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Supplier: bulbs.com
Description: Philips brand halogen heat lamp. PAR38 size and shape to fit larger fixtures. 175 Watts and 120 volts for moderate heat. Reflector helps to direct heat where you need it
- Lamp Power: 175 watts
- Rated Average Life: 5,000 hours
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Supplier: bulbs.com
Description: Philips brand 60 Watt IRC PAR38 halogen spot, featuring Infrared Technology. Infrared Halogen lights provide even brighter, whiter light than other halogens, while lasting longer and using less energy Produces about 30% more light than a regular halogen of the same wattage Lasts
- Lamp Power: 60 watts
- Rated Average Life: 4,200 hours
- Color Temperature: 2,900 K
- Mean Lumens: 1,120 lm
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Supplier: bulbs.com
Description: Philips brand 60 Watt IRC PAR38 halogen flood, featuring Infrared Technology. Infrared Halogen lights provide even brighter, whiter light than other halogens, while lasting longer and using less energy Produces about 30% more light than a regular halogen of the same wattage
- Lamp Power: 60 watts
- Rated Average Life: 4,200 hours
- Color Temperature: 2,900 K
- Mean Lumens: 1,120 lm
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Supplier: bulbs.com
Description: Philips brand 40 Watt IRC PAR30 halogen flood, featuring Infrared Technology. Infrared Halogen lights provide even brighter, whiter light than other halogens, while lasting longer and using less energy Produces about 30% more light than a regular halogen of the same wattage
- Lamp Power: 40 watts
- Rated Average Life: 4,200 hours
- Color Temperature: 2,900 K
- Mean Lumens: 720 lm
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Supplier: Philips Emergency Lighting
Description: Philips Emergency Lighting’s RCT remote control testing emergency ballasts and RCT retrofit modules provide a simple testing alternative for emergency lighting. By pointing the WHRCT handheld remote control transmitter (sold separately) toward the RCT's infrared receiver and pushing a
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Supplier: Philips Emergency Lighting
Description: Philips Emergency Lighting’s RCT remote control testing emergency ballasts and RCT retrofit modules provide a simple testing alternative for emergency lighting. By pointing the WHRCT handheld remote control transmitter (sold separately) toward the RCT's infrared receiver and pushing a
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Fast preparative isoelectric focusing of phycocyanin subunits in layers of granulated gels
sion into the trough followed by water evaporation to about 20 % weight loss using an infrared lamp ( Philips Infrared Lamp R 95 E, 220 V, 150 W, distance 35 cm) and a fan.
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Generation of noble metal nanoparticles by laser ablation in liquids: the role of the molecular environment
The drop was dried with a Philips infrared lamp (250 W) until all the solvent had evaporated.
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A physically based surface resistance model for evaporation from bare soils
Above the soil column, an infrared lamp ( Philips BR125 IR 250W E27 230–250V Red 1CT) with a dimmer switch was installed for supplying heat to the soil surface.
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Modeling Infrared‐Covective Drying of Pistachio Nuts under Fixed and Fluidized Bed Conditions
The dryer consists of a drying chamber with four infrared lamps ( Philips model, Flemish, Belgium) with totally 2,000 W power at the top of the chamber with 30 cm height.
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Thermal stress fracture of wire glass
infrared lamps ( Philips Type 13352E/44, 250W, 240- 250V) positioned to radiate at the centre of the glass pane.
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In vivo Raman spectroscopic analysis of the influence of IR radiation on the carotenoid antioxidant substances beta-carotene and lycopene in the human skin. Fo...
The infrared lamp Philips Infrared RI 1521, which is widely used for warming of the skin during medical ther- apy, was used as a source of IR radiation.
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Climatic Chamber With Centrifuge to Simulate Different Weather Conditions
The climatic actuator also uses radiation from four Philips infrared heat lamps type 13169X/98 located above the soil surface and below the climatic actuator as a heat transfer mechanism (Fig. 12).
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Over the influence of heat irradiation of the hand on hand skill at different room temperature
In a Tell of attempts, this was a Philips - infrared lamp (type 13352 E1 99) that emitted so much visible light at the same time dab was a further illumination of the working field iiberfliissig.
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Biocompatible PEG‐Chitosan@Carbon Dots Hybrid Nanogels for Two‐Photon Fluorescence Imaging, Near‐Infrared Light/pH Dual‐Responsive Drug Carrier, and Synergisti...
The photothermal experiments were conducted using a Philips infrared reflector lamp with a power density of 1.5 W cm−2 and a filter to block ultraviolet light.
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Graphene/poly(styrene‐ b ‐isoprene‐ b ‐styrene) nanocomposite optical actuators
The infrared lamp , Philips , Germany, with red filter was used as the light source, which is positioned at 25 cm away from the sample and an exposure time of 15 s is fixed.