Chemistry & Nano Science Book

Physical methods in chemistry & Nano Science

Physical methods in chemistry & Nano Science TextBook by OpenStax plus MCQ, Essay Questions & Key Terms

* Complete Textbook by OpenStax

* Multiple Choices Questions (MCQ)

* Essay Questions Flash Cards

* Key-Terms Flash Cards

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0.1 Course introduction

Elemental analysis

Introduction to elemental analysis

1 Spot tests

2 Introduction to combustion analysis

3 Introduction to atomic absorption spectroscopy

4 Icp-aes analysis of nanoparticles

5 Icp-ms for trace metal analysis

6 Ion selective electrode analysis

7 A practical introduction to x-ray absorption spectroscopy

8 Neutron activation analysis (naa)

9 Total carbon analysis

10 An introduction to energy dispersive x-ray spectroscopy

11 Auger electron spectroscopy

12 Rutherford backscattering of thin films

13 An accuracy assessment of the refinement of crystallographic positional

14 Principles of gamma-ray spectroscopy and applications in nuclear forensics

Physical and thermal analysis

Melting point analysis

1 Bet surface area analysis of nanoparticles

2 Dynamic light scattering

3 Viscosity

4 Differential scanning calorimetry (dsc)

5 Electrical permittivity characterization of aqueous solutions across

6 Dynamic mechanical analysis

7 Finding a representative lithology

Chromatography

Principles of gas chromatography

1 High performance liquid chromatography

2 Basic principles of supercritical fluid chromatography and supercrtical

3 Supercritical fluid chromatography

4 Ion chromatography

Chemical speciation

Esi-qtof-ms coupled to hplc and its application for food safety

Reactions kinetics and pathways

Dynamic headspace gas chromatography analysis

1 Gas chromatography analysis of the hydrodechlorination reaction of

2 Temperature-programmed desorption mass spectroscopy applied in surface

Dynamic processes

Nmr of dynamic systems: an overview

1 Determination of energetics of fluxional molecules by nmr

2 Rolling molecules on surfaces under stm imaging

Molecular and solid state structure

Crystal structure

1 Structures of element and compound semiconductors

2 Low energy electron diffraction

3 Neutron diffraction

4 Circular dichroism spectroscopy and its application for determination

5 Protein analysis using electrospray ionization mass spectroscopy

6 The analysis of liquid crystal phases using polarized optical microscopy

Structure at the nano scale

Microparticle characterization via confocal microscopy

1 Measuring the specific surface area of nanoparticle suspensions using

2 Characterization of graphene by raman spectroscopy

3 Characterization of covalently functionalized single-walled carbon

4 Characterization of bionanoparticles by electrospray-differential mobility

Surface morphology and structure

Sem and its applications for polymer science

1 Catalyst characterization using thermal conductivity detector

2 Nanoparticle deposition studies using a quartz crystal microbalance

Device performance

A simple test apparatus to verify the photoresponse of experimental

1 Measuring key transport properties of fet devices