MICROSTRUCTURE OF POLYMERIC NANOMATERIALS / curriculum НАНОМАТЕРИАЛЫ 2019-20 Engl

“APPROVED”

Dean of the Faculty of Chemistry

Kadirova Sh.A.

_________________

“____”_________2020 й.

Curriculum

(lectures, laboratory works, workshops)

Faculty - CHEMISTRY

course ___ semester ___ group ________

Item name

MICROSTRUCTURE OF POLYMERIC NANOMATERIALS

Lectures

Rakhimov T.Kh.

Practical classes

Rakhimov T.Kh.

Week№

hours

execution date

Signiture

Subjects

planned

executed

laborato-

Lectures work-shops ry works

Basic concepts of polymer nanomaterials. The role of polymer nanomaterials in the

1

development of science and the national economy. The tasks of science: nanoscale,

2

8 фев 20

nanostructures, nanosystems. Contribution of Uzbek scientists.

1

Changes in the microstructure of nanopolymers under pressure.

2

8 фев 20

Synergistic effects: additivity, emergence and synergism. The influence of

2

dimensional factors on properties. Classification of dispersed systems by

2

15 фев 20

microstructure.

2

Microphotographic analysis. writing up a description

2

15 фев 20

Classification of polymer nanomaterials. Classification and methods for producing

3

polymer nanomaterials obtaining. Clusters. Cluster models and size effects.

2

22 фев 20

Molecular and ligandless metal clusters. Nanocrystallites and fibrous structures.

Differences.

3

Tapes. The mechanism of their growth

2

22 фев 20

A review of research methods for the microstructure of polymer nanomaterials.

4

Classification. Theoretical basis of the use of instrumental methods for studying of

2

29 фев 20

the polymer nanomaterials’ micro­struc­ture. Nanodiagnostics.

4

Determination of the thickness and number of monoclusters.

2

29 фев 20

Application in microelectronics

5

Diffraction methods for the polymer nanomaterials’ micro­struc­tu­re studying. X-

2

7 мар 20

ray diffraction and x-ray phase analysis. Powder diffraction

5

Fullerites, their crystal structure. Creating a Fullerite model

2

7 мар 20

Mass spectrometric methods for studying the polymer nanomaterials’

6

micro­struc­tu­re. Strategies for obtaining information on nanocrystalline and

2

14 мар 20

polymer systems. Principles of instrumental methods.

6

Carbon nanotubes, single and double layer nanotubes. Vector

14 мар 20

chirality. models

2

7

Microscopic methods for studying the polymer nanomaterials’ micro­struc­tu­re;

2

28 мар 20

scanning probe, tunnel and atomic force microscopy.

7

Matrix nanoclusters and their microstructure.

2

28 мар 20

8

Scanning tunneling and atomic force microscopy in studying the microstructure of

2

4 апр 20

polymer nanomaterials.

8

Supramolecular structures. Self-assembled ensembles. Biological

2

4 апр 20

processes of self-assembly.

Spectroscopic methods for studying the microstructure of polymer nanomaterials.

9

Electron, X-ray and UV photoelectron spectroscopy. Electronic OJE spectroscopy.

2

11 апр 20

Radiospectroscopy. IR spectroscopy and Raman spectroscopy.

9

Supramolecular structures. Self-assembled ensembles. Biological

2

11 апр 20

processes of self-assembly.

10

Clusters. Metalless Clusters. Molecular, gaseous ligandless, colloidal, matrix

2

18 апр 20

clusters, and solid state nanoclusters. Polyhedral clusters of nonmetals.

10

The study of the microstructure of thin polymer nanofilms using electron microscopy.

2

18 апр 20

11

Carbon nanostructures. Carbon clusters, graphene. Fullerenes. Carbon nanofibers,

2

25 апр 20

carbonization, activation, graphitization; microstructure and methods of its study.

11

The study of the microstructure of thin polymer nanofilms using electron microscopy.

2

25 апр 20