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Handbook of analytical instruments

Author: Raghbir Singh Khandpur
Publisher: New York, N.Y. : McGraw-Hill Education LLC, ©2006.
Edition/Format:   eBook : Document : English : 2nd editionView all editions and formats
Database:WorldCat
Summary:

Covers the working principles and advances in analytical instruments. This title helps to learn how to select and apply the correct instrument for analytical work and perform research yielding the  Read more...

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Genre/Form: Electronic books
Handbooks and manuals
Handbooks, manuals, etc
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Raghbir Singh Khandpur
ISBN: 9780070604605 0070604606
OCLC Number: 915915820
Description: 1 online resource (xxii, 770 pages) : illustrations, figures, tables
Contents: A. Preface to the second edition --
B. Acknowledgements --
C. Preface to the first edition --
1. Fundamentals of analytical instruments --
Elements of an analytical instrument --
Sensors and transducers --
Signal conditioning in analytical instruments --
Read-out (display) systems --
Intelligent analytical instrumentation systems --
Pc-based analytical instruments --
Performance requirements of analytical instruments --
Instrument calibration techniques --
Validation --
2. Colorimeters and spectrophotometers (visible-ultraviolet) --
Electromagnetic radiation --
Laws relating to absorption of radiation --
Absorption instruments --
Ultraviolet and visible absorption spectroscopy (uv-vis) --
Colorimeters/photometers --
Spectrophotometers --
Sources of error in spectrophotometric measurements --
Calibration --
3. Infrared spectrophotometers --
Infrared spectroscopy --
Basic components of infrared spectrophotometers --
Types of infrared spectrophotometers --
Sample handling techniques --
Fourier transform infrared spectroscopy (ftir) --
Calibration --
Attenuated total reflectance (atr) technique --
4. Flame photometers --
Principle of flame photometry --
Constructional details of flame photometers --
Types of flame photometers --
Clinical flame photometers --
Accessories for flame photometer --
Expression of concentration --
Interferences in flame photometry --
Procedure for determinations --
5. Atomic absorption spectrophotometers --
Atomic absorption spectroscopy --
Atomic absorption instrumentation --
Sources of interferences --
Meter scale --
6. Fluorimeters and phosphorimeters --
Fluorescence spectroscopy --
Principle of fluorescence --
Measurement of fluorescence --
Spectrofluorimeters --
z#REF!Microprocessor-based spectrofluorometer --
Measurement of phosphorescence --
7. Raman spectrometer --
The raman effect --
Raman spectrometer --
Pc-based raman spectrometer --
Infrared and raman microspectrometry --
8. Photoacoustic and photothermal spectrometers --
Photoacoustic spectroscopy --
Photothermal spectroscopy --
9. Mass spectrometer --
Basic mass spectrometer --
Principle of operation --
Types of mass spectrometers --
Components of a mass spectrometer --
Inductively coupled plasma-mass spectrometer --
Trapped ion mass analyzers --
Ion cyclotron resonance (icr) mass spectrometery --
Quadrupole ion trap mass spectrometer --
Resolution in mass spectrometry --
Applications of mass spectrometry --
Gas chromatograph-mass spectrometer (gc-ms) --
Liquid chromatograph-mass spectrometer --
Tandem mass spectrometry (ms/ms) --
10. Nuclear magnetic resonance spectrometer --
Nuclear magnetic resonance spectroscopy --
Principle of nmr --
Types of nmr spectrometers --
Constructional details of nmr spectrometer --
Varian t-60a nmr spectrometer --
Sensitivity enhancement for analytical nmr spectroscopy --
Fourier transform nmr spectroscopy --
11. Electron spin resonance spectrometers --
Electron spin resonance --
Basic esr spectrometer --
Detailed description of an esr spectrometer --
12. Electron and ion spectrometers --
Surface spectroscopic techniques --
Electron spectroscopy --
Instrumentation for electron spectroscopy --
Ion spectroscopy --
Scanning tunnelling microscopy --
Atomic force microscopy. 13. Radiochemical instruments --
Fundamentals of radiochemical methods --
Radiation detectors --
Liquid scintillation counters --
Pulse-height analyzer --
Gamma spectrometry --
14. X-ray spectrometers --
X-ray spectrum --
Instrumentation for x-ray spectrometry --
X-ray diffractometers --
X-ray absorption meter --
X-ray fluorescence spectrometry --
Electron probe microanalyzer --
15. Automated chemical analysis systems --
Why automate? --
Automated biochemical analysis system --
Advanced versions of multiple analysis system --
Flow injection analysis (fia) technique --
Lab-on-chip technology for automated analysis --
16. Gas chromatographs --
Chromatography --
Basic definitions --
Gas chromatography --
Basic parts of a gas chromatograph --
Methods of measurement of peak areas --
17. Liquid chromatographs --
Liquid chromatography --
Types of liquid chromatography --
High pressure liquid chromatograph (hplc) --
Amino-acid analyzers --
18. Thermo-analytical instruments --
Thermo-analytical methods --
Thermogravimetric analysis (tga) --
Differential thermal analysis (dta) --
Differential scanning calorimetry --
Simultaneous thermal analysis/mass spectrometer --
19. Electrophoresis apparatus and densitometers --
Electrophoresis --
Electrophoresis techniques --
Paper electrophoresis --
Electrophoresis apparatus --
Spectrodensitometers --
Microprocessor-based densitometer --
Capillary electrophoresis --
Micro-electrophoresis --
Steps in the electrophoresis procedure requiring quality control --
Electrochemical cell --
Potentiostats --
Types of electrochemical methods --
Potentiometers --
Conductivity meters --
Voltametry --
Polarographs --
Coulometers --
Amperometers --
Aquameters --
Microcomputer-controlled electrochemical instrumentation --
21. Ph meters and ion analyzers --
What is ph? --
Principle of ph measurement --
Electrodes for ph measurement --
Ph meters --
Selective ion electrodes --
Ion analyzer --
Chemically sensitive semiconductor devices --
Biosensors --
22. Blood gas analyzers --
Acid base balance --
Blood ph measurement --
Measurement of blood pco_2 --
Blood po_2 measurement --
A complete blood gas analyzer --
23. Industrial gas analyzers --
Types of gas analyzers --
Paramagnetic oxygen analyzer --
Magnetic wind instruments --
The electrochemical methods --
Infrared gas analyzers --
Thermal conductivity analyzers --
Analyzers based on gas density --
Method based on ionization of gases --
24. Environmental pollution monitoring instruments --
Air pollution monitoring instruments --
Carbon monoxide --
Sulphur dioxide --
Nitrogen oxides --
Hydrocarbons --
Ozone --
Automated wet-chemical air analysis --
Water pollution monitoring instruments --
25. Electronic devices and circuits --
Electronic components --
Passive components --
Semiconductor devices --
Transistors --
Integrated circuits --
Operational amplifiers --
Sources of noise in electronic circuits --
Sources of noise in low-level measurements --
Noise reduction techniques --
26. Digital circuits --
Digital circuits --
Types of logic circuits --
Logic families --
Categories of ic's based on packing density --
Typical digital integrated circuits --
Semiconductor memories --
Microprocessor --
Microcontrollers --
Data converters --
Data acquisition systems for analytical instruments --
27. Computer-based analytical instruments --
Computers in analytical laboratories --
Digital computer --
Microcomputers --
Components of a microcomputer --
Computer software --
Connecting laboratory instruments to computers --
A. References.
Responsibility: Dr R S Khandpur.

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