Temperature profiles of floor surfaces covered by heat lamps depend on lamp size and height. Heat lamps with the same power output do not necessarily produce the same temperature profiles of the heated surface. A given temperature profile of the heated area may be achieved by adjusting the height of the same heat lamp or varying the power input to the heat lamp while keeping its height. The latter will lead to energy savings
The dry bulb air temperature is still the most commonly used parameter to characterize the thermal e...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
Dynamic heat lamp usage (HLU) of neonatal piglets exposed to 250W, 175W, and 125W heat lamps was mea...
Infrared thermography is a useful tool in visualizing and quantifying spatial distribution in radian...
The objectives of this study were i) to comparatively characterize the radial temperature distributi...
Four commercial electrical mats for localized heating in farrowing creep area were evaluated with in...
Laboratory and in-barn tests were conducted to study the thermal characteristics of electrical heat ...
The results of temperature measurements in model rooms of a closed type with a system of radiant hea...
In a previous study (3), the temperature (Tmat) distribution of commercial creep heat mats had been ...
Piglets from birth to wean at 21 days of age were subjected to heat lamps with either constant power...
A one-year field study compared the conventional 250W IR heat lamp with an energy-efficient 175W rad...
Piglets from birth to weaning were subjected to heat lamps with a constant output of 175W or a varia...
Four commercial electrical mats for localized heating in farrowing creep area were evaluated with in...
In a previous study (3), the temperature (Tmat) distribution of commercial creep heat mats had been ...
Using an optimised heating source in active thermography can facilitate the processing of measuremen...
The dry bulb air temperature is still the most commonly used parameter to characterize the thermal e...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
Dynamic heat lamp usage (HLU) of neonatal piglets exposed to 250W, 175W, and 125W heat lamps was mea...
Infrared thermography is a useful tool in visualizing and quantifying spatial distribution in radian...
The objectives of this study were i) to comparatively characterize the radial temperature distributi...
Four commercial electrical mats for localized heating in farrowing creep area were evaluated with in...
Laboratory and in-barn tests were conducted to study the thermal characteristics of electrical heat ...
The results of temperature measurements in model rooms of a closed type with a system of radiant hea...
In a previous study (3), the temperature (Tmat) distribution of commercial creep heat mats had been ...
Piglets from birth to wean at 21 days of age were subjected to heat lamps with either constant power...
A one-year field study compared the conventional 250W IR heat lamp with an energy-efficient 175W rad...
Piglets from birth to weaning were subjected to heat lamps with a constant output of 175W or a varia...
Four commercial electrical mats for localized heating in farrowing creep area were evaluated with in...
In a previous study (3), the temperature (Tmat) distribution of commercial creep heat mats had been ...
Using an optimised heating source in active thermography can facilitate the processing of measuremen...
The dry bulb air temperature is still the most commonly used parameter to characterize the thermal e...
The energy balance of a lamp varies with the thermal and optical characteristics of the reflector. T...
Dynamic heat lamp usage (HLU) of neonatal piglets exposed to 250W, 175W, and 125W heat lamps was mea...