We report here a surface micromachined leakage proof Parylene MEMS check valve that has nearly ideal performance. This new check valve has a unique design that its valve membrane has a sealing ring directly deposited on, and hence in direct contact with, the gold-coated valve seat. The adhesion between Parylene and gold is studied along with the reduction of adhesion of the sealing ring to the valve seat when self-assembled monolayer (SAM) coatings are used on gold. Testing results clearly demonstrate the effectiveness of SAM coating. Experiments show that the valves have no observable leakage in the reverse flow direction up to 30 psi and a cracking pressure less than 1 psi in the forward flow direction. Integration of this valve with micr...
Abstract—This paper presents the world’s first surface-micro-machined parylene dual-valved microflui...
In this paper, we present two remotely adjustable check-valves with an electrochemical release mecha...
[[abstract]]This paper demonstrates a newly developed parylene bowed-type valve with the same workin...
We report here a surface micromachined leakage proof Parylene MEMS check valve that has nearly ideal...
We present here the first surface-micromachined, normally closed, in-channel, Parylene check valve. ...
A novel micro check valve which has nearly ideal fluidic shunting behaviors is presented. Featuring...
MEMS check valves with fixed cracking pressures are important in micro-fluidic applications where th...
This paper presents a preliminary study into stiction between parylene C and substrate surfaces for ...
Micro-fabricated biocompatible check valves are integral parts of many implantable micro-fluidic dev...
This paper presents the world's first surface-micromachined parylene dual-valved microfluidic system...
In this paper we present a bulk micromachined check valve with very high frequency and extremely low...
This paper presents the world’s first in-channel parylene dual-valved microfluidic system for unpowe...
In this paper we present a bulk micromachined check valve with very high frequency and extremely low...
We present here a new surface-micromachined, all-parylene (para-xylylene), in-channel, normally-clos...
Check valves are used frequently within the field of microfluidic MEMS, particularly in micropump ap...
Abstract—This paper presents the world’s first surface-micro-machined parylene dual-valved microflui...
In this paper, we present two remotely adjustable check-valves with an electrochemical release mecha...
[[abstract]]This paper demonstrates a newly developed parylene bowed-type valve with the same workin...
We report here a surface micromachined leakage proof Parylene MEMS check valve that has nearly ideal...
We present here the first surface-micromachined, normally closed, in-channel, Parylene check valve. ...
A novel micro check valve which has nearly ideal fluidic shunting behaviors is presented. Featuring...
MEMS check valves with fixed cracking pressures are important in micro-fluidic applications where th...
This paper presents a preliminary study into stiction between parylene C and substrate surfaces for ...
Micro-fabricated biocompatible check valves are integral parts of many implantable micro-fluidic dev...
This paper presents the world's first surface-micromachined parylene dual-valved microfluidic system...
In this paper we present a bulk micromachined check valve with very high frequency and extremely low...
This paper presents the world’s first in-channel parylene dual-valved microfluidic system for unpowe...
In this paper we present a bulk micromachined check valve with very high frequency and extremely low...
We present here a new surface-micromachined, all-parylene (para-xylylene), in-channel, normally-clos...
Check valves are used frequently within the field of microfluidic MEMS, particularly in micropump ap...
Abstract—This paper presents the world’s first surface-micro-machined parylene dual-valved microflui...
In this paper, we present two remotely adjustable check-valves with an electrochemical release mecha...
[[abstract]]This paper demonstrates a newly developed parylene bowed-type valve with the same workin...