Add to ORKGEmission spectra of carbon, arsenic and tin were examined with a high-vacuum spectrograph to find out the most suitable wave-length in the region between 1250 and 2000 A for the determination of these elements in iron and steel. Examinations were also made of the excitation of spectral lines under various discharge conditions and of the relationship between the intensity change and the concentration of these elements in iron and steel samples. The most useful wave-lengths were 1657.0 and 1930.9 A for carbon, 1806.2 and 1972.6 A for arsenic, and 1811.3 A for tin
This thesis describes the adaptation of a Jarrell-Ash 82-529 atomic absorption/atomic emission spect...
A rapid and accurate method was examined with a quartz spectrograph of medium type to determine arse...
The shock wave plasma induced by the bombardment of laser light coming from a commercial TEA CO2 las...
The purpose in this work is to become acquainted with, and to manipulate, the equipment necessary fo...
Optical emission spectroscopy is used to determine the mass fraction of elements such as carbon, sil...
As, Sb and Sn traces in high purity iron and low alloy steel were analysed by ICP optical emission s...
In the emission spectrometric determination of carbon in steel, the spectral line C I 1930.9A has be...
An attempt of the time-resolution of emission spectra was carried out using a simple pulse generator...
A spectrometric determination of nitrogen in steel was performed with d.c. arc excitation in the vac...
There the study object is the light source for the atomic emission spectral analysis. The paper purp...
The oxygen content in steel could be determined by a spectrographic method. A d.c. carbon arc discha...
A new type transient discharge source unit was constructed, by means of which a spectrochemical meth...
Wave-length determinations.—The wave-lengths of lines in the extreme ultra-violet spectra of carbon,...
Laser-induced breakdown spectrometry (LIBS) with multiple pulse excitation has been applied for the ...
The literature pertaining to the analysis of tungsten and arsenic has been reviewed and methods deve...
This thesis describes the adaptation of a Jarrell-Ash 82-529 atomic absorption/atomic emission spect...
A rapid and accurate method was examined with a quartz spectrograph of medium type to determine arse...
The shock wave plasma induced by the bombardment of laser light coming from a commercial TEA CO2 las...
The purpose in this work is to become acquainted with, and to manipulate, the equipment necessary fo...
Optical emission spectroscopy is used to determine the mass fraction of elements such as carbon, sil...
As, Sb and Sn traces in high purity iron and low alloy steel were analysed by ICP optical emission s...
In the emission spectrometric determination of carbon in steel, the spectral line C I 1930.9A has be...
An attempt of the time-resolution of emission spectra was carried out using a simple pulse generator...
A spectrometric determination of nitrogen in steel was performed with d.c. arc excitation in the vac...
There the study object is the light source for the atomic emission spectral analysis. The paper purp...
The oxygen content in steel could be determined by a spectrographic method. A d.c. carbon arc discha...
A new type transient discharge source unit was constructed, by means of which a spectrochemical meth...
Wave-length determinations.—The wave-lengths of lines in the extreme ultra-violet spectra of carbon,...
Laser-induced breakdown spectrometry (LIBS) with multiple pulse excitation has been applied for the ...
The literature pertaining to the analysis of tungsten and arsenic has been reviewed and methods deve...
This thesis describes the adaptation of a Jarrell-Ash 82-529 atomic absorption/atomic emission spect...
A rapid and accurate method was examined with a quartz spectrograph of medium type to determine arse...
The shock wave plasma induced by the bombardment of laser light coming from a commercial TEA CO2 las...