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Adiabatic suspension

A heat-insulating suspension and heat-insulation technology, which is applied in heat exchange equipment, pipeline protection through heat insulation, heat preservation, etc., can solve the problems that silica airgel is fragile and cannot be used as a self-supporting heat insulation system

Inactive Publication Date: 2014-02-19
SUZHOU YUANZHENG HOT VOLT
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Problems solved by technology

[0014] In summary, super-insulating silica aerogels are super-fragile, and this lack of mechanical strength makes it unsuitable for self-supporting thermal insulation systems in gravitational field environments

Method used

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[0269] Under the condition of the same cost, the higher the thermal conductivity of the heat-spreading film material, the better; all materials with high thermal conductivity can be used as heat-spreading films. Preferred heat spreader film materials of the present invention are listed below but are not limited to those listed below. Carbon material series: high-purity graphite powder, C60, carbon nanotubes, diamond particles (thermal conductivity 900-2320W / m K), Graphene (thermal conductivity ~ 5300W / m K); metal series: all metals in principle Simple substances, metal compounds, and alloy materials can be used as heat soaking films. Representative metals are: aluminum Al (thermal conductivity 237W / m K), gold Au (thermal conductivity 318W / m K), copper Cu (thermal conductivity Conductivity 401W / m·K), silver Ag (thermal conductivity 420W / m·K). Its material forms include: micron particles and their consolidated films, nanoparticles and their consolidated films, porous or foamed ...

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Abstract

The invention relates to an adiabatic suspension, and discloses a super adiabatic technology based on the structural adiabatic principle. A super adiabatic structure with sufficient mechanical strength is realized through collaborative design of adiabatic material, thermal structure, mechanical structure and applicable functions. The adiabatic suspension is characterized by comprising super adiabatic material (silica aerogel or aluminum oxide aerogel or the like), an adiabatic suspending line (aramid or acrylic fibers, silica cantilevers, metal springs and the like), an adiabatic suspension structure (a right square pyramid suspension, a cube suspension and the like), a rigid suspension bucket (an aluminum alloy casing with the surface provided with an aluminum oxide cladding) and a thermal short circuit structure (a graphite particle painting layer with high thermal conductivity or a soaking film formed by copper foils or silver foils ). The adiabatic suspension can serve as a fundamental paradigm for the thermal engineering technology and the packaging technology, and can be used for designing various new concept products, which can operate under super low temperature or super high temperature, such as adiabatic suspension batteries, adiabatic levitation batteries and adiabatic temperature sensing chips, with super adiabatic performances.

Description

1. Technical field [0001] The present invention "Adiabatic Suspension" [*Patent 1] discloses a "thermal communication and association" technology based on physical connection between different systems in a physical space, which is characterized by the use of "thermal insulation materials and their physical structures" to form A kind of "thermal insulation boundary" between different systems in space, also known as "thermal insulation boundary". This is a "super thermal insulation" technology based on the principle of "structural thermal insulation". It builds a "super thermal insulation structure" with sufficient mechanical strength through the collaborative design of thermal insulation materials, thermal structures, mechanical structures, and application functions. The present invention discloses three typical physical forms of "thermal insulation suspension" and their implementation schemes: first, a kind of "thermal insulation material 'wire' and 'rope' spring used to suspe...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F16L59/02
CPCF16L59/02
Inventor 濮琳施毅张荣郑有炓
Owner SUZHOU YUANZHENG HOT VOLT
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