AN UNMANNED AERIAL VEHICLE-BASED GAS SAMPLING SYSTEM FOR ANALYZING CO2 AND ATMOSPHERIC PARTICULATE MATTER IN LABORATORY

An Unmanned Aerial Vehicle-Based Gas Sampling System for Analyzing CO2 and Atmospheric Particulate Matter in Laboratory

We developed and tested an Laundry Tin unmanned aerial vehicle-based gas sampling system (UGSS) for collecting gases and atmospheric particulate matter (PM).The system applies an alternative way of collecting both vertical and horizontal transects of trace gases in order to analyze them in the laboratory.To identify the best position of the UGSS in

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Flipping the ICF: Exploring the Interplay of Theory and the Lived Experience to Reconsider Physical Activity in Community-Dwelling People With Multiple Sclerosis

People with multiple sclerosis (MS) report lower physical activity levels and are at a risk of becoming sedentary.As such, they are at an increased risk of developing secondary health conditions associated with inactivity.This is of major public health concern.Attempts to improve the physical activity levels in people with MS remain a challenge for

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Output Error Method for Tiltrotor Unstable in Hover

This article investigates unstable tiltrotor in hover system identification from flight test data.The aircraft dynamics was described by a linear model Relora defined in Body-Fixed-Coordinate System.Output Error Method was selected in order to obtain stability and control derivatives in lateral motion.For estimating model parameters both time and f

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