Three decomposition methods (pressurised microwave digestion, classical dry ashing and dry ashing in a mixture of oxidising gases) for predominantly plant samples, and three measurement techniques (ICP-MS, FAAS, ETAAS) for the determination of Cd, Cu, Pb and Zn were compared. As confirmed by the statistical evaluation, no significant differences between analytical methods were found
A simple, robust and reliable analytical procedure for the determination of 15 elements, namely Ca, ...
Arsenic contamination of the fields and groundwater is a global problem. Alföld is the most affected...
It is generally accepted that only about ten microelements are vitally important to all plants, and ...
Most analytical methods for trace element determination in plant material require decomposition of ...
The question of trace metal elements (TME) is still relevant and causes several environmental proble...
Ashing procedures for the determination of trace elements in plant leaves and needles were compared....
tGlyceric Macerates (GMs) and Mother Tinctures (MTs) are liquid preparations obtained from plant bud...
The EWU Environmental Geochemistry Lab recently attained a microwave digestion system (CEM MARS 6) t...
The plant samples are mineralized using the CII reference method, then K, Ca, Mg, Na, P, B, Fe, Cu, ...
Dry ashing and wet ashing techniques are routinely used for preparing plant materials for elemental ...
Inductively coupled plasma mass spectrometry (ICP-MS) offers excellent possibilities for multielemen...
International audienceThis chapter is dedicated to the application of six methods of trace element a...
Analytical methods for solid samples taken from a coal-fired power plant were developed and optimize...
Chemical analyses of trace elements are affected by relatively high analytical errors due to the dif...
Methods based on AAS, ICP-AES and XRFS have been developed for determination of Cd, Cr, Cu, Mn, Ni, ...
A simple, robust and reliable analytical procedure for the determination of 15 elements, namely Ca, ...
Arsenic contamination of the fields and groundwater is a global problem. Alföld is the most affected...
It is generally accepted that only about ten microelements are vitally important to all plants, and ...
Most analytical methods for trace element determination in plant material require decomposition of ...
The question of trace metal elements (TME) is still relevant and causes several environmental proble...
Ashing procedures for the determination of trace elements in plant leaves and needles were compared....
tGlyceric Macerates (GMs) and Mother Tinctures (MTs) are liquid preparations obtained from plant bud...
The EWU Environmental Geochemistry Lab recently attained a microwave digestion system (CEM MARS 6) t...
The plant samples are mineralized using the CII reference method, then K, Ca, Mg, Na, P, B, Fe, Cu, ...
Dry ashing and wet ashing techniques are routinely used for preparing plant materials for elemental ...
Inductively coupled plasma mass spectrometry (ICP-MS) offers excellent possibilities for multielemen...
International audienceThis chapter is dedicated to the application of six methods of trace element a...
Analytical methods for solid samples taken from a coal-fired power plant were developed and optimize...
Chemical analyses of trace elements are affected by relatively high analytical errors due to the dif...
Methods based on AAS, ICP-AES and XRFS have been developed for determination of Cd, Cr, Cu, Mn, Ni, ...
A simple, robust and reliable analytical procedure for the determination of 15 elements, namely Ca, ...
Arsenic contamination of the fields and groundwater is a global problem. Alföld is the most affected...
It is generally accepted that only about ten microelements are vitally important to all plants, and ...