Browsing by Author Nacapricha D.

Jump to: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

or enter first few letters:  
Showing results 1 to 20 of 29  next >
Issue DateTitleAuthor(s)
2018A "dual-acceptor channel" membraneless gas-diffusion unit for simultaneous determination of ethanol and acetaldehyde in liquors using reverse flow injectionChoengchan N.; Poontong B.; Mathaweesansurn A.; Maneerat N.; Motomizu S.; Ratanawimarnwong N.; Nacapricha D.
2010A Multiple processing hybrid flow system for analysis of formaldehyde contamination in foodTeerasong S.; Amornthammarong N.; Grudpan K.; Teshima N.; Sakai T.; Nacapricha D.; Ratanawimarnwong N.
2010A reagent-free SIA module for monitoring of sugar, color and dissolved CO2 content in soft drinksTeerasong S.; Chan-Eam S.; Sereenonchai K.; Amornthammarong N.; Ratanawimarnwong N.; Nacapricha D.
2020Contactless conductivity detector from printed circuit board for paper-based analytical systemsChantipmanee N.; Sonsa-ard T.; Fukana N.; Kotakanok K.; Mantim T.; Wilairat P.; Hauser P.C.; Nacapricha D.
2018Development of flow systems incorporating membraneless vaporization units and flow-through contactless conductivity detector for determination of dissolved ammonium and sulfide in canal waterAlahmad W.; Pluangklang T.; Mantim T.; Cerdà V.; Wilairat P.; Ratanawimarnwong N.; Nacapricha D.
2020Dual-Purpose Photometric-Conductivity Detector for Simultaneous and Sequential Measurements in Flow AnalysisMantim T.; Chaisiwamongkhol K.; Uraisin K.; Hauser P.C.; Wilairat P.; Nacapricha D.
2017Green analytical flow method for the determination of total sulfite in wine using membraneless gas-liquid separation with contactless conductivity detectionChantipmanee N.; Alahmad W.; Sonsa-Ard T.; Uraisin K.; Ratanawimarnwong N.; Mantim T.; Nacapricha D.
2018Green analytical method for simultaneous determination of salinity, carbonate and ammoniacal nitrogen in waters using flow injection coupled dual-channel C4DChaneam S.; Inpota P.; Saisarai S.; Wilairat P.; Ratanawimarnwong N.; Uraisin K.; Meesiri W.; Nacapricha D.
2016Membraneless Gas-Separation Microfluidic Paper-Based Analytical Devices for Direct Quantitation of Volatile and Nonvolatile CompoundsPhansi P.; Sumantakul S.; Wongpakdee T.; Fukana N.; Ratanawimarnwong N.; Sitanurak J.; Nacapricha D.
2018Microfluidic analysis with front-face fluorometric detection for the determination of total inorganic iodine in drinking waterInpota P.; Strzelak K.; Koncki R.; Sripumkhai W.; Jeamsaksiri W.; Ratanawimarnwong N.; Wilairat P.; Choengchan N.; Chantiwas R.; Nacapricha D.
2018Microfluidic paper-based analytical device for quantification of lead using reaction band-length for identification of bullet hole and its potential for estimating firing distanceBuking S.; Saetear P.; Tiyapongpattana W.; Uraisin K.; Wilairat P.; Nacapricha D.; Ratanawimarnwong N.
2013New membraneless vaporization unit coupled with flow systems for analysis of ethanolRatanawimarnwong N.; Pluangklang T.; Chysiri T.; Nacapricha D.
2020Paper-based colorimetric biosensor of blood alcohol with in-situ headspace separation of ethanol from whole bloodThepchuay Y.; Sonsa-ard T.; Ratanawimarnwong N.; Auparakkitanon S.; Sitanurak J.; Nacapricha D.
2007Pervaporation-flow injection with chemiluminescence detection for determination of iodide in multivitamin tabletsNacapricha D.; Sangkarn P.; Karuwan C.; Mantim T.; Waiyawat W.; Wilairat P.; Cardwell T.; McKelvie I.D.; Ratanawimarnwong N.
2006Pulsed amperometry for anti-fouling of boron-doped diamond in electroanalysis of β-agonists: Application to flow injection for pharmaceutical analysisKaruwan C.; Mantim T.; Chaisuwan P.; Wilairat P.; Grudpan K.; Jittangprasert P.; Einaga Y.; Chailapakul O.; Suntornsuk L.; Anurukvorakun O.; Nacapricha D.
2009Quality control of gasohol using a micro-unit for membraneless gas diffusionMuncharoen S.; Sitanurak J.; Tiyapongpattana W.; Choengchan N.; Ratanawimarnwong N.; Motomizu S.; Wilairat P.; Nacapricha D.
2012Reagent-free analytical flow methods for the soft drink industry: Efforts for environmentally friendly chemical analysisMantim T.; Saetear P.; Teerasong S.; Chan-Eam S.; Sereenonchai K.; Amornthammarong N.; Ratanawimarnwong N.; Wilairat P.; Meesiri W.; Uraisin K.; Nacapricha D.
2011Repeatability in column preparation of a reversed-phase C18 monolith and its application to separation of tocopherol homologuesKositarat S.; Smith N.W.; Nacapricha D.; Wilairat P.; Chaisuwan P.
2013Sequential injection system for simultaneous determination of sucrose and phosphate in cola drinks using paired emitter-detector diode sensorSaetear P.; Khamtau K.; Ratanawimarnwong N.; Sereenonchai K.; Nacapricha D.
2016Simple and fast analysis of iohexol in human serums using micro-hydrophilic interaction liquid chromatography with monolithic columnChaloemsuwiwattanakan T.; Sangcakul A.; Kitiyakara C.; Nacapricha D.; Wilairat P.; Chaisuwan P.