Add to ORKGNonlinear closed loop control system to regulate the pressure in a cryogenic environment is described. System employs four position contactor with two control bands to react to the signals. Diagrams of element transfer function and required equipment are included
Hybird electronic controller developed for pressurization and venting systems of space propulsion sy...
Different engineering problems associated with the design of mechanisms and systems to operate in a ...
There is renewed interest in cryogenic oxygen storage for an advanced second-generation orbital mane...
A control valve that can throttle high-pressure cryogenic fluid embodies several design features tha...
The control system design, performance analysis, microprocesser based controller software developmen...
High-resolution differential pressure transducer senses very small positive or negative pressure var...
Flow control of cryogenic liquids is achieved through use of an electrical feed-through connector wi...
A report discusses a cryogenic reaction control system (RCS) that integrates a Joule-Thompson (JT) d...
Automatic mechanical liquid level controller that is independent of any external power sources is us...
Cryogenic-liquid transfer system, containing a ring structure with tensioned small diameter, high st...
Two-gas control system has been developed which uses existing hardware. Three systems are used for c...
A silicon pressure die is bonded to a borosilicate substrate above the pneumatic port. A Wheatstone ...
This software is used in an automated cryogenic control system developed to monitor and control the ...
Motor-driven cam varies height of mercury column connected to loading diaphragm of pressure-regulati...
A study was undertaken to model the cryogenic wind tunnel process, to validate the model by the use ...
Hybird electronic controller developed for pressurization and venting systems of space propulsion sy...
Different engineering problems associated with the design of mechanisms and systems to operate in a ...
There is renewed interest in cryogenic oxygen storage for an advanced second-generation orbital mane...
A control valve that can throttle high-pressure cryogenic fluid embodies several design features tha...
The control system design, performance analysis, microprocesser based controller software developmen...
High-resolution differential pressure transducer senses very small positive or negative pressure var...
Flow control of cryogenic liquids is achieved through use of an electrical feed-through connector wi...
A report discusses a cryogenic reaction control system (RCS) that integrates a Joule-Thompson (JT) d...
Automatic mechanical liquid level controller that is independent of any external power sources is us...
Cryogenic-liquid transfer system, containing a ring structure with tensioned small diameter, high st...
Two-gas control system has been developed which uses existing hardware. Three systems are used for c...
A silicon pressure die is bonded to a borosilicate substrate above the pneumatic port. A Wheatstone ...
This software is used in an automated cryogenic control system developed to monitor and control the ...
Motor-driven cam varies height of mercury column connected to loading diaphragm of pressure-regulati...
A study was undertaken to model the cryogenic wind tunnel process, to validate the model by the use ...
Hybird electronic controller developed for pressurization and venting systems of space propulsion sy...
Different engineering problems associated with the design of mechanisms and systems to operate in a ...
There is renewed interest in cryogenic oxygen storage for an advanced second-generation orbital mane...