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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry
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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry
by Dr J R Mudakavi

In this course, we will introduce techniques to analyze dynamics of evolving microbial populations. The topics we will look to cover are as follows. 1.Introduction to Evolution and population dynamics; 2.Fitness Landscape and Sequence Spaces; 3.Evolutionary Game Theory (fitness dependent on frequency); 4.Origin of Cooperation (genes to genomes; sin...

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Program Fee
FREE
About This Course

In this course, we will introduce techniques to analyze dynamics of evolving microbial populations. The topics we will look to cover are as follows. 1.Introduction to Evolution and population dynamics; 2.Fitness Landscape and Sequence Spaces; 3.Evolutionary Game Theory (fitness dependent on frequency); 4.Origin of Cooperation (genes to genomes; sin...

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Course Curriculum
8 Sections | 38 Lecture | 21h 15min total length
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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Introduction to pollution control monitoring and Introduction to atomic structure

| 03h 09min total length
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    Course Introduction

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    Atomic structure-I

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    Atomic structure II

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    Electronic arrangement in the Elements

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    Electronic arrangements in elements II

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Interaction of electromagnetic radiation with fundamental particles

| 02h 24min total length
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    Interaction of EM radiation with matter I

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    Interaction of EM radiation with matter 2

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    Interaction of EM radiation with matter 3

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    Interaction of EM radiation with matter 4

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    Theoretical basis of AAS I

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Instrumentation, for flame, flameless and graphite furnace AAS

| 03h 03min total length
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    Theoretical basis of AAS II

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    Theoretical basis of AAS III

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    Theoretical basis of AAS IV

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    Instrumentation in AAS I

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    Instrumentation in AAS I (Contd) Radiation Sources

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Mechanism of Atomization

| 02h 19min total length
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    Instrumentation in AAS Radiation Sources: Sample introduction

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    Instrumentation in AAS III : Burners

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    Instrumentation in AAS IV :Flame Processes

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    Instrumentation in AAS V :Atomization Processes

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    Instrumentation in AAS VI : Optics

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Design of atomizers, flame, graphite , hydride generation and Instrumentation of AAS & AES - electro

| 02h 45min total length
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    Instrumentation in AAS VII : Optics and Detectors

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    Interferences in AAS

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    Background correction on flame AAS I

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    Interferences in AAS II

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    Interferencesin AAS III

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Techniques of flame AAS, Interferences in flame and non flame AAS

| 03h 14min total length
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    Hydride Generation AAS I

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    Hydride Generation AAS and Cold Vapour Hg AAS

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    Cold vapor Hg AAS Flame Emission

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    Mercury cold vapour technique, FAES and Electrothermal AAS

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    Electrothermal AAS II

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Interferences in Hydride generation AAS and cold vapor mercury, Applications of AAS to individual

| 02h 50min total length
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    GF AAS Interferences I

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    GF AAS Interferences II

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    Interference in ETAAS GF AAS : Individual elements

    39m <?php echo $alt; ?>
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    Individual Elements AAS

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    Methods, Nomenclature and techniques : Individual Elements

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NOC Trace and ultra trace analysis of metals using atomic absorption spectrometry

Applications of AAS to individual elements continued, pollution monitoring and environmental samplin

| 01h 28min total length
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    Technology and Applications

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    Technology and Applications (II)

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    Conclusions

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show 5 more sections
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