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Article
Publication date: 1 May 2007

Murugesh Babu K and Kushal Sen

Silk is a natural protein fibre. It is the only natural fibre available in continuous filament form. Earlier research studies on physical structure and mechanical properties of…

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Abstract

Silk is a natural protein fibre. It is the only natural fibre available in continuous filament form. Earlier research studies on physical structure and mechanical properties of silk have indicated that the physical and chemical architecture varies between different varieties of silk and a substantial variation of these properties was observed within the cocoon. The amino acid composition and even the dyeing behaviour are different in different silk. Silk is considered as a non-thermoplastic fibre and is generally not expected to undergo significant morphological changes as a result of thermal shrinkage like synthetic fibres, viz., polyester and nylon. Needless to mention, silk fibres do undergo several kinds of heat treatments either in dry or wet state in the course of textile processing. Hence, an attempt has been made in this paper to deal with the response of different silk varieties (mulberry and non-mulberry) to thermal inputs. Five varieties of silk, two mulberry (bivoltine and crossbreed) and three non-mulberry (tasar, muga and eri) were subject to thermal treatments using TGA and DTA techniques. It was found that both mulberry and non-mulberry varieties behave differently to thermal inputs. Non-mulberry varieties show lower weight loss of 35-37% at 400oC as compared to about 41- 44% for mulberry varieties. They also exhibit a higher decomposition temperature. Interestingly, an additional transition at around 290°C is clearly observed with all the nonmulberry silks. The DTA results indicate higher stability of non-mulberry silks towards thermal treatments.

Details

Research Journal of Textile and Apparel, vol. 11 no. 2
Type: Research Article
ISSN: 1560-6074

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Article
Publication date: 6 April 2022

Jayesh Joglekar and Caroline S.L. Tan

The aim of this study is to identify the relationship between employee-generated content (EGC) and firm-generated content (FGC) in the form of LinkedIn posts, employer brand…

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Abstract

Purpose

The aim of this study is to identify the relationship between employee-generated content (EGC) and firm-generated content (FGC) in the form of LinkedIn posts, employer brand perception, and the effect of employer's attractiveness and corporate reputation on this relationship.

Design/methodology/approach

This study comprises two phases. In phase 1, the focus was on stimuli selection through an online questionnaire on favourability. In phase 2, for the main study, data were gathered through an online survey from 214 information technology (IT) employees via a survey. Multiple linear regression and mediation analyses were conducted.

Findings

The results show that EGC and FGC have a positive influence on employer brand perception, and the relationship is positively mediated by employer attractiveness and corporate reputation. These findings suggest that organizations can strategically use their own as well as employees' LinkedIn accounts, and encourage employee advocacy initiatives to attract new talent, enhance attractiveness and corporate reputation.

Originality/value

The study covers two different categories of content – employer and employee-generated – and examines both content types' influence on employer brand perception. It adds to the body of literature regarding employee branding and paves the way for further research in employee advocacy.

Details

Journal of Advances in Management Research, vol. 19 no. 4
Type: Research Article
ISSN: 0972-7981

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