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Supplier: Acrolab Ltd.
Description: , the wick permits equal function in vertical and horizontal planes. In applications where the evaporator site is above the condenser, the performance of the Isobar® Heat Pipe is controlled by the capillary action of the wick structure.
- Type: Cylindrical
- Operating Temperature: 500 to 2100 F
- Diameter: 0.0938 to 0.7500 inch
- Container / Shell: Copper, Stainless Steel, Titanium, Other Container / Shell
Supplier: IHS ESDU
Description: ESDU 79013 is one of a group of five on heat pipe performance. It gives equations for calculating the effective thermal conductivity, minimum capillary radius and permeability of a wide range of wicks for use in capillary-driven heat pipes including single-layer and multiple-layer wire meshShow More
Supplier: Rego Electronics Inc.
Description: A vapor chamber is a high-end thermal management device that can rapidly spread heat from a small source to a large platform of area. A properly designed vapor chamber with heat sink can improve the thermal performance by 10- 30% over copper, and heat pipe based solutions. A vapor chamber is much
- Device: Vapor Cooler
Description: : Interactive Heat pipe transfer Design Ultra Quiet Triple Blue LED FAN Switching noise eliminated 120mm Triple Fans incorporated for ultra quiet operation and blue LEDs for cool aesthetics. Switching noise' is the high frequency harmonic noise that can result from voltage regulation. VFP DualShow More
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Thermal Pin Isobar® Heat Pipe
tube end by gravity. Since the latent heat of evaporation is large, considerable quantities of heat can be transferred with a very small temperature difference from end to end. The thermosyphon is limited in application because the evaporator region must be situated lower than the condenser region. The Isobar (R) Heat Pipe improves on this in that it incorporates a sophisticated solid-state pump to return the condensate to the evaporator site. This pump takes the form of a fine metallic wick... (read more)
Browse Heat Pipes Datasheets for Acrolab Ltd.
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Refrigeration Systems and Applications 2nd Edition Complete Document
Figure 7.9 shows several heat pipe wick structures.
Phase change driving mechanism and modeling for heat pipe with porous wick
J Heat Transfer, 1996, 118: 725―730 4 Tien C L, Sun K H. Minimum meniscus radius of heat pipe wicking materials.
Heat Transfer Handbook Complete Document
In predicting the maximum capillary pressure available for a given heat pipe wick structure, the two principal radii of curvature are typically combined intu an effective The radii of the meniscus.
Journal of Spacecraft and Rockets > Design Parameter for Assessing Wicking Capabilities of Heat Pipes
Fig. 1 Simple model for analyzing heat pipe wick .
Heat pipe wicks can be classified as either homogeneous wicks or composite wicks.
Thermal Analysis and Testing of a Heat Pipe With Woven Wired Wick
A woven wire wick that was different from conventional heat pipe wicks was considered in this paper.
The effect of orientation on U-shaped grooved and sintered wick heat pipes
Heat pipe wick permeability Leff .
Thermal Design: Heat Sinks Thermoelectrics Heat Pipes Compact Heat Exchangers and Solar Cells
and heat pipe wicks , 219, 220, 227–228, 231 .
ESDU 79013 - Heat pipes - properties of common small-pore wicks.
Liquid transport properties of some heat pipe wicking materials.
Surface Heat Flux for Incipient Boiling in Liquid Metal Heat Pipes
Initially, the heat fluxes for incipient boiling in a heat pipe wick and in a liquid pool are compared.