18 research outputs found
Do consumers intend to buy more co-created green products than traditionally developed green products?
The globe is currently facing a number of environmental issues that require the rapid
development of ecological technologies. Green product purchases continue to fall short of
market forecasts. One of the causes of this behavior is a lack of trust in corporate environmental
claims.
According to the literature, co-creation is a strategy for increasing consumers' trust and, as a
result, their buying intentions. Additionally, firms that foster co-creation are perceived as being
more customer-centric, which should lead to more favorable attitudes toward consumption.
According to two studies conducted on this research, co-creation of green products increases
consumer trust.
Literature also states that the relevance of political orientation as a moderator between the type
of development (co-creation vs professionals only) and consumer trust is considered significant.
Liberal consumers (with low-power distance) tend to trust more in co-created products, whereas
conservative consumers (with a high-power distance) are more likely to trust products generated
solely by experts.
Despite the above, the effects of co-creation on the green economy have yet to receive much
attention. Therefore, the main goal of this dissertation is to help executives better understand
how co-creation can contribute to increasing consumer trust. Hence, companies should more
commonly use co-creation in the development of green products in order to generate trust and
additional sales. There are also limitations and suggestions for future research.O mundo estå atualmente a enfrentar uma série de questÔes ambientais que exigem o råpido
desenvolvimento de tecnologias ecológicas. As compras de produtos verdes continuam aquém
das previsÔes do mercado. Uma das causas deste comportamento é a falta de confiança nas
declaraçÔes ambientais corporativas.
De acordo com a literatura, a cocriação é uma estratégia para aumentar a confiança dos
consumidores e, consequentemente, as suas intençÔes de compra. Além disso, as empresas que
promovem a cocriação são percebidas como mais centradas no cliente, o que deve levar a
atitudes mais favoråveis em relação ao consumo.
De acordo com dois estudos realizados nesta pesquisa, a cocriação de produtos verdes aumenta
a confiança do consumidor.
A literatura tambĂ©m afirma que a relevĂąncia da orientação polĂtica como moderador entre o tipo
de desenvolvimento (cocriação vs. apenas profissionais) e a confiança do consumidor é
considerada significativa. Consumidores liberais (com distĂąncia de baixa potĂȘncia) tendem a
confiar mais em produtos cocriados, enquanto consumidores conservadores (com distĂąncia de
alta potĂȘncia) sĂŁo mais propensos a confiar em produtos gerados exclusivamente por
especialistas.
Apesar do exposto, os efeitos da cocriação na economia verde ainda precisam receber muita
atenção. Portanto, o principal objetivo desta dissertação é ajudar os executivos a entender
melhor como a cocriação pode contribuir para aumentar a confiança do consumidor. Assim, as
empresas devem usar mais frequentemente a cocriação no desenvolvimento de produtos verdes
para gerar confiança e vendas adicionais. Hå também limitaçÔes e sugestÔes para pesquisas
futuras
MEDIĂĂO DE PROCESSOS DE COLISĂO ELETRĂNICA EM FE XVII DE INTERESSE ASTROFĂSICO
UID/FIS/04559/2020A anĂĄlise de espectros de raios-X de alta resolução obtidos em observatĂłrios espaciais requer uma boa compreensĂŁo dos processos fĂsicos, nomeadamente os atĂłmicos, que governam a emissĂŁo e dinĂąmica dos plasmas. O complexo de emissĂŁo Fe-L de Fe XVII, formado por riscas 3dâ2p e 3sâ2p, Ă© frequentemente utilizado na referida anĂĄlise e como diagnĂłstico de vĂĄrias propriedades fĂsicas como temperatura, opacidade e densidade do plasma. Neste trabalho, medimos as secçÔes eficazes dos processos de colisĂŁo que levam Ă formação destas riscas, tanto as nĂŁo-ressoantes (excitação por colisĂŁo), como ressoantes (recombinação dieletrĂłnica). Acresce que os dados experimentais obtidos permitem uma validação dos valores teĂłricos destes processos atĂłmicos.authorsversionpublishe
Evaluation of Microleakage of a New Bioactive Material for Restoration of Posterior Teeth: An In Vitro Radioactive Model
Hybrid bioactive composite resins combine the benefits of glass ionomer cements with composite resins. Its self-adhesiveness is achieved through functional polyacrylic acids and carboxylic groups, hybridizing the smear layer and establishing ionic interactions between calcium and dentin. These materials are defined as having good aesthetics, moisture tolerance, durability, simplicity in technique and handling and are able to maintain a low microfiltration rate while releasing calcium, phosphate and fluorine. The aim of the present study was to evaluate microleakage in restorations using Surefill Oneâą bioactive resin. The null hypothesis is that this type of resin does not obtain a lower microleakage rate when compared to other materials. An in vitro study was carried out using thirty-six premolars and molars extracted for orthodontic reasons. Identical preparations were thus performed in all of them (Class V with 4 mm mesio-distal, 3 mm occluso-gingival and 3 mm in depth) and divided into different experimental groups: one positive control, one negative control and two tests with bioactive composite resin and conventional composite resin (Surefill Oneâą and Spectraâą ST HV, respectively). Through quantitative techniques using nuclear medicine, it was possible to evaluate microleakage through the use of a radioactive isotope, technetium. Radioactivity emitted by the specimens was detected by a gamma camera. The different groups were compared using the KruskalâWallis test and the GamesâHowell test for multiple comparisons. The results of the experimental study point to statistically significant differences between the test groups (p = 0.002) with increased microleakage in the bioactive composite resin group. Based on the present microleakage study, it was possible to conclude that the bioactive composite resin (Surefill Oneâą) does not reduce the microleakage rate when compared to a conventional nanohybrid composite resin (Spectraâą ST HV). However, Surefill Oneâą can be used in temporary restorations, primary teeth and in cases of tissue remineralization, thus avoiding more invasive procedures