Determination of selenium by electrothermal atomic absorption spectrometry.

Çoruh, Nursen


Determination of tin in geological samples by hydride generation atomic absoption spectrometry.
Canpolat, Ülker; Department of Chemistry (1985)
Determination of water samples by electrothermal atomic absoption spectrometry
Şimşek, Nail Engin; Ataman, Osman Yavuz; Department of Chemistry (2012)
Boron (B) is a rare element on Earth crust with a natural abundance of 0.001%. However, boron content of water and soils may be significantly high in the regions with rich boron reserves. In addition, extensive use of agrochemicals in soils as well as various natural processes increases the boron concentration in water. Despite B is an essential element for all living creatures, it may pose risks at high level exposures. World Health Organization (WHO) has recommended a daily intake of 1 to 13 mg B for adul...
Determination of trace amounts of oxygen in inert gases using electrochemical method.
Amirah, Tawfic; Department of Chemistry (1970)
Determination of silver by chemical vapour generation and atomic absoption spectrometry
Öztürk, Çağla Pınar; Ataman, Osman Yavuz; Department of Chemistry (2004)
A method for determination of silver has been developed based on chemical vapour generation atomic absorption spectrometry (CVGAAS). Volatile species of silver in acidified medium were generated by the reduction of sodium tetrahydroborate; these species were sent to a flame-heated quartz tube atomizer (QTA) following isolation by using a gas-liquid separator. Flow injection (FI) was used for sample introduction. Optimization of parameters such as; concentrations of acid and NaBH4 concentration, flow rates o...
Determination of ferromagnetic impurities in dia-or weakly paramagnetic substances by magnetic susceptibility measurements.
Alp, Esen Ercan; Department of Metallurgical Engineering (1978)
Citation Formats
N. Çoruh, “Determination of selenium by electrothermal atomic absorption spectrometry.,” Middle East Technical University, 1985.