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Sodium Azide Burn: A Case Report
Journal of Burn Care & Rehabilitation, 2001Chemical burn injuries commonly occur at the workplace and can be caused by a variety of agents. Sodium azide is a volatile compound used in the industrial setting and it is also a constituent of car airbags. The known toxic effects of sodium azide include hypotension, bradycardia, and headaches.
T, Pham, T L, Palmieri, D G, Greenhalgh
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Polymerization of nitrogen in sodium azide
The Journal of Chemical Physics, 2004The high-pressure behavior of nitrogen in NaN3 was studied to 160 GPa at 120–3300 K using Raman spectroscopy, electrical conductivity, laser heating, and shear deformation methods. Nitrogen in sodium azide is in a molecularlike form; azide ions N3− are straight chains of three atoms linked with covalent bonds and weakly interact with each other.
Eremets, M. +5 more
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Solubility of Sodium Azide and Alpha-Lead Azide.
Journal of Chemical & Engineering Data, 1966The solubility of sodium azide was determined in water and in 40, 60, 80, and 95.5% ethanol-water mixtures, respectively. The solubilities were first determined by a synthetic method (9) which involved the preparation of a solution of known composition, the saturation point of which was determined by varying the temperature.
E. Lieber +3 more
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Sodium Azide-Induced Neurotoxicity
2000Neurodegeneration can be caused by dysfunction of the mitochondrial electron transport chain (ETC), and thus a mitochondrial etiology has been suggested for many neurodegenerative disorders, such as Parkinson’s disease (PD), Huntington’s disease (HD), and Alzheimer’s disease (AD) (1,2).
Yun Wang, Cesario V. Borlongan
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Death Following Accidental Sodium Azide Ingestion
Journal of Forensic Sciences, 1990Abstract Two college students developed symptoms of poisoning following ingestion of a salt solution during a college physiology laboratory exercise. Symptoms included nausea, vomiting, diarrhea, and altered consciousness. The ingested solution was identified as isotonic buffered saline containing sodium azide in a concentration of 1.0 g/
J D, Howard +4 more
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Thermal decomposition of sodium azide
Thermochimica Acta, 1977The thermal decomposition of sodium azide has been investigated in the temperature range 240–365°C. Three values for the activation energy, 37.0, 59.0 and 14 kcal mol−1 have been obtained depending on the temperature range of study. The mechanism of decomposition seems to involve excited azide ions (through internal conversion) and excitations.
Verneker, VR Pai, Mohan, V Krishna
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Zeitschrift fur Rechtsmedizin. Journal of legal medicine, 1987
A case report is presented of the suicide of a 27-year-old female laboratory assistant by means of sodium azide. Simple colorimetric and volumetric methods are present to detect and estimate the salt.
E, Klug, V, Schneider
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A case report is presented of the suicide of a 27-year-old female laboratory assistant by means of sodium azide. Simple colorimetric and volumetric methods are present to detect and estimate the salt.
E, Klug, V, Schneider
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Journal of Physics and Chemistry of Solids, 1963
Abstract : This report includes: Measurement of stacking fault probabilities in bulk specimens by Henry M. Otte, D. O. Welch and G. F. Bolling. In x-ray diffraction measurements of NaN3 it has been noted that after deformation, the line broadening was consistent with that expected from formation of deformation stacking faults.
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Abstract : This report includes: Measurement of stacking fault probabilities in bulk specimens by Henry M. Otte, D. O. Welch and G. F. Bolling. In x-ray diffraction measurements of NaN3 it has been noted that after deformation, the line broadening was consistent with that expected from formation of deformation stacking faults.
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Thermal analysis of sodium azide
Journal of Hazardous Materials, 1994Abstract The thermal reaction and decomposition of sodium azide were affected by the gas species, its pressure, sample type (powdered or tablet), par- ticle size, sample weight, surface heterogeneity, additives, aging, etc. In actual experiments, very complicated problems arose because those effects were combined together.
Hidetsugu Nakamura +3 more
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Sodium Azide - The Federal Responsibility
SAE Technical Paper Series, 1979<div class="htmlview paragraph">The authors discuss present and future Federal involvement in decisions relating to the use of sodium azide to generate gas for air bags and stress the need to establish a perspective from which to examine the raw data concerning the associated health hazards.
Bruce C. Buckheit, William R. Fan
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