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Supplier: Win Source Electronics
Description: Win Source Part Number: 1101523-1542003-2 Category: Fans, Thermal Management>Thermal - Heat Sinks Type: Top Mount Package: Tray Standard Package: 350 Material: Aluminum Shape: Cylindrical Package Cooled: BGA Attachment Method: Clip Diameter: 1.375" (34.92mm
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Supplier: Win Source Electronics
Description: Win Source Part Number: 1035749-2-1542006-3 Category: Fans, Thermal Management>Thermal - Heat Sinks Type: Top Mount Package: Box Standard Package: 450 Material: Aluminum Shape: Cylindrical Package Cooled: BGA Attachment Method: Clip Diameter: 1.000" (25
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Supplier: Xoxide
Description: & LGA1156 Excellent Cooling Performance 3pcs U shape heat pipes ensure ultra high efficiency Classic cylinder heat sink and spiral aluminum fins 80mm blow fan with brilliant Red LED Premium thermal grease Optimized Structure & Smart
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Supplier: RS Components, Ltd.
Description: Please note:. The pitch-free thread (marked M3) is profile-pressed and not standardised. Suitable M 3 x 8 cylinder head screws with a thread diameter of 2.9 â?? 2.94 mm in accordance with DIN 84 Length = 50mm Width = 30mm Height = 28mm Dimensions = 50 x 30 x 28mm Thermal Resistance = 8.1K/W
- Height: 28 mm
- Length: 50 mm
- Thermal Resistance: 8.1 °C / W
- Width: 30 mm
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Supplier: RS Components, Ltd.
Description: Please note:. The pitch-free thread (marked M3) is profile-pressed and not standardised. Suitable M 3 x 8 cylinder head screws with a thread diameter of 2.9 â?? 2.94 mm in accordance with DIN 84 Length = 84mm Width = 30mm Height = 28mm Dimensions = 84 x 30 x 28mm Thermal Resistance = 8.1K/W
- Height: 28 mm
- Length: 84 mm
- Thermal Resistance: 8.1 °C / W
- Width: 30 mm
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Supplier: Xoxide
Description: to properly dissipate the heat. Thanks to it's smart airflow design, users can fully expect an excellent cooling effect at a low speed that also generates a minimum amount of noise. This smart design is integrated with the system to maximize the cooling performance, and it's
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Supplier: RS Components, Ltd.
Description: Please note:. The pitch-free thread (marked M3) is profile-pressed and not standardised. Suitable M 3 x 8 cylinder head screws with a thread diameter of 2.9 â?? 2.94 mm in accordance with DIN 84 Length = 84mm Width = 55mm Height = 28mm Dimensions = 84 x 55 x 28mm Thermal Resistance = 3.6K/W
- Height: 28 mm
- Length: 84 mm
- Mounting: Other
- Thermal Resistance: 3.6 °C / W
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Description: High power electrical insulators Power electronics Heat spreaders Heat sinks Water cooled heatsinks Laser heatsink power rectifiers Laser components Fixtures and insulators for semiconductor manufacturing chambers
- Material Type: Aluminum Nitride
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Supplier: Edmund Optics Inc.
Description: . weight, green on/off LED, 36" leads, fully-shielded drive circuitry, reverse polarity protected, and ESD Class 2 protection to Mil Spec. Std. 1686B. Modules are cooled through the cylindrical walls and, therefore, should be mounted in an appropriate heat sink such as 53-263.
- CDRH Classification: Class II
- Laser Power: 0.9500 milliwatts
- Laser Type: Laser Diodes
- Operating Temperature Range: -10 to 40 C
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Supplier: Higher Power Supplies, Inc.
Description: pump life. • Built-in down stream detergent injection with metering valve for precise metering. • Sturdy, Epoxy Powder Coated Aircraft Aluminum tubular frame for maximum corrosion resistance, also acts as heat sink for a cooler running engine. Mounted on two large, heavy duty, 10 inch,
- Process / Operation: Cleaning / Surface Preparation
- Water Flow: 330 GPH
- Water Jet Pressure: 5000 psi
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Supplier: Higher Power Supplies, Inc.
Description: injection with metering valve for precise metering. • Sturdy, Epoxy Powder Coated Aircraft Aluminum tubular frame for maximum corrosion resistance, also acts as heat sink for a cooler running engine. Mounted on two large, heavy duty, 10 inch, pneumatic tires for greater mobility.
- Process / Operation: Cleaning / Surface Preparation
- Water Flow: 240 GPH
- Water Jet Pressure: 7000 psi
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Supplier: Air Compressors Direct
Description: bearings Efficient, Over-sized Heat Sink Head Assembly •Provides increased heat dissipation, duty cycle & performance High Performance Check Valve •Eliminates restart pressure on head and piston Thermal Overload Protection •Prevents compressor
- Discharge / Operating Pressure: 150 psi
- Flow Capacity: 0.9700 to 1.31 SCFM
- Power Source: DC
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Supplier: Higher Power Supplies, Inc.
Description: . • Built-in thermo protection device for increased pump life. • Built-in down stream detergent injection with metering valve for precise metering. • Sturdy, Epoxy Powder Coated Aircraft Aluminum tubular frame for maximum corrosion resistance, also acts as heat sink for a cooler
- Process / Operation: Cleaning / Surface Preparation
- Water Flow: 480 GPH
- Water Jet Pressure: 3000 psi
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Supplier: Higher Power Supplies, Inc.
Description: . • Built-in thermo protection device for increased pump life. • Built-in down stream detergent injection with metering valve for precise metering. • Sturdy, Epoxy Powder Coated Aircraft Aluminum tubular frame for maximum corrosion resistance, also acts as heat sink for a cooler
- Process / Operation: Cleaning / Surface Preparation
- Water Flow: 480 GPH
- Water Jet Pressure: 3500 psi
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Thermal Transport in Oblique Finned Micro/Minichannels
This sec- tion examines the edge effect for oblique fin structure on both “planar” and cylindri- cal heat sinks .
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Comparison of nongradient methods with hybrid Taguchi-based epsilon constraint method for multiobjective optimization of cylindrical fin heat sink
The combination of various parameters using L9 OA is given in Table 3 for finding the multiple responses such as the emitted radiations, thermal resistance and mass of the cylindrical heat sink .
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Multi-objective optimization of cylindrical fin heat sink using Taguchi based ε-constraint method
The combination of various parameters using L9 OA is given in Table 2 for finding the multiple responses such as the emit- ted radiations, thermal resistance and mass of the cylindrical heat sink .
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Design and characterization of a cylindrical, water‐cooled heat sink for thermoelectric air‐conditioners
This paper presents a cylindrical heat sink with longitudinal fins, which is compact and highly efficient.
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Numerical simulations of forced convection in novel cylindrical oblique-finned heat sink
Lastly, the guidelines for optimizing cylindrical heat sink structure in different applications were also discussed.
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FROST ACTION IN SOILS: A SYMPOSIUM
Kafadar et. al. (1) presented a method for investigating the effects of freezing upon the temperature dis- tribution in the soil around a cylindrical heat sink withdrawing heat from the soil at a constant rate.
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HEAT TRANSFER AND TEMPERATURE DISTRIBUTION IN SOILS FOR TRANSIENT HEAT FLOW DUE TO CYLINDRICAL SOURCES AND SINKS
Kafadar et. al. (1) presented a method for investigating the effects of freezing upon the temperature dis- tribution in the soil around a cylindrical heat sink withdrawing heat from the soil at a constant rate.
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Heat Transfer Analysis of Rectangular Channel
Plate Heat Sink
We selected only half of the cylinder to do simulation because the cylindrical heat sink structure is symmetrical.
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Experimental study on natural convection heat transfer from horizontal cylinders with longitudinal plate fins
Most previous studies have focused on cooling through natural convective heat transfer using a horizontal cylindrical heat sink .
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Diode end pumped Nd:YAG laser at 946 nm with high pulse energy limited by thermal lensing
Fig. 5 End pumped laser crystal with cylindrical heat sink for cooling .