Mechanisms of polymerization of aniline

Code

J1-8913 (C) - included in ARIS records

Head

PhD Matjaž Krajnc

Period

1/1/1998 - 12/31/1999

Science

Engineering sciences and technologies (3)
Other (2)

Reseacher status

Researcher (3)
Junior expert or technical associate (2)

Education

Doctor's degree (3)
Other (2)

Sex

Woman (2)
Man (3)

Status

Employed at RO and RRD (4)
Deceased (1)

No. of publications

1–9 (1)
10–99 (1)
100–999 (3)

Projects / Programmes source: ARIS

source: ARIS

Mechanisms of polymerization of aniline

Research activity

Code	Science	Field	Subfield
1.04.02	Natural sciences and mathematics	Chemistry	Structural chemistry

Code	Science	Field
P351	Natural sciences and mathematics	Structure chemistry

Keywords

Polyaniline, Structure of Polyaniline, Electrical Conductivity

Evaluation (rules)

source: COBISS

Evaluation of bibliographic research performance indicators according to ARIS methodology

Citations Citations for bibliographic records in COBIB.SI that are linked to records in citation databases

source: WoS

source: Scopus

source: COBISS

Researchers (5)

no.	Code	Name and surname	Research area	Role	Period	No. of publicationsNo. of publications
1.	14126	PhD Matjaž Krajnc	Chemical engineering	Head	1998 - 1999	489
2.	17269	Janez Malovrh		Researcher	1998 - 1999	14
3.	12041	PhD Ida Poljanšek	Chemical engineering	Researcher	1998 - 1999	346
4.	05018	PhD Anton Šebenik	Materials science and technology	Researcher	1998 - 1999	241
5.	17272	Mirjana Širca		Researcher	1998 - 1999	3

Organisations (2)

no.	Code	Research organisation	City	Registration number	No. of publicationsNo. of publications
1.	0103	University of Ljubljana, Faculty of Chemistry and Chemical Technology	Ljubljana	1626990	23,091
2.	0104	National Institute of Chemistry	Ljubljana	5051592000	20,996

Abstract

Polyaniline consists of three basic units, e.g. completely reduced leucoemeraldine base, partly oxidised emeraldine base and completely oxidised pernigraniline base. Beside these, some defective structures can be formed which influence the molecular weight, the electrical conductivity, the solubility and the formation of film. The properties of polyanilines depend on the share of individual units and theirs sequence distribution in the chains. The possibility of the formation of film depends mostly on the quantity of the emeraldine base. In this work, the influence of polymerization conditions, transformation into individual chemical form and doping technique on the structure and electrical conductivity of polyanilines will be systematically investigated using 600 MHz high power solution and solid state multinuclear one and two dimensional NMR spectroscopy and impendance spectroscopy.