition rate [18]. Some conducting polymers [19][20][21] and inorganic metallic oxides [22][23][24] have been produced by this method.…”

Electrochemical Coating of Medical Implants

“…The addition of organic polymers, such as poly(diallyldimethylammonium chloride) provided better adhesion of zirconia and prevented cracking. 177 These studies paved the way for the ED of thick hybrid bioactive organic-inorganic films. [177][178] The application of advanced materials made of metals and ceramics used for the bearing surfaces of total hip replacements (THRs), their standards, methods of manufacture and corrosion testing was reviewed by Dearnley.…”

“…177 These studies paved the way for the ED of thick hybrid bioactive organic-inorganic films. [177][178] The application of advanced materials made of metals and ceramics used for the bearing surfaces of total hip replacements (THRs), their standards, methods of manufacture and corrosion testing was reviewed by Dearnley. 188 Yet, ED of ceramic materials, i.e., ZrO 2 on hip prosthesis was reported only later by Yen et al 189 .…”

Low‐Potential Detection of Glucose with a Biosensor Based on the Immobilization of Glucose Oxidase on Polymer/Manganese Oxide Layered Nanocomposite

“…Recently, composed of organic polymers into these metal oxides are especially popular because of improved mechanical, catalytic, electronic, and optical properties, in comparison with those of the pure component phases and related macro-and microcomposites. Great efforts have been made toward this trend, including the synthesis of MnO 2 [2 -3], ZrO 2 [4], ZnO [5] nanostructured films, etc. However, to our best knowledge, thus-formed films are rarely used as matrices to immobilize enzymes and to study the electron transfer mechanism of the immobilized enzymes with underlying electrode.…”