The paper reports the first results pertinent to a complex experimental-theoretical study aimed at setting up an instrument, based on laser technology, which should be able to easily calibrate the orchard sprayer machinery. Therefore, first a brief analysis concerning the scattering produced by the droplets produced by the sprayer machine crossing a laser beam and the Mie theory has been carried out. The experimental tests, performed with an ad-hoc laser test-bench, allowed the direct measurement of the intensity of the laser beam, which re-emerged from the aerosol after passing through it. The test provided indications on the optimal way to record the scattered radiation. In agreement with these indications, additional evaluations are comi...
Pesticide spray drift entails a series of risks and costs in terms of human, animal and environmenta...
The use of conventional techniques such micrometer screw gauge or vernier caliper are not suitable f...
Light detection and ranging (LiDAR) technology is beginning to have an impact on agriculture. Canopy...
The paper reports the first results pertinent to a complex experimental-theoretical study aimed at s...
Site-specific application of pesticides reduces both the costs of plant protection and environmental...
Three-dimensional (3D) laser technology has been tested for assessing the performance of air-assiste...
The paper discusses the capabilities of the laser diagnostic system for dispersed multiphase flows m...
Accurate acquisition of canopy structures, sizes and shapes of plants are significant in providing t...
Spray drift is one of the main sources of pesticide contamination. For this reason, an accurate und...
Spray drift is one of the main sources of pesticide contamination. For this reason, an accurate unde...
A technique applicable to spray systems research and control, based on the measurements of the spati...
The use of a scanning Light Detection and Ranging (LIDAR) system to characterize drift during pestic...
The use of a scanning Light Detection and Ranging (LIDAR) system to characterize drift during pestic...
The number density of suspended particles can be quantified by using laser attenuation method. There...
Characterising agricultural sprays is a critical factor when investigating and predicting the spray ...
Pesticide spray drift entails a series of risks and costs in terms of human, animal and environmenta...
The use of conventional techniques such micrometer screw gauge or vernier caliper are not suitable f...
Light detection and ranging (LiDAR) technology is beginning to have an impact on agriculture. Canopy...
The paper reports the first results pertinent to a complex experimental-theoretical study aimed at s...
Site-specific application of pesticides reduces both the costs of plant protection and environmental...
Three-dimensional (3D) laser technology has been tested for assessing the performance of air-assiste...
The paper discusses the capabilities of the laser diagnostic system for dispersed multiphase flows m...
Accurate acquisition of canopy structures, sizes and shapes of plants are significant in providing t...
Spray drift is one of the main sources of pesticide contamination. For this reason, an accurate und...
Spray drift is one of the main sources of pesticide contamination. For this reason, an accurate unde...
A technique applicable to spray systems research and control, based on the measurements of the spati...
The use of a scanning Light Detection and Ranging (LIDAR) system to characterize drift during pestic...
The use of a scanning Light Detection and Ranging (LIDAR) system to characterize drift during pestic...
The number density of suspended particles can be quantified by using laser attenuation method. There...
Characterising agricultural sprays is a critical factor when investigating and predicting the spray ...
Pesticide spray drift entails a series of risks and costs in terms of human, animal and environmenta...
The use of conventional techniques such micrometer screw gauge or vernier caliper are not suitable f...
Light detection and ranging (LiDAR) technology is beginning to have an impact on agriculture. Canopy...