The sol-gel process is a method for the preparation of inorganic materials and organically modified ceramics by "soft" chemistry. The possibility of adjusting the rheology of intermediates leads to products for coating procedures. As coating techniques dip, spin-on, spray, roll, and others are possible. Different applications for glasses are possible: to improve the surface properties of glass (e.g. strength) and to generate special effects or functions (optical, chemical reactivity, sensitive, protective, and others). A general survey over coating problems is given and some special applications are discussed. (ISC
An attempt was made to prepare and characterise sol-gel thin films in order to improve the scratch a...
[EN] This review presents an insight on the advances in the Sol–gel route for preparation of glasses...
In this paper, the question how to utilize sol-gel chemistry in a broader way will be discussed and ...
The sol-gel process is an interesting method of synthesizing coating materials an applying them in t...
The sol-gel route to glass offers considerable advantages. Among these the control of composition, l...
The sol-gel route to glass offers considerable advantages. Among these the control of composition, l...
Various high-performance solids, such as glasses and ceramics, can be made via sol-gel manufacturing...
The various parameters related to sol-gel processing are discussed with special reference to those w...
Film formation by sol-gel techniques is an advantageous method to abtain inorganic coatings. The sol...
Film formation by sol-gel techniques is an advantageous method to obtain inorganic coatings. The sol...
Glass films of pure SiO2 and TiO2 have been prepared on sodalime silica flat slide glasses by the so...
Various techniques of sol gel processing for the preparation of electronic and related materials are...
The sol-gel method has been widely used to prepare several materials, such as glass fibers, catalyst...
The development of inorganic functional thin films is driven by applications in electronics, solar t...
The sol-gel method has been widely used to prepare several materials, such as glass fibers, catalyst...
An attempt was made to prepare and characterise sol-gel thin films in order to improve the scratch a...
[EN] This review presents an insight on the advances in the Sol–gel route for preparation of glasses...
In this paper, the question how to utilize sol-gel chemistry in a broader way will be discussed and ...
The sol-gel process is an interesting method of synthesizing coating materials an applying them in t...
The sol-gel route to glass offers considerable advantages. Among these the control of composition, l...
The sol-gel route to glass offers considerable advantages. Among these the control of composition, l...
Various high-performance solids, such as glasses and ceramics, can be made via sol-gel manufacturing...
The various parameters related to sol-gel processing are discussed with special reference to those w...
Film formation by sol-gel techniques is an advantageous method to abtain inorganic coatings. The sol...
Film formation by sol-gel techniques is an advantageous method to obtain inorganic coatings. The sol...
Glass films of pure SiO2 and TiO2 have been prepared on sodalime silica flat slide glasses by the so...
Various techniques of sol gel processing for the preparation of electronic and related materials are...
The sol-gel method has been widely used to prepare several materials, such as glass fibers, catalyst...
The development of inorganic functional thin films is driven by applications in electronics, solar t...
The sol-gel method has been widely used to prepare several materials, such as glass fibers, catalyst...
An attempt was made to prepare and characterise sol-gel thin films in order to improve the scratch a...
[EN] This review presents an insight on the advances in the Sol–gel route for preparation of glasses...
In this paper, the question how to utilize sol-gel chemistry in a broader way will be discussed and ...