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Flame Atomic Absorption with AA WinLab^™ 32^™ Software - AAS-C001
Duration: 2 days Course Info This course provides the attendee with the knowledge and skills needed for optimizing and troubleshooting basic flame atomic absorption. Laboratory exercises include experiments in controlling interferences, as well as procedures for developing methods. WinLab software will also be covered. Course Outline Basic Principles and Concepts of FAAS Definition of terms used in AAS Components of an AAS Setup and Optimization Flame Processes and Interferences Various Interference Correction Techniques Routine Maintenance and Troubleshooting Hands on session Introduction to FIAS

Flame Atomic Absorption with AA WinLab^™ 32^™ Software - AAS-C001

Duration: 2 days

Course Info
This course provides the attendee with the knowledge and skills needed for optimizing and troubleshooting basic flame atomic absorption. Laboratory exercises include experiments in controlling interferences, as well as procedures for developing methods. WinLab software will also be covered.

Course Outline

Basic Principles and Concepts of FAAS
Definition of terms used in AAS
Components of an AAS
Setup and Optimization
Flame Processes and Interferences
Various Interference Correction Techniques
Routine Maintenance and Troubleshooting
Hands on session
Introduction to FIAS

Thermal Analyzers Standard Training Course - TA-C002
Duration: 2 days Course Info This course will equip junior analysts the knowledge on DSC instruments. The practical aspects of operations and maintenance as well as introduction theory are covered in the course. In addition, the common functions of DSC and various applications with DSC will be demonstrated. This course does not include Pyris player and DSC robotic: systems. This course is also designed for participants who are new with Power Compensation DSC. Course also content Thermogravimetric Analysis (TGA) introduction to theory and The practical aspects of operation and maintenance. In addition, the course covers the functions of the Pyris software and various common applications of thermal techniques (DSC/TGA) will be discussed. This course does not include Pyris Player and autosampler. Course Outline There will be at least 3 hours lab session on calibration sample preparation and sample analysis. Training Objectives Customer's Applications and Challenges Instrument Theory Instrument Design Hardware and Software Orientation Calibration Operating Variables (Sample preparation, purge gas, heating rates, temperature programs, sample weight, crucibles, etc.) Practical Session (Group assignment for sample analysis) Data analysis Preventive Maintenance General Applications

Thermal Analyzers Standard Training Course - TA-C002

Duration: 2 days

Course Info
This course will equip junior analysts the knowledge on DSC instruments. The practical aspects of operations and maintenance as well as introduction theory are covered in the course. In addition, the common functions of DSC and various applications with DSC will be demonstrated. This course does not include Pyris player and DSC robotic: systems.

This course is also designed for participants who are new with Power Compensation DSC. Course also content Thermogravimetric Analysis (TGA) introduction to theory and The practical aspects of operation and maintenance. In addition, the course covers the functions of the Pyris software and various common applications of thermal techniques (DSC/TGA) will be discussed. This course does not include Pyris Player and autosampler.

Course Outline
There will be at least 3 hours lab session on calibration sample preparation and sample analysis.

Training Objectives
Customer's Applications and Challenges
Instrument Theory
Instrument Design
Hardware and Software Orientation
Calibration
Operating Variables (Sample preparation, purge gas, heating rates, temperature programs, sample weight, crucibles, etc.)
Practical Session (Group assignment for sample analysis)
Data analysis
Preventive Maintenance
General Applications

Hyphenation Techniques -TA-C001
Duration: 1 day Introduction The Hyphenation techniques is a buzz word fr the obtaining ore inforationfrom the sample like: Reaction Mechanism Reverse engineering for innovators Counterfeit Drugs Polymorphc studies Interactive components investigation Thermal stability determination Photo degradation Structural information Composition studies Decompositon kinetic studies Course Info Basic introduction to analytical techniques such as Thermal Analysis, Gas Chromatography, Mass Spectrometry and overview of Hyphenation Techniques with some key applications like: Evolved Gas Analysis (EGA) TG-FTIR (Themogravimetric analyzer - Infrared spectroscopy), TG-MS (Thermogravimetic analyzer - Mass Spectrometry), TG-GC-MS (Thermogravimetric analyzer - Gas chromatography-Mass Spectrometry) Practical session includes Demo sample analysis.

Hyphenation Techniques -TA-C001

Duration: 1 day

Introduction
The Hyphenation techniques is a buzz word fr the obtaining ore inforationfrom the sample like:

Reaction Mechanism
Reverse engineering for innovators
Counterfeit Drugs
Polymorphc studies
Interactive components investigation
Thermal stability determination
Photo degradation
Structural information
Composition studies
Decompositon kinetic studies

Course Info
Basic introduction to analytical techniques such as Thermal Analysis, Gas Chromatography, Mass Spectrometry and overview of Hyphenation Techniques with some key applications like:

Evolved Gas Analysis (EGA)
TG-FTIR (Themogravimetric analyzer - Infrared spectroscopy),
TG-MS (Thermogravimetic analyzer - Mass Spectrometry),
TG-GC-MS (Thermogravimetric analyzer - Gas chromatography-Mass Spectrometry)
Practical session includes Demo sample analysis.

Graphite Furnace AA WinLab 32^™ Software - AA-C002
Duration: 2 days Course Info This two-day course provides the attendee with the knowledge and skills needed analysing samples by Aagraphite furnace technique. Laboratory exercises include experiments in controlling interferences, as well as procedures for developing methods. WinLab software will also be covered. Course Outline Basic Principles and Concept of STFF Technology Components of an AAS Setup and Optimization Matrix Modification & Interferences Background Correction Techniques Method Development Routine Maintenance and Troubleshooting Hands on session

Graphite Furnace AA WinLab 32^™ Software - AA-C002

Duration: 2 days

Course Info
This two-day course provides the attendee with the knowledge and skills needed analysing samples by Aagraphite furnace technique. Laboratory exercises include experiments in controlling interferences, as well as procedures for developing methods. WinLab software will also be covered.

Course Outline

Basic Principles and Concept of STFF Technology
Components of an AAS
Setup and Optimization
Matrix Modification & Interferences
Background Correction Techniques
Method Development
Routine Maintenance and Troubleshooting
Hands on session

Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) - ICP-C001
Duration: 2 days Course Info This comprehensive course: comprises a study of basic emission theory, radial versus axial viewing, Optima hardware, and WinLab software. All lab experiments will be conducted on current models of the PerkinElmnr Optima series. Course Outline Basic Principles and Concepts of ICP Plasma performance Components of ICP-OES system Interferences in ICP analysis Method development Spectral interferences correction techniques Reports/data management Routine maintenance and troubleshooting Hands on session

Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) - ICP-C001

Duration: 2 days

Course Info
This comprehensive course: comprises a study of basic emission theory, radial versus axial viewing, Optima hardware, and WinLab software. All lab experiments will be conducted on current models of the PerkinElmnr Optima series.

Course Outline

Basic Principles and Concepts of ICP
Plasma performance
Components of ICP-OES system
Interferences in ICP analysis
Method development
Spectral interferences correction techniques
Reports/data management
Routine maintenance and troubleshooting
Hands on session

Fourier Transform Infrared (FTIR)/FTNIR Spectroscopy & IR Microscopy Course - FTIR-001M & FTIR-001H
Duration: 2 days Course Info The course will cover the theory and maintenance of the FTIR instrument as well as the theory and practical aspects of handling of solids, liquids and gases by both the transmission and reflection techniques. Course Outline Theory of infrared spectroscopy Simple theory of FTIR Spectrum software operation Sample handling by transmission techniques -. KBr disk, liquid cells etc. Sample handling by reflection techniques - diffuse reflectance and ATR accessories

Fourier Transform Infrared (FTIR)/FTNIR Spectroscopy & IR Microscopy Course - FTIR-001M & FTIR-001H

Duration: 2 days

Course Info
The course will cover the theory and maintenance of the FTIR instrument as well as the theory and practical aspects of handling of solids, liquids and gases by both the transmission and reflection techniques.

Course Outline

Theory of infrared spectroscopy
Simple theory of FTIR
Spectrum software operation
Sample handling by transmission techniques -. KBr disk, liquid cells etc.
Sample handling by reflection techniques - diffuse reflectance and ATR accessories

Raman Spectroscopy - FTIR-C002
Duration: 1 day each Theory New Development in Technology Key Applications Practical Demo with Sample runs

Fundamentals of Gas Chromatography (GC) - GC-C001
Duration: 2 days Course Info This course will cover the fundamental theory of Gas Chromatography (GC) and its applications. The course content includes: GC terminology, GC hardware, sample injection techniques, instruments setup, quantitative techniques, Totalchrom software, columns efficiency, resolution and trouble shooting.

High Performance Liquid Chromatography (Basic) - LC-C001
Duration: 2 days Course Info The course will cover the basic theory and principles of liquid chromatography (LC). Topics covered also include different modes of LC (such as normal and reversed phase, size exclusion, ionexchange). hardware components, basic maintenance, troubleshooting, quantitative technique and data handling.

Gas Chromatography AND Headspace Technologies - GC-C002
Duration: 2 days Course Info The course will cover the; Fundamental theory of Gas Chromatography (GC) and its applications. The course content includes: GC terminology. GC hardware, sample injection techniques, instruments setup, quantitative techniques. Totalchrom software, column efficiency, resolution and troubleshooting. Headspace Gas Chromatography techniques includes hardware, instrument setup, optimization, modes of operation, qualitative and quantitative calculations. Course Outline Fundamental of Headspace & Headspace with Trap Fundamental of GC/MS Practical session on headspace on VOC

Gas Chromatography AND Headspace Technologies - GC-C002

Duration: 2 days

Course Info
The course will cover the; Fundamental theory of Gas Chromatography (GC) and its applications. The course content includes: GC terminology. GC hardware, sample injection techniques, instruments setup, quantitative techniques. Totalchrom software, column efficiency, resolution and troubleshooting. Headspace Gas Chromatography techniques includes hardware, instrument setup, optimization, modes of operation, qualitative and quantitative calculations.

Course Outline

Fundamental of Headspace & Headspace with Trap
Fundamental of GC/MS
Practical session on headspace on VOC

Fundamentals of Gas Chromatography & Mass Spectrometer - GC-003
Duration: 3 days Course Info The course will cover the fundamental theory of Gas Chromatography / Mass Spectrometer (GC/MS) and its applications. The course content includes: GC/MS technology. GC/MS hardware, instrument startup and setup, MS tuning, Turbo Mass software, developing GC control method and MS quantitative method, spectral data processing and library searching, system maintenance and troubleshooting. Course Outline Fundamental Operations Routine Data Acquisition, Spectral Isolation and Library Searching.

Fundamentals of Gas Chromatography & Mass Spectrometer - GC-003

Duration: 3 days

Course Info
The course will cover the fundamental theory of Gas Chromatography / Mass Spectrometer (GC/MS) and its applications. The course content includes: GC/MS technology. GC/MS hardware, instrument startup and setup, MS tuning, Turbo Mass software, developing GC control method and MS quantitative method, spectral data processing and library searching, system maintenance and troubleshooting.

Course Outline

Fundamental Operations
Routine Data Acquisition, Spectral Isolation and Library Searching.