Why should reporters act like Catalyst?
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| Papers (10) | Insight |
|---|---|
9 Citations | But some reporters do appear more willing than others to apply |
12 Citations | Men and women who rely on television news tend to think of news anchors and television reporters as like real people they know, and women often report they learn information from television to pass on to others in conversation. |
34 Citations | However, their translation into representational practices and modes of conduct for reporters – as witnesses to others' testimonies – also pose ways of understanding the burdens and affective responsibilities professions like journalism increasingly bear for displaying and interpreting social change and political upheaval. |
141 Citations | Our findings offer insight into how and why reporters respond to rhetorical claims about scientific ignorance and uncertainty that actors use to discredit threatening science. |
49 Citations | It can also provide reporters with an independent perspective, balancing elite-dominated news frames. |
12 Citations | It promotes a relational journalism, positioning reporters as within community as opposed to apart. |
| However, reporters’ expertise with strategies for increasing numbers may actually free reporters for enterprise work. | |
9 Citations | Compared to beat reporters, investigative reporters cherish the interpretive and populist mobilizing functions of the news media and belittle the entertainment and propaganda functions. |
179 Citations | In the third stage, imitative diffusion, the defensive reporters together with the proactive reporters create a critical mass of CSR reporters that reaches a threshold at which the benefits of CSR reporting begin to outweigh any costs due to mimetic isomorphism. |
22 Citations | All hypotheses were supported, suggesting that the more the management pays attention to reporters' IC and their working conditions (i. e., job autonomy and task interdependence), the higher the performance of reporters. |
Related Questions
What are the limitations of the new catalyst?5 answersThe limitations of the new catalyst include the limited ability to control its catalytic properties and the limited stability of the active species under reaction conditions. Additionally, the catalyst cannot enable the distillation of entanglement from a bound entangled state, even if it becomes correlated with the system of interest. Furthermore, the catalyst cannot enable reversibility in the manipulation of quantum coherence, establishing stronger restrictions on asymptotic catalytic transformations. In the field of quantum thermodynamics, there are significant restrictions on arbitrary state transformations under dimension or mean energy bounds, which also apply to thermal catalysis.
What is the role of the catalyst?4 answersThe role of a catalyst is to alter the rate of a chemical reaction by changing the reaction pathway, making the reaction process easier and more efficient. Catalysts are used in various industries, including industrial chemistry, to improve productivity targets in chemical production processes. Catalysis is essential in the chemical industry, enabling processes such as NH3 and syngas production, catalytic cracking of gas oil, and synthesis of sulfuric and nitric acid. In the synthesis of resorcinol-formaldehyde (RF) gels, catalysts play a significant role in determining the final properties of the gel, with the metal cation within the catalyst being particularly important. Overall, catalysts have a crucial impact on chemical reactions, enabling the production of important chemicals and influencing the properties of synthesized materials.
How do catalysts work?3 answersCatalysts work by speeding up chemical reactions without being consumed in the process. They achieve this by providing an alternative reaction pathway with lower activation energy, allowing the reaction to occur more easily and quickly. Catalysts can be made of metals, oxides, sulfides, organic compounds, or a combination of these materials. The presence of a catalyst affects the behavior of the reactant molecules on its surface, leading to changes in the reaction products. Adsorption, the process of molecules binding to the catalyst surface, is an essential step in catalysis and determines the catalyst's behavior under operating conditions. Catalysts can be characterized and studied to understand the reactions taking place on their surface. Various catalyst formulations exist, often accompanied by other components such as supports or promoters. The field of catalysis has seen significant research advancements, leading to the development of new catalysts with improved efficiency and selectivity.
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