A sample is injected into the spectrometer and heated to a vapour.

Slides:

Advertisements

Similar presentations

Applications of the Motion of Charged Particles in a Magnetic Field AP Physics C Montwood High School R. Casao.

Advertisements

Advanced Higher Unit 3 Mass Spectrometry. Mass spectrometry can be used to determine the accurate molecular mass and structural features of an organic.

Module 2: Analytical methods and separation techniques.

Mass spectroscopy. In a typical MS procedure:  1- a sample is loaded onto the MS instrument, and undergoes vaporization.  2- the components of the sample.

The Mass Spectrometer Topic 2.2. Review of Topic 2.1.

Mass Spectroscopy Skyline IB Chemistry HL Mass Spectroscopy.

17.1 Mass Spectrometry Learning Objectives:

Instrumental Chemistry Chapter 11 Atomic Mass Spectrometry.

Discovery of electron J.J. Thomson ( ) /thomson.html

Mass Spectrometer Mass spectrometere is a very powerful method to analyse the structure of organic compounds.

4. Mass Spectrometry Objectives:

Mass spectrometry is an analytical tool that makes use of the mass to charge ratio of particles to determine the molecular formula of a compound. In the.

Mass Spectrometry.

Atomic Structure and Periodic Trends Gabrielle Garcia Emily Surgeon.

Types of Chromatography Liquid chromatography versus gas chromatography? Applications? Volatile  GC Non-volatile  LC.

Chapter 8 – Mass Spectrometry. Mass Spectrometry The mass spectrometer can be used for: – Quantitative analysis – as a sophisticated and very sensitive.

Applications of Particle Deflection Lesson 4. Objectives explain, quantitatively, how uniform magnetic and electric fields affect a moving electric charge,

Understanding mass spectroscopy. Mass spectroscopy is a very powerful analytical tool that can provide information on the molecular mass of a compound,

Spectroscopy. Spectroscopy – Getting Ready  What happens when an electron absorbs energy?  What kind of energy can cause this to happen?  Why do different.

Isotopes Atoms with the same number of protons, but different numbers of neutrons. Atoms of the same element (same atomic number) with different mass numbers.

Introduction to mass spectrometry. Electron Impact Ionisation Mass Spectrometry (EIMS) The sample is vaporised and ionised in the ion source of the.

Mass Spectroscopy 1 Mass Spectroscopy (Mass Spec) Applying Atomic Structure Knowledge to Chemical Analysis.

Atomic Structure HL and SL 2.1 The Atom Atoms were thought to be uniform spheres like snooker balls. Experiments, however, have shown that atoms consist.

Chemistry Topic: Atomic theory Subtopic : Mass Spectrometer.

Mass spectrometry (Test) Mass spectrometry (MS) is an analytical technique that measures masses of particles and for determining the elemental composition.

Combining and Choosing Analytical Techniques Chapter 8.

Starter: Spec links 1.06–1.10. Green pens out! Spec links 1.06–1.10.

1.2 Atomic Structure (Time needed: 6 class periods)

Molecular Mass. Mass of Atom Measured in atomic mass unit (amu) 1 amu = 1.66 x g Defined by assigning the mass of 12 amu to the carbon-12 isotope.

Courtesy: Dehydration of sugar by sulfuric acid. Do chemical reactions play a part in our everyday lives? Food is converted to energy.

SCC Science Dept F W Aston SCC Science Dept Aston’s Mass Spectrometer.

Chromatography and Instrumentation. Chromatography Separate Analyze Identify Purify Quantify Components Mixture Chromatography is used by scientists to:

THE MASS SPECTROMETER describes how a mass spectrum is produced using a mass spectrometer.

Mass Spectrometry Relative atomic masses and the mass of individual isotopes can be determined using a mass spectrometer. The principle behind mass spectrometry.

Mass Spectroscopy As Applied to Organic Molecules By Jim Tyser.

Chapter 26 Electromagnetism. Mass of Electron Determined by J.J. Thomson Determined by the deflection of the electron in a cathode ray tube.

2.2 The Mass Spectrometer. Assessment Objectives Describe and explain the operation of a mass spectrometer Describe how the mass spectrometer.

Mass Spectrometry(MS). What does the mass spectrometer tell us? Very accurate determination of molecular mass of small compounds (or more accurately the.

Mass Spectroscopy “You can’t make an omelette without breaking eggs” The Joker.

Atomic Structure Topic The mass spectrometer Describe and explain the operation of a mass spectrometer Describe how the mass spectrometer.

Applications of Particle Deflection

THE MASS SPECTROMETER WHAT IS A MASS SPECTROMETER

Who Wants to be an Atomic Structure Millionaire?

Atomic Structure Topic 2.

Atomic structure L.O. To be able to recall definitions of relative atomic, isotopic and molecular mass. To demonstrate an understanding of the basic.

The Mass Spectrometer Honours

Atomic structure L.O. 1. To be able to recall definitions of relative atomic, isotopic and molecular mass. 2. To learn about the key principles of mass.

Mass Spectrometry.

Starter Complete the quiz and hand in..

Atomic Structure/ Sub-particles- Definitions Mass Spectrometer

Mass Spectronomer.

Chapter 4 The Periodic table.

Instrumental Chemistry

15/11/2018 GCSE Radiation W Richards Worthing High School.

Leaving Certificate Chemistry

Instrumental Chemistry

Types of Radioactivity

Mass Spectrometry.

1.2 Atomic Structure (Time needed: 6 class periods)

The Effect Of A Magnetic Field On Charged Particles

The Mass Spectrometer.

We would expect three “kinds” of H2 molecules 1H1H, mass = 2.0 u,

Atomic structure.

Quantifying atoms and Molecules

Isotope Ratio Mass Spectrometers (IRMS)

Mass spectrometry (MS) is an analytical technique that can be used to determine the mass, elemental composition or chemical structure of molecules. Mass.

Presentation transcript:

A sample is injected into the spectrometer and heated to a vapour. The sample is ionised – high energy electrons are fired at the sample which in turn knocks electrons off the molecules, turning them into positive ions (A). The positive ions are accelerated by negatively charged plates (B) through the instrument as a beam of ionised molecules. The ions are picked up by a detector at the end of the apparatus and information is fed to a computer. The beam passes through an electromagnet which deflects the ions depending on their charge and mass. A sample is injected into the spectrometer and heated to a vapour. The sample is ionised – high energy electrons are fired at the sample which in turn knocks electrons off the molecules, turning them into positive ions (A). The positive ions are accelerated by negatively charged plates (B) through the instrument as a beam of ionised molecules. The ions are picked up by a detector at the end of the apparatus and information is fed to a computer. The beam passes through an electromagnet which deflects the ions depending on their charge and mass.