about
Use of numerical calculations to simulate the sampling efficiency performance of a personal aerosol samplerDevelopment and validation of a simple numerical model for estimating workplace aerosol size distribution evolution through coagulation, settling, and diffusionExamining elemental surface enrichment in ultrafine aerosol particles using analytical scanning transmission electron microscopyDesign optimization of a portable thermophoretic precipitator nanoparticle samplerDeposition uniformity of coal dust on filters and its effect on the accuracy of FTIR analyses for silicaA handheld electrostatic precipitator for sampling airborne particles and nanoparticlesExperimental study of particle losses close to the entry of thin-walled sampling probes at varying angles to the windDevelopment of a personal sampler for collecting fungal sporesPerformance evaluation of the sampling head and annular kinetic impactor in the Savannah River Site alpha continuous air monitorRelation between electrical mobility, mass, and size for nanodrops 1-6.5 nm in diameter in airInvestigation of aerosol surface area estimation from number and mass concentration measurements: particle density effectCharacterization of a vortex shaking method for aerosolizing fibersA probabilistic model for intersubject deposition variability of inhaled particlesMiniature dual-corona ionizer for bipolar charging of aerosolCombined optical and ionization measurement techniques for inexpensive characterization of micrometer and submicrometer aerosolsVortices in anisoaxial sampling inletsA shelter to protect a passive sampler for coarse particulate matter, PM10-2.5Aerosol generation by modern flush toiletsAirborne dust capture and induced airflow of various spray nozzle designsToward developing a new occupational exposure metric approach for characterization of diesel aerosolsCollection of airborne microorganisms by electrostatic precipitationThe effect of sampling time on the overall performance of portable microbial impactorsDevelopment of a cyclone-based aerosol sampler with recirculating liquid film: theory and experimentDesign and use of a settling chamber for sampler evaluation under calm-air conditionsCharacterizing indoor and outdoor 15-minute average PM2.5 concentrations in urban neighborhoodsCharacterization of aerosols produced during surgical procedures in hospitalsTransport and deposition of angular fibers in turbulent channel flowsEffect of fluid type and microbial properties on the aerosolization of microorganisms from metalworking fluidsConsiderations for modeling particle entrainment into the wake of a circular cylinderA granular bed for use in a nanoparticle respiratory deposition samplerA toxicology suite adapted for comparing parallel toxicity responses of model human lung cells to diesel exhaust particles and their extractsPassive aerosol sampler. Part I: principle of operationPassive aerosol sampler. Part II: wind tunnel experimentsEffect of sampler and manikin conductivity on the sampling efficiency of manikin-mounted personal samplersDevelopment of a large particle aerosol distribution system for testing manikin-mounted samplersInfluence of suspending liquid, impactor type, and substrate on size-selective sampling of MS2 and adenovirus aerosolsAir sampling filtration media: collection efficiency for respirable size-selective samplingNovel instrument to separate large inhalable particlesProfile and morphology of fungal aerosols characterized by field emission scanning electron microscopy (FESEM)Morphological and elemental classification of freshly emitted soot particles and atmospheric ultrafine particles using the TEM/EDS
P1433
Q23909546-0E4999D6-7760-4794-B8C1-46614C211288Q23909888-D1BF04D5-FB61-4991-9B15-2DF472B84F16Q23909889-C21128D1-D2D6-498C-9562-5520826F80A8Q23910102-674F3E45-1645-4CF3-B0AD-A6FC12C06A7FQ23910114-A5BDA5E0-93F6-4353-9B36-EA68017E74A5Q23910121-03D729C2-07C9-473D-B8C3-D8D83CD9A0A5Q23910183-B3AD324E-5D17-4FDF-A210-0FE97AE1EC90Q23910342-779D8923-41A2-43F0-84CB-3388AECF8747Q23910343-37B3195A-71CD-46F4-920A-7236DE11DAA4Q23910452-0455F2D7-1E28-4A60-B705-46E7DD1A745FQ23910453-BA3E01A4-AD84-44AA-8CFA-484DF692E50BQ23910454-42DCF1A7-791A-407A-A764-637454840EF6Q23910738-2061D1F2-F0F7-4A37-90D5-3FCC9994B4ACQ23910945-7371B466-DC62-4F0B-9A06-F696C83DF126Q23910958-797E2A78-CFC4-4163-A9A9-E0C94DE55136Q23911069-052E0168-9A60-4177-913E-B9F39BDA39E9Q23911616-E0AE4A6D-C87F-43B6-A6DD-216C69573278Q23911755-201083FD-81F5-4C3C-A231-759DACF4DF92Q23912244-DAD510B7-9291-4D16-B362-5561812872BCQ23912553-6473C509-5723-49F2-9F5A-C7274EB8809FQ23912966-55F5B930-F995-4704-9591-77080D6A51FDQ23913067-3D127797-3824-438D-866F-10F046BFBB94Q23913073-3DFD206F-3062-42C2-A252-0C21D5E7B79EQ23913218-E6D8A9B2-37CB-4140-ABA4-E5707D5EC0B2Q23913305-7BA37765-F6B5-4F2F-B258-3341A8DFF8AAQ23913328-DF3A0547-E2B6-454E-9723-E1EF13EB26FCQ23913407-970F77E4-BC4A-4724-BCDB-4E5A83DF4D39Q23913652-56F8D4EC-F7CF-47FB-A1AF-357F93BDC91CQ23914038-C59CD472-8324-4A5F-93F1-B8F1A0BA7736Q23914183-96DC7A1E-1575-46DC-B737-626B116CC4F1Q23914449-F698A426-031D-4D06-9AF3-13D3CAA9ADF8Q23914561-28D7A620-C4DF-4B42-B58C-765A96619F7BQ23914562-A0D54FF6-599E-4BC8-B2B4-A3D3A494096AQ23914806-807B7350-59BA-4C98-8496-1C4F4A9E8E10Q23914807-4C3CB892-C047-4E50-B1EA-ABC9A93206CAQ23914824-440860F1-B325-42A8-939D-B726180BBB9CQ23914841-35F72838-D287-4BFC-BB59-9AAEE8C4F224Q23915793-13B4AA3A-9C20-44CC-AD31-95F35A91FBF1Q23916336-CB543D82-2CF6-455B-9389-14C9467ADA87Q23916635-E380FE11-FD7D-4189-B6D3-3227DCEBB61E
P1433
description
journal
@en
revista científica
@es
rivista scientifica
@it
wetenschappelijk tijdschrift van Taylor & Francis
@nl
wissenschaftliche Fachzeitschrift
@de
name
Aerosol Science and Technology
@ast
Aerosol Science and Technology
@da
Aerosol Science and Technology
@en
Aerosol Science and Technology
@es
Aerosol Science and Technology
@fi
Aerosol Science and Technology
@fr
Aerosol Science and Technology
@it
Aerosol Science and Technology
@nb
Aerosol Science and Technology
@nl
Aerosol Science and Technology
@nn
type
label
Aerosol Science and Technology
@ast
Aerosol Science and Technology
@da
Aerosol Science and Technology
@en
Aerosol Science and Technology
@es
Aerosol Science and Technology
@fi
Aerosol Science and Technology
@fr
Aerosol Science and Technology
@it
Aerosol Science and Technology
@nb
Aerosol Science and Technology
@nl
Aerosol Science and Technology
@nn
prefLabel
Aerosol Science and Technology
@ast
Aerosol Science and Technology
@da
Aerosol Science and Technology
@en
Aerosol Science and Technology
@es
Aerosol Science and Technology
@fi
Aerosol Science and Technology
@fr
Aerosol Science and Technology
@it
Aerosol Science and Technology
@nb
Aerosol Science and Technology
@nl
Aerosol Science and Technology
@nn
P3181
P1055
P1058
P1156
P123
P1277
P1476
Aerosol Science and Technology
@en