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Monografia regelui Ferdinand I

autor prof. univ. dr. Ioan Scurtu


Monografia istoricului Nicolae Iorga

autor prof. univ. dr. Petre Țurlea


Monografia politicianului basarabean Pantelimon Halippa

autor prof. univ. dr. Ion Constantin


Monografia Politicianului I.C. Bratianu

autori prof. univ. dr. Ioan Scurtu

          lector univ. dr. Ionuț Cojocaru

 


Albumul Comunitatea musulmana din Romania in ilustrate (1898-1940)

Lucrare editată de Gabriel-Octavian Nicolae și Valentin Ciorbea


Prof. Univ. Dr IOAN BOGDAN  (Coordonator)

DATORIA ,  ONOAREA  ŞI BUCURIA DE A FI ROMÂN 

                              la

          CENTENARUL MARII UNIRII 

                (în curs de tiparire)

  Edituri:

                 ACADEMIA OAMENILOR DE ŞTIINŢĂ DIN ROMÂNIA 

                  CASA DE PRESĂ ŞI EDITURĂ TRIBUNA SIBIU

                                                    2018

CUPRINS


 

 

 

 

 

 

 

 

SPAȚIUL SCHENGEN MIT SAU REALITATE 

autori Anghel Andreescu și Gabriel Ola

 

 


CONTRIBUTIONS TO THE STUDY OF HEAVY METALS POLLUTING FROM THE ENVIRONMENT, BY ATOMIC SPECTROMETRY

Raluca Maria MIHAI (ȘTIRBESCU)
Scientific coordinator: prof. univ. em. dr. Ion V. POPESCU2,3,4
PhD Thesis Summary
Abstract. In this scientific work are presented a part of the results included in the
thesis entitled „Contributions to the study of heavy polluting elements from the
environment by atomic spectrometry” which includes the innovative contributions to
the study of the distribution of heavy metals in acacia leaves collected from
Dâmbovița county and neighboring counties and the distribution of heavy metals
from surface and deep soil collected from the main oil parks in Dâmbovița county.
In the analysis of heavy metal concentrations in the studied samples, the
spectrometric techniques were used: Atomic Absorption Spectrometry (AAS) and
Energy Dispersive X-Ray Fluorescence Spectrometry (EDXRF), which were
successfully optimized and provided valuable information used in following studies,
to assess degree of heavy metal pollution of the environment. These methods were
used in a complementary way with the biomonitoring technique in order to have as
complete information as possible of the elemental composition of the analyzed
samples.