एक थर्मोस्टॅट जो खूप कमी तापमान हाताळतो,

cryostats's Usage Examples:

Cryostats housing up to 40 kg of natural and enriched germanium detectors are being deployed in low-background vacuum cryostats, underground.

They are both pumped 3He cryostats, the TL capable of magnetic fields of up to 14 T, and the VL capable of.

The Cryonics Institute calls their storage units cryostats, and each unit contains up to six people.

Continuous-flow cryostats are cooled by liquid cryogens (typically liquid helium or nitrogen) from a storage dewar.

sample compartment for transmission, attenuated total reflection analysis, cryostats, variable temperature cells and reflection modules for imaging.

However, dry cryostats have high energy requirements and are subject.

shield cooling of superconducting-magnet cryostats.

cryogenic liquids is needed in these "dry cryostats" and operation can be highly automated.

Additionally he was deeply involved in the construction of cryostats with high vacuum systems for time projection chambers and design of so-called.

LNG, LN2, LH2, LO2), cryostats, cryogenic pipelines and superconducting devices.

hundred kilograms in order to support heavier sample environments, such as cryostats, furnaces, magnets, load frames, reaction chambers and others.

, which he founded in 1967 to make infrared detectors and cryostats for observatories and infrared microscopes as well.

can be used to make cryocoolers, or as components of lower-temperature cryostats such as dilution refrigerators.