the necessity to use pesticides in agriculture, provides environmental pollution at the same time, and significant part of the agri-economy is allocated to this reseon. therefore, it is important issues to use of pesticides, with the highest degree of effectiveness and minimal loss. in this study, electrostatic spraying and its functional factors were evaluated. the applied experimental design ...

Electrospray was employed upstream of an electrostatic precipitator (ESP) to enhance the collection efficiency of monodisperse nanometer-sized particles. The electrospray of deionized water produced water droplets with a size range from several tens to several hundreds μm. The visible combined effect of the ESP with the electrospray was found for the collection of particles larger than about 20...

The objective of this study was to improve the spraying efficiency and meet the demand of modern agricultural. A new generation of electrostatic sprayer which we designed realized the goals. The automatic controlling system is successfully designed. PLC (Programmable Logic Controller) was taken as the control core of the system and LCD touch screen was employed for human-computer interaction in...

With the gradual deterioration of ecological environment and increase in requirements for quality modern life, use pesticides is bound to develop towards higher pesticide utilization less environmental pollution, low-volume spraying agricultural aviation operation combined with Drift Reducing Technologies (DRTs) may be a useful way achieve this goal. Based on an analysis spray drift mechanism p...

Spraying of liquids through an electrified meniscus has become a method of choice to produce ions from large biomolecules. Using mass spectrometry, the generated ions can be analyzed to provide detailed information on their composition and structure. This technique enables high-throughput protein analysis that is a prerequisite for answering the questions presented by proteomics. In this report...