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High Reliability Cryogenic Piezoelectric Valve Actuator NASA SIR 2009 Solicitation FORM B PROPOSAL SUMMARY PROPOSAL NUMBER: 092 X8.018727 PHASE 1 CONTRACT NUMBER: NNX10CE63P SUBTOPIC TITLE: Cryogenic
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How to fill out high reliability cryogenic piezoelectric:

01
Start by ensuring that you are working in a clean and controlled environment to avoid any contamination or damage to the piezoelectric material.
02
Carefully handle the piezoelectric device, as it is a delicate component. Avoid applying excessive force or pressure while handling it.
03
Connect the necessary electrical connections to the piezoelectric device, making sure that the connections are secure and properly insulated.
04
If there are any specific instructions or guidelines provided by the manufacturer, follow them closely to ensure proper filling of the cryogenic material.
05
Use a suitable cryogenic liquid or gas, such as liquid nitrogen, to fill the cryogenic chamber of the piezoelectric device. Follow proper safety precautions while handling cryogenic materials.
06
Slowly and carefully introduce the cryogenic material into the chamber, ensuring that it does not overflow or spill. Take necessary measures to prevent any air bubbles from forming inside the chamber.
07
Once the cryogenic material is filled, ensure that the chamber is properly sealed to prevent any leaks or loss of the cryogenic substance.
08
Finally, test the functionality of the piezoelectric device to ensure that it is operating correctly after the filling process.

Who needs high reliability cryogenic piezoelectric:

01
Researchers and scientists working in fields such as aerospace, medical, and automotive industries often require high reliability cryogenic piezoelectric devices. These devices are used for various applications, including precise control and measurement of physical parameters under extreme low-temperature conditions.
02
Cryogenic research facilities and laboratories that deal with low-temperature experiments and studies also use high reliability cryogenic piezoelectric components.
03
Industries involved in the production and testing of cryogenic equipment, such as cryocoolers and cryogenic pumps, may require high reliability cryogenic piezoelectric devices to ensure accurate and efficient operation.
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High reliability cryogenic piezoelectric refers to piezoelectric materials that can operate at very low temperatures with high precision and reliability.
Manufacturers and suppliers of equipment or components using high reliability cryogenic piezoelectric may be required to file.
The filing process for high reliability cryogenic piezoelectric typically involves providing detailed information about the materials used, testing procedures, and expected performance in cryogenic conditions.
The purpose of high reliability cryogenic piezoelectric is to ensure the reliable operation of equipment in extreme low-temperature environments, such as in aerospace or scientific research applications.
Information that must be reported on high reliability cryogenic piezoelectric may include material composition, testing results, operational specifications, and compliance with industry standards.
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2000 2009 Piezoelectric DSM cryo Williamson piezoceramic GRC TAXONOMY SBIR JSC CTE X8 ESA kinematic Photonics TRL sttr SUBTOPIC noncryogenic LLC NNX10CE63P propellants jpainedynamic Jeffrey MSFC Composites deployable Actuator actuators TN survivability

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