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All parts of the mass spectrometer must be under high vacuum conditions. If the vacuum is too low, what problems will be caused?
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-2.2-1Systematic and random errors
-2.2-1Systematic and random errors-1
-2.2-2 Systematic and random errors-2
-2.2-2 Systematic and random errors-2
-Discussion for chapter 2
-Quiz for chapter 2
--Quiz for chapter 2
-3.2 Standard solution and primary standard
-3.2 Standard solution and primary standard
-3.3Calculation in titration analysis
-3.3Calculation in titration analysis
-Discussion of chapter 3
-Quiz for chapter 3
--Quiz for chapter 3
-4.1-1Calculation of pH for solutions
-4.1-1Calculation of pH for solutions
-4.1-2Calculation of pH for solutions
-4.1-2Calculation of pH for solutions
-4.3 Titration of strong acid-base
-4.3 Titration of strong acid-base
-4.4 Titration of weak acid-base
-4.4 Titration of weak acid-base
-4.5 Preparation of standard solutions
-4.5 Preparation of standard solutions
-4.6 Application of acid-base titration
-4.6 Application of acid-base titration
-Discussion for chapter 4
-Quiz for chapter 4
--Quiz for chapter 4
-5.1 Overview of complexometric titration
-5.1 Overview of complexometric titration
-5.2 Side reaction coefficient
-5.2 Side reaction coefficient
-5.3 Conditional formation constant
-5.3 Conditional formation constant
-5.4 Coordination titration curve
-5.4 Coordination titration curve
-5.5 Acidity control and calculation
-5.5 Acidity control and calculation
-5.6-1 Principle of metal indicator-1
-5.6-1 Principle of metal indicator-1
-5.6-2 Principle of metal indicator-2
-5.6-2 Principle of metal indicator-2
-5.7 Method for improving the selectivity of coordination titration
-5.7 Method for improving the selectivity of coordination titration
-5.8 Coordination mode and application
-5.8 Coordination mode and application
-Discusion for chapter 5
-Quiz for chapter 5
--Quiz for chapter 5
-Discussion for chapter 6
-Quiz for chapter 6
--Quiz for chapter 6
-6.2 Equilibrium Constant of Redox Reaction
-6.2 Equilibrium Constant of Redox Reaction
-6.5 Detection of the End Point
-6.5 Detection of the End Point
-6.6 Potassium permanganate and potassium dichromate titration
-6.6 Potassium permanganate and potassium dichromate titration
-6.7 Titration with Oxidizing Agents (II) Iodometry
-6.7 Titration with Oxidizing Agents (II) Iodometry
-Discussion for chapter 7
-Quiz for chapter 7
--Quiz for chapter 7
-7.1 Principles of precipitation titration
-7.1 Principles of precipitation titration
-7.2 Potassium chromate indicator
-7.2 Potassium chromate indicator
-7.3 Ferric ammonium sulfate indicator and adsorption indicator
-7.3 Ferric ammonium sulfate indicator and adsorption indicator
-Quiz for Chapter 8
--Quiz for chapter 8
-Discussion for Chapter 8
-8.5 Typical spectrum of the organic compounds and summary
-8.5 Typical spectrum of the organic compounds and summary
-9.1 The generation of fluorescence
-9.1 The generation of fluorescence
-9.2Excitation spectrum and emission spectrum
-9.2Excitation spectrum and emission spectrum
-9.4 Application of fluorescence analysis
-9.4 Application of fluorescence analysis
-Quiz for Chapter 9
--Quiz for Chapter 9
-Discussion for Chapter 9
-Quiz for chapter 10
--Quiz for chapter 10
-Discussion for chapter 10
-10.5 Typical spectrum of the organic compounds and summary
-10.5 Typical spectrum of the organic compounds and summary
-Discussion for chapter 11
-Quiz for chapter 11
--Quiz for chapter 11
-11.1 An Introduction to NMR Spectroscopy
-11.1 An Introduction to NMR Spectroscopy
-11.3 1H NMR Position and Intensity of Signals
-11.3 1H NMR Position and Intensity of Signals
-11.4 1H NMR Spin—Spin of Splitting
-11.4 1H NMR Spin—Spin of Splitting
-11.5 Other Factors About 1H NMR Spectroscopy
-11.5 Other Factors About 1H NMR Spectroscopy
-11.6 Using 1H NMR to Identify an Unknown
-11.6 Using 1H NMR to Identify an Unknown
-12.1 The principles and applications of mass spectrometry
-12.1 The principles and applications of mass spectrometry
-12.3-1 Mass spectrum and ion peak type-1
-12.3-1 Mass spectrum and ion peak type-1
-12.3-2 Mass spectrum and ion peak type-2
-12.3-2 Mass spectrum and ion peak type-2
-12.3-3 Mass spectrum and ion peak type-3
-12.3-3 Mass spectrum and ion peak type-3
-Discussion for chapter 12
-Quiz for chapter 12
--Quiz for chapter 12
-13.2 Atomic absorption spectrophotometer
-13.2 Atomic absorption spectrophotometer
-13.3 Application of atomic absorption spectrophotometry
-13.3 Application of atomic absorption spectrophotometry
-Quiz For Chapter 13
--Quiz for chapter 13
-Discussion for Chapter 13
-examination