Search or ask a question

What's the best ceramic cooktop cleaner?

Energy conservation

Production (economics)

Answers from top 7 papers

PDF

Open Access

More filters

Papers (7)	Insight
Journal Article•DOI An evaluation of selected waste resources for utilization in ceramic materials applications A. Jonker, J.H. Potgieter - Show less +1 more 01 Aug 2005-Journal of The European Ceramic Society 52 Citations	This investigation describes work done to develop a novel ceramic body, which can potentially be used as a ceramic filter for purification of waste water and potable water.
Open access•Journal Article•DOI Comparison of Surface Roughness of Ceramics after Polishing with Different Intraoral Polishing Systems using Profilometer and SEM Alhanouf Alhabdan, Ahmed A El - Show less +1 more 21 May 2015-Journal of dental health, oral disorders & therapy 17 Citations	The use of ceramic polishing kits was effective in reducing surface roughness.
Journal Article•DOI Application of cleaner production as an important sustainable strategy in the ceramic tile plant – a case study in Guangzhou, China Yi Huang, Jiwen Luo, Bin Xia - Show less +2 more 01 Mar 2013-Journal of Cleaner Production 64 Citations	Although the cleaner production is a continuous process in this case, it provides a theoretical and practical basis for the sustainable development of other ceramic tile production enterprises.
Journal Article•DOI Panavia F 2.0 bonding to contaminated zirconia ceramic after different cleaning procedures. A. C. Quaas, Bin Yang, Matthias Kern - Show less +2 more 01 Apr 2007-Dental Materials 142 Citations	SIGNIFICANCE Ceramic cleaning methods after try-in procedures have a significant influence on the resin-ceramic bond strength.
Open access•Journal Article•DOI Massas cerâmicas para telhas: características e comportamento de queima Carlos Maurício Fontes Vieira, T. M. Soares, Sergio Neves Monteiro - Show less +2 more 01 Dec 2003-Cerâmica 32 Citations	The results indicated that the ceramic body from Campos presents significant differences in the evaluated characteristics in comparison with the other ceramic bodies.
Journal Article•DOI Structure and Microwave dielectric properties of a novel temperature stable low-firing Ba2LaV3O11 ceramic Jie Li, Liang Fang, Hao Luo, Ying Tang, Chunchun Li - Show less +4 more 01 Jul 2016-Journal of The European Ceramic Society 26 Citations	All the results indicate that the Ba2LaV3O11 ceramic might be a promising candidate for low temperature cofired ceramic technology.
Book Chapter•DOI Gabor filter-based texture features to archaeological ceramic materials characterization Mohamed Abadi, Majdi Khoudeir, Sylvie Marchand - Show less +2 more 28 Jun 2012 12 Citations	Experimental results of the recognition ceramic materials, deals on the field and in the laboratory, for different ceramic pastes and surfaces show a good accuracy and applicability of the process on this type of data.

My columns

Related Questions

How do you clean a ceramic top griddle?5 answers

How do you clean ceramic drip pans?7 answers

How do you clean ceramic hair rollers?6 answers

What is best ceramic tile cleaner?7 answers

What is best cleaner for ceramic sinks?3 answers

What is the best product to clean ceramic floors?7 answers

See what other people are reading

What are Innovation strategies?

Innovation strategies refer to the deliberate plans and approaches adopted by enterprises to introduce and enhance new products, processes, or services, aiming to boost competitiveness and performance. These strategies involve the systematic development of innovative cultures, clear goal formulation, audience and competitor research, value proposition definition, and the creation of innovative systems and methods. Various types of innovation strategies exist, including product, service, process, technological, business model, marketing, and architectural innovation. Successful innovation strategies are crucial for businesses to achieve improved corporate performance, increased profits, market share growth, and enhanced financial outcomes. Leadership orientation and effective innovation strategies play a vital role in enhancing company performance, productivity, and competitiveness.What should be the training of food production personnel?

The training of food production personnel should focus on continuous technical and technological innovations, organizational innovations, and the development of competence. In the agricultural sector, training organizational and managerial personnel is crucial for increasing labor productivity through the introduction of new technologies and innovative production methods. Psychological and pedagogical resources play a vital role in the educational process in agricultural universities, emphasizing personal and professional growth of students. The current state of staffing organizations in the agro-industrial complex of Russia highlights the need for educational institutions to fill personnel gaps and revive agricultural organizations. Workshops addressing good agricultural practices (GAP) have been effective in improving understanding and intentions for change among producers and educators, indicating the importance of tailored training programs.What is flexible automation?

Flexible automation refers to systems that integrate human skills and machines efficiently to enhance productivity while adapting to changing production needs. These systems utilize advanced technologies, such as computer control systems and automation, to increase the flexibility of industrial processes. They aim to reduce labor-intensive tasks, improve product quality, and respond promptly to customer demands. By combining principles from biology and Industry 4.0, flexible automation enables the development of self-organizing systems that leverage human expertise for targeted productivity enhancements. Examples include flexible automation equipment for various tasks like crank sawing and door cover binding, which automate processes, increase efficiency, and ensure high precision in manufacturing. Overall, flexible automation plays a crucial role in modern manufacturing by optimizing operations and meeting the demands of dynamic markets.Amounts of welding tools

The research papers provide insights into various welding tools and equipment. These include welding tool equipment with upper and lower electrode assemblies for welding operations, a welding tool for locating and welding roller shafts and vertical boards efficiently, a welding tool with a laser for intense radiant energy beam welding of metals, including sensing mechanisms for work engagement, and welding tool equipment with multiple axis systems for complex welding tasks. These tools offer practicality, efficiency, accuracy in locating components, and the capability to weld various materials effectively. By utilizing different mechanisms such as electrodes, lasers, and multi-axis systems, these welding tools cater to a wide range of welding needs in different industries.Solid state electrolytes offer?

Solid state electrolytes offer enhanced safety, improved cycling performance, and potential for higher energy density in energy storage systems like solid-state batteries. They address issues seen in traditional liquid electrolytes, such as safety concerns, lower energy densities, and stability problems. Solid electrolytes can be ceramic, polymer-based, or composite materials, each with unique advantages and challenges. Ceramic solid electrolytes provide high ionic conductivity and mechanical strength but face interfacial issues. Polymer electrolytes offer flexibility and compatibility with electrodes but exhibit lower ionic conductivity at room temperature. Composite solid electrolytes combining ceramics and polymers aim to overcome individual drawbacks, providing flexibility, good electrode contact, and fast ion transport. Overall, solid state electrolytes pave the way for safer, more efficient, and higher-performing energy storage solutions.How climate change is affecting agriculture in the Philippines, including changes in weather patterns, crop yields, and food securit?.?

Climate change in the Philippines significantly impacts agriculture through various channels. The country's vulnerability to natural disasters due to global warming has led to casualties, property losses, and reduced crop yields. Studies show that temperature changes and phenomena like La Nina have notable effects on agricultural production, with a rise in agricultural employment positively influencing output. Furthermore, research highlights the crucial role of climate resiliency in helping farmers withstand natural calamities and sustain productivity, emphasizing the need for adaptive capacity building and government support programs. Additionally, the relationship between carbon emissions and rice production underscores the direct harm climate change poses to the rice industry, a vital component of Philippine agriculture. Addressing these challenges requires innovative agricultural insurance schemes, public-private partnerships, and investments in research and development to enhance resilience and food security in the face of changing weather patterns.How does comparative advantaComparative advantage and specialization increases exports?ge generate international competitiveness in exports?

Comparative advantage and specialization play crucial roles in enhancing international competitiveness in exports. By focusing on differences in factor abundance, productivity, and production complexity, countries like China have managed to climb the ladder of production complexity, integrate into global value chains, and reduce dependency on imported inputs. In the meat sector of Pakistan, revealed comparative advantage indices have shown shifts from comparative disadvantage to advantage over time, leading to increased competitiveness in exports. Additionally, trade agreements have influenced trade patterns, with countries like Indonesia benefiting from export expansion in goods where they have a revealed comparative advantage and specialization. These findings highlight how comparative advantage and specialization drive international competitiveness by enabling countries to capitalize on their strengths and participate effectively in global trade.What are the different conceptual definitions of innovation?

Innovation is defined diversely across various disciplines. It encompasses the generation of new ideas, their translation into products and processes, and the dissemination of these innovations to users. Evolutionary biology distinguishes between novelty, the origin of new attributes, and innovation, the success of these novelties in ecological and evolutionary terms. Innovation is seen as a result and a process, emphasizing creativity as its foundation and highlighting its role in enhancing economic efficiency and competitiveness. Additionally, innovation is viewed both as a creative act driven by scientific policies promoting wealth creation and as a facet of human creativity necessitating policies for equitable access to societal labor products. These varied perspectives underscore the multifaceted nature of innovation across different domains.What is housing supply?

Housing supply encompasses the production of new housing and the sale of existing housing, influenced by factors like interest rates and financial markets. It is a critical aspect of the real estate industry, reflecting economic conditions and impacting economic stability. Housing supply is governed by a set of rules, practices, and expectations that coordinate the activities of agents involved in providing housing, including regulations on land ownership transfers, building codes, and social housing provisions. The COVID-19 pandemic has notably affected housing supply dynamics in the United States, leading to fluctuations in new house supply due to changing consumer behaviors and economic uncertainties. Efforts to improve housing supply involve analyzing and enhancing housing supply laws and regulations to ensure consistency and effectiveness in addressing housing needs.What are the impacts of the semiconductor industry on the global economy?

The semiconductor industry plays a crucial role in the global economy, affecting various sectors like information and communication technology, electronics, and automotive industries. Semiconductors have become integral to modern life, with their increasing presence in system solutions and a significant portion of the final cost of products like mobile phones and personal computers. The industry's complexity and high costs lead to its concentration in a few major companies and countries, emphasizing its strategic importance. Mastering semiconductor technology is vital for a country's future development trends in areas like smart cities, the internet of things, and space exploration, highlighting the industry's impact on national development. Semiconductor shortages can have significant adverse effects on output in various industries, causing ripple effects on the broader economy, as seen in recent supply chain disruptions.How can citizens become active prosumers in energy field?

Citizens can become active prosumers in the energy field by engaging in decentralized renewable energy production. Motivations for such participation differ from traditional energy production, emphasizing individual and value-based aspects. To activate prosumers, appealing to identities through initiatives like peer-to-peer energy trading can be effective. For instance, using slogans like "your climate. your electricity" or "your region. your electricity" can encourage prosumers to participate in energy trading. Technological advancements, such as digitization and remote measurements, enable consumer activity in the energy market, fostering a move towards reducing environmental impact. These changes allow for the emergence of energy systems that are both human and environmentally friendly. Ultimately, by leveraging these approaches and technologies, citizens can actively contribute to the energy field as prosumers.