The fusion bond strength of glass tubes with standard silicon wafers is presented. Experiments with plain silicon wafers and those coated with silicon oxide and silicon nitride are presented. Results obtained are discussed in terms of homogeneity and strength of fusion bond. High pressure testing shows that the bond strength is large enough for most applications of fluidic interconnects. The bond strength for 525 /spl mu/m thick silicon with glass tubes having outer diameter of 6 mm and with wall thickness 2 mm, is more than 60 bars after annealing at a temperature of 800/spl deg/C
In microsystems technologies, frequently complex structures consisting of structured or plain silico...
Capillary bonding of glass tubes to silicon wafers has been elaborated. After proper preparation, tu...
Engineering (The Ohio State University Denman Undergraduate Research Forum)Glass is a desired materi...
The fusion bond strength of glass tubes with standard silicon wafers is presented. Experiments with ...
The subject of the thesis was the use of borosilicate glass (Duran®) tubes as an interface to wafer-...
The fluidic packaging of Power MEMS devices such as the MIT microengine and microrocket requires the...
Several wafer bond technologies like direct and anodic bonding without intermediate layer or thermo-...
Reflow bonding of borosilicate glass tubes to silicon wafers is a technology which has significant p...
A bonding process was developed for glass-to-glass fusion bonding using Borofloat 33 wafers, resulti...
AbstractWafer bonding is a key technology for wafer level packaging in MEMS applications. By bonding...
By MEMS packaging test platform for bonding process of bonding temperature and bonding time,and test...
MicrochanneIs were created by fusion bonding of a Pyrex cover to a thermally oxidized silicon wafer,...
We report here on the results of experiments concerning particular bonding processes potentially use...
This paper reports a silicon-silicon anodic bonding process based on embedded glass. We successfully...
Develop an efficient, reliable fusion bonding recipe for the glass-glass structured devices with pat...
In microsystems technologies, frequently complex structures consisting of structured or plain silico...
Capillary bonding of glass tubes to silicon wafers has been elaborated. After proper preparation, tu...
Engineering (The Ohio State University Denman Undergraduate Research Forum)Glass is a desired materi...
The fusion bond strength of glass tubes with standard silicon wafers is presented. Experiments with ...
The subject of the thesis was the use of borosilicate glass (Duran®) tubes as an interface to wafer-...
The fluidic packaging of Power MEMS devices such as the MIT microengine and microrocket requires the...
Several wafer bond technologies like direct and anodic bonding without intermediate layer or thermo-...
Reflow bonding of borosilicate glass tubes to silicon wafers is a technology which has significant p...
A bonding process was developed for glass-to-glass fusion bonding using Borofloat 33 wafers, resulti...
AbstractWafer bonding is a key technology for wafer level packaging in MEMS applications. By bonding...
By MEMS packaging test platform for bonding process of bonding temperature and bonding time,and test...
MicrochanneIs were created by fusion bonding of a Pyrex cover to a thermally oxidized silicon wafer,...
We report here on the results of experiments concerning particular bonding processes potentially use...
This paper reports a silicon-silicon anodic bonding process based on embedded glass. We successfully...
Develop an efficient, reliable fusion bonding recipe for the glass-glass structured devices with pat...
In microsystems technologies, frequently complex structures consisting of structured or plain silico...
Capillary bonding of glass tubes to silicon wafers has been elaborated. After proper preparation, tu...
Engineering (The Ohio State University Denman Undergraduate Research Forum)Glass is a desired materi...