Spectroscopy and Instrumental Analysis mind maps
67 mind maps by 44 users · Page 1 of 2
This page gathers more than 60 community-made Spectroscopy and Instrumental Analysis mind maps, covering topics from NMR to mass spectrometry. Most are at university level, with some for school students. University students and professional candidates, school students and teachers can use them to study or teach these techniques. Choose a map to explore.
Mind maps
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18 nodesNuclear Magnetic Resonance Spectroscopy What is NMR? · Hnmr Spectroscopy
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26 nodes18A Theory of Raman spectroscopy Powerful laser source · Scattered radiation i... · Avoid fluorescence · Scattering · Depolarization ratio
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8 nodesSpectroscopy Intruduction to spect... · Basic molecular spect... · Practical aspects of ... · IR · UV/vis · NMR/EPR
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110 nodesBlock 9 part 1 molecular spectroscopy · Principles of spectro... · Beer-Lambert law
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37 nodesBlock 9 Part 2 Spectroscopy Nuclear magnetic reso... · Mass spectroscopy
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92 nodesMASS SPECTROMETRY WHY? · ISOTOPES DISTRIBUTION... · MS : instrument that ... · THE NITROGEN RULE · # OF DOUBLE BOND EQUI... · THE INSTRUMENTS
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40 nodesSpectroscopy Mass Spectroscopy · Infra-Red Spectroscopy · Order of analysis
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36 nodesMass Spectroscopy Laser Ionisation
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60 nodesCarbon NMR Number of signals tel... · the splitting of the ... · chemical shit tells t... · TMS is given as 0 on ... · increasing the freque... · height of peaks may b...
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100 nodesIntroduction to spectroscopy study of absorption &... · Uses · Electromagnetic radia... · Photon · Atomic Spectroscopy T... · Energy level & Transi...
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50 nodesGas Chromatography Gas-solid Chromatography · Gas-liquid Chromatogr... · Parts of the Instrument
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84 nodesPhysical 7 absorption of energy · chromophore · rotational energy · vibrational energy · Electronic · selection rules
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67 nodesMass Spectrometry (MS) Bombarded molecules w... · Positively charged io... · Provides a signature ... · When bonds are broken... · Measure mass to chang... · Magnetic filed and de...
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68 nodesCh 11 Ochem Spectroscopy 1.1 Infared Spectroscopy · 11.2 Ultraviolet Spec... · 11.3 Nuclear magnetic... · measures the energy d...
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50 nodesInterpretation of Spectra Identification of com... · Wavelength tables · Identifying compound ... · UV/Vis · FTIR · Complex structure- co...
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41 nodesCH12 Spectroscopy · Chemicals · Light · Equations · Infrared Region Spectra · Effects of Conjugation
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80 nodesPhysical 3 1 dimensional · pseudo 2D · 2 dimensions · applications · isolated spins=diagon... · nuclear overhauser ef...
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34 nodesCarbon and Proton NMR- 3.3.15 Carbon-13 NMR · Proton NMR · Standard compound use...
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26 nodes2.1.4 Determining masses using mass spectrometry What is mass spectrom... · Determining relative ... · Determining relative ...
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49 nodesNuclear Magnetic Resonance (NMR) Nucleus of atoms natu... · Strong magnetic present · Radio frequency of EM... · NMR instrument · Sample need to be pur... · Element and change in...
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48 nodesPhysical 6 vibrational levels · vibronic transitions · deslanders table · photoelectron spec · harmonic oscillator · morse potential
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11 nodesCarbon-13 NMR Carbon-13 NMR depends... · Electromagnetic radia... · The actual energy at ... · Characteristic values...
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83 nodesNMR Interactions · Solid state · 2D · Basics · Relaxation
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13 nodesMass Spectometry Mass Spectometry invo... · In considering a mass...
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28 nodesIonization Methods for Mass Spectrometry Methods Electrospray · MALDI · Electrospray and MALD...
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25 nodesMass Spectrometry (TOF) Ionisation Chamber · Acceleration Area · Drift Region · Ion Detector · The mass spectra is w... · Spectra
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19 nodesNuclear Magnetic Resonance Spectroscopy Definition: use of ra... · Interpreting 1^H NMR ...
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22 nodesMass spectrometry 1) Ionisation · 2) Acceleration · 4) Detection · 3) Sepreration of ions
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21 nodesTime of Flight Mass Spectrometry 1. IONISATION · 2. ACCELERATION · 3. FLIGHT TUBE · 4. DETECTION
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42 nodesMolecular Spectrometry Techniques Range of techniques s... · Typically absorb EMR · Techniques use: · UV/Vis Spec · FTIR & Raman Spectros... · Bond vibrations
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32 nodesAbsorbance, transmittance, emission, limitations Absorbance · Transmittance · Emission · Limitations
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12 nodesMass spectrometer and relative atomic mass Mass spectrometer · isotopes of elements ...
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20 nodesIR Spectroscopy General Info · Interpreting IR Spectra
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23 nodesFluorescence Example of luminescence · Emission of a photon ... · Lifetime: 10-8 to 10-4s · Highly sensitive · Highly specific as a ... · Useful 2nd detector t...
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15 nodesCarbon NMR Symmetry helps locate... · Carbon 13 is used as ... · Radiowave radiation i... · Trimethylsilane (TMS)... · Deuterated solvents a... · Nuclear Magnetic Reso...
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6 nodesInfrared (IR) Spectroscopy IR Spectroscopy invol... · The simplest types of... · Characteristic ranges... · When studying an infr...
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18 nodesRotational Spectroscopy Rigid Rotor · Non-rigid rotor · General
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25 nodesAbsorption of Radiation Spectroscopy · Molecules absorb energy · Different energy (wav... · Why
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23 nodesAtomic Spectroscopy (AS) Elemental analysis- i... · Determines: · Important in forensic... · Fundamentals of AS
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16 nodesHow Mass.S works 1) Sample is heated i... · 2) IONISATION · 3) ACCELERATION · 4) DEFLECTION · 5)DETECTION
More Spectroscopy and Instrumental Analysis resources
About spectroscopy and instrumental analysis mind maps
GoConqr OriginalSpectroscopy and Instrumental Analysis mind maps
These maps connect ideas within individual techniques and across the unit. They cover nuclear magnetic resonance, infrared spectroscopy, mass spectrometry and fluorescence, among other topics. Some focus on an instrument or process, while others bring several methods together.
Choose a route through the maps
For a broad starting point, look for the Spectroscopy map that links molecular spectroscopy with IR, UV/vis, NMR/EPR and mass spectrometry. Its branches give you several directions to follow. For a closer look at an instrument, Time of flight mass spectrometer follows the sample through stages including vaporization and ionization.
As you study, follow a branch and explain each connection in your own words. Then return to the map to check what you missed. When you want to test your recall, switch to a quiz on the unit page; flashcards can help when you want to practice recalling individual details.
Open a map and follow a branch that interests you.
Frequently asked questions
Which mind map is a good place to start?
Look for the Spectroscopy map that covers basic molecular spectroscopy alongside IR, UV/vis, NMR/EPR and mass spectrometry. It offers a broad route through several topics before you choose a more focused map. There is another map with the same title, so check the branches when you open it.
What do the mind maps cover?
The maps cover techniques including NMR, mass spectrometry, infrared spectroscopy and gas chromatography. Some focus on a particular topic, such as Carbon NMR or Fluorescence. Others, including Block 9 part 1, bring several techniques together, so you can follow connections between them.
Are the mind maps free to use?
Yes. Every map listed here is free to open and study without an account. The maps were made by GoConqr users, so their layouts and approaches can vary. A free account also lets you save quiz scores and make your own quizzes, mind maps, flashcards and notes.
Who are these maps for?
Most maps are at university level, with some suited to school students. University students and professional candidates can use them to study techniques, while school students can explore topics relevant to their courses, including A-level Chemistry. Teachers can also use the maps as ready-made material.