Inorganic-organic hybrid polymers (ORMOCER(R)s) have been synthesized by sol-gel processing. The materials can be functionalized such that their physical and chemical properties can be reproducibly tailored towards the desired application, i.e., electronics, optics (passives/actives) or passivation technology. Besides, the materials which show negative resist behavior, can be patterned by UV exposure with good resolution. The materials are well-suited for thin and thick film technology using conventional coating technology, applied in multi-layer technology. We here particularly focus on materials for passivation against environmental influences, which additionally exhibit very good dielectric properties
Enhanced integration, faster signal transmission and reduced size of mounting devices in components ...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
In addition to the barrier properties against water vapor and oxygen, inorganic-organic polymers can...
Integrated passive and active optical devices are the key components in current and future data tran...
Integrated passive and active optical devices are the key components in current and future data tran...
Material innovation is one of the key enablers in order to produce improved, high performance microe...
Inorganic-organic copolymers (ORMOCERs = ORganically MOdified CERamics), synthesized by sol-gel proc...
Future info- and datacom applications will be based on optical and radio-frequency signal processing...
Photopatternable hybrid inorganic-organic polymers with negative resist behavior were developed and ...
ORMOCER®*s (inorganic-organic hybrid polymers) with low Si-OH content were synthesized by a new sol-...
The development of functional materials for micro- and nanoelectronics as well as for electronics pa...
New inorganic-organic hybrid polymers, (ORMOCER's) for integrated optical and optoelectronic devices...
A research on the design, synthesis, and characterization of novel cross-linked polymer organic-inor...
With barrier coating materials, namely, hybrid polymers (ORMOCER®), it is possible to obtain excell...
Enhanced integration, faster signal transmission and reduced size of mounting devices in components ...
Enhanced integration, faster signal transmission and reduced size of mounting devices in components ...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
In addition to the barrier properties against water vapor and oxygen, inorganic-organic polymers can...
Integrated passive and active optical devices are the key components in current and future data tran...
Integrated passive and active optical devices are the key components in current and future data tran...
Material innovation is one of the key enablers in order to produce improved, high performance microe...
Inorganic-organic copolymers (ORMOCERs = ORganically MOdified CERamics), synthesized by sol-gel proc...
Future info- and datacom applications will be based on optical and radio-frequency signal processing...
Photopatternable hybrid inorganic-organic polymers with negative resist behavior were developed and ...
ORMOCER®*s (inorganic-organic hybrid polymers) with low Si-OH content were synthesized by a new sol-...
The development of functional materials for micro- and nanoelectronics as well as for electronics pa...
New inorganic-organic hybrid polymers, (ORMOCER's) for integrated optical and optoelectronic devices...
A research on the design, synthesis, and characterization of novel cross-linked polymer organic-inor...
With barrier coating materials, namely, hybrid polymers (ORMOCER®), it is possible to obtain excell...
Enhanced integration, faster signal transmission and reduced size of mounting devices in components ...
Enhanced integration, faster signal transmission and reduced size of mounting devices in components ...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
In addition to the barrier properties against water vapor and oxygen, inorganic-organic polymers can...