P279
Reactive nitrogen and human health: acute and long-term implicationsEffects of nitrogen-doped multi-walled carbon nanotubes compared to pristine multi-walled carbon nanotubes on human small airway epithelial cellsFatal injuries in the United States involving respirators, 1984- 1995The surface energetics of asbestos mineralsThe porosity of amosite and chrysotile asbestosDevelopment of a flow-injection fluorescence method for estimation of total polycyclic aromatic compounds in asphalt fumesThe effects of several gases (He, N2, N2O, and SF6) on gas trapping in excised lungsDeaths involving air-line respirators connected to inert gas sourcesCation transport and energy metabolism in the nucleated erythrocyte of the dogfish shark, Squalus acanthiasA new design and coatings for piezoelectric crystals in measurement of trace amounts of sulfur dioxideNitrate variability in groundwater of North Carolina using monitoring and private well data modelsMeasurement of biocides in metalworking fluids and in workplace air using capillary electrophoresisFactors influencing the measurement of closing volumeMetabolism of nitrous oxide by human and rat intestinal contentsMethods to determine the status of mine atmospheres: an overviewLessening genotoxicity using nitrogen-doping of multiwalled carbon nanotubesGas and fume generation at the blast siteEffects of pristine and nitrogen-doped multiwalled carbon nanotubes (ND-MWCNT) on reactive oxygen species (ROS) and cell cycle progressionOxygen/nitrogen radicals: cell injury and disease - prefaceComposition change model for sealed atmosphere in coal minesGenotoxicity of pristine, heat-treated, and nitrogen-doped multi-walled carbon nanotubes at occupationally relevant dosesA method to eliminate explosion hazards in auger highwallField comparison of two analytical methods for NO2 and NO at an ammonium nitrate fertililzer manufacturing facilityPreliminary BART tunnel resultsSome Physiological Aspects of Dysbarism-Induced OsteonecrosisPreparation of submicron titanium nitride powder by vapor-phase reactionsMining surveillance and health hazard evaluation activities of the National Institute for Occupational Safety and HealthTruck driver dies while cleaning out inside of tanker in South Carolina, August 20, 1986HHE determination report no. HHE-73-102-198, Dearborn Stove Company, Garland, TexasSurvey for n-nitroso compounds at Gorton's Seafood Center, The Gorton Group, Gloucester, Massachusetts 01930HHE Report No. HETA-81-263-1178, Copperweld Steel Company, Warren, OhioHHE determination report no. HHE-76-97-430, FMC Corporation - Chain Division, Indianapolis, IndianaMethane contents of oil shale from the Piceance Basin, COVapor-liquid Equilibria Data for the Helium-nitrogen System as Predicted by the Van Der Waals Equation of StateVapor-liquid Equilibria Data for Two Helium-nitrogen-methane Mixtures from 76.5 Deg to 164 Deg K and Pressures to 1,200 PsiaOn the relationship between the single breath and multiple breath nitrogen washout testsTechnical Factors Influencing the Nitrogen Single Breath Washout Test: An Experimental Study in Subjects with Pulmonary DiseaseThe Index of Alveolar Ventilation (IAV): Algebraic versus Semi- graphical MethodEvaluation of Portable Direct-Reading NO-NOx MetersA study of methyl methacrylate exposure and employee health
P921
Q23909807-157E9325-B223-44F7-A946-D7ADE6FB38B1Q23909834-BC68A121-C69B-4596-90B9-3C2F61A4DF5DQ23910055-2504763A-8234-4A19-9071-483DB087450EQ23910676-0A4EB1F6-17B3-4D81-A47E-48FD2B22F5A1Q23910677-C3C24303-F4CF-4200-B542-ABCDC284899CQ23910973-36E0FFDC-FB2A-4336-BFFF-BDD71999DF8AQ23911699-13850B92-9F87-4B27-B2A9-3CC9F1EA33C3Q23913814-321284E8-3377-4A0D-8850-E1B142130CB6Q23914396-4F3834F7-E634-44FE-A9A0-4F12DB96D0FAQ23915714-85171811-2B96-4F1C-B8E3-11B650548258Q23916457-18A16342-4BAC-4A65-A43A-335C1E8D88CEQ23919504-F0F87134-9EA6-4EC4-AB6D-1995CF0763C0Q23924495-98F92893-FBE9-4558-9957-292D6CBA676BQ24091308-459AF96C-1FEB-4D5F-89E6-64DAF9651CDAQ24353093-68173422-E3F3-40A1-82A4-C2B6B6D91593Q24584860-B595FBDA-EC4F-4674-8765-DE9F7D4807D7Q24703699-6CFF193E-A1CE-4AAE-AEF6-ED7595EFE6D2Q24704017-935253D9-93A9-4B63-AE42-A8BD8271E507Q25891632-2FF41A92-2B8F-4007-809B-980C922726EEQ25891880-EA071E0C-6EEA-492D-8E78-EF73AF382B33Q26060341-95639A27-2A6C-4E07-BC12-5C532E23B061Q26282051-57D4B6A4-7CFF-4D64-8574-3529A81B7BC4Q26322404-6D47DADC-E33B-42BC-BCFA-F68C5449B156Q26324131-7A56DDD0-CFD6-4402-94F9-8BCBAE77CFDFQ26324139-D241C1D7-6572-43DD-8420-C3DB68041C60Q26325765-BD2DAB99-C978-4A20-9865-AFBAD0EDC56FQ26328865-F4F984D8-750A-4D8F-B9BA-6E3BB99EEAFAQ26347981-89C59210-DA9D-4751-8FDA-2409453D3D47Q26348240-C5F18DC2-EA8F-4ADF-BC77-A3B77C2DE0A8Q26351610-7A8AD91E-3C09-4D22-B5D6-FE4AE62E0130Q26352960-C9981A3C-3FE9-4624-9945-E8E10A0A40F3Q26354354-05D6727D-8D2E-4DDA-8084-89509857F86DQ26359655-CCADA721-4784-40EC-B4B9-C9C410E4D0BBQ26362060-B7818C68-4FBA-4834-B023-36BBF751427FQ26367366-96D58BE1-FC06-4530-A0CE-C836BDCC9787Q26368485-CF382FB4-3FB0-4BA4-B01B-FA13B0C2DEFCQ26368640-3AB2DEC8-C51E-4F88-9EE0-4E9206287923Q26369099-E4412980-988B-4A2E-9950-C7CF906B7087Q26370473-A60B6ED7-3066-4647-8A80-174825474479Q26371681-61CF636A-87A6-4A38-8384-8439ED025D7F
P921
description
chemical compound
@en
composto chimico
@it
composto químico
@pt
composto químico
@pt-br
composé chimique
@fr
kemiallinen yhdiste
@fi
kjemisk sambinding
@nn
komponim kimik
@sq
molekulární dusík
@cs
molécula diatómica homonuclear formada por dos átomos de nitrógeno
@es
name
Diazòt
@oc
Kvælstof
@da
diazot
@pl
diazote
@fr
diazoto
@pt
didusík
@cs
dinitrogen
@ca
dinitrogen
@en
dinitrogen
@nn
dinitrogeno
@eo
type
label
Diazòt
@oc
Kvælstof
@da
diazot
@pl
diazote
@fr
diazoto
@pt
didusík
@cs
dinitrogen
@ca
dinitrogen
@en
dinitrogen
@nn
dinitrogeno
@eo
altLabel
Distickstoff
@de
N2
@de
N2
@en
N2
@es
N2
@pt
N2
@pt-br
N₂
@be-tarask
N₂
@en
N₂
@eo
N₂
@nn
prefLabel
Diazòt
@oc
Kvælstof
@da
diazot
@pl
diazote
@fr
diazoto
@pt
didusík
@cs
dinitrogen
@ca
dinitrogen
@en
dinitrogen
@nn
dinitrogeno
@eo
P279
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HMDB0001371