• No results found

[PDF] Top 20 Materials, critical materials and clean-energy technologies

Has 10000 "Materials, critical materials and clean-energy technologies" found on our website. Below are the top 20 most common "Materials, critical materials and clean-energy technologies".

Materials, critical materials and clean-energy technologies

Materials, critical materials and clean-energy technologies

... Natural market forces provide powerful incentives for material users and producers, most of whom are not governments, to respond to criticality. Thus my personal view is that the primary responsibility rests with ... See full document

13

Environmental Risks and Benefits of Nano-Enabled Clean Energy Technologies

Environmental Risks and Benefits of Nano-Enabled Clean Energy Technologies

... study materials were compared to literature reports of concentrations at which toxicity to ecologically relevant model organisms have been observed (using the LD50, or dose that causes the death of 50% of a ... See full document

189

Functionally Graded Materials: A Critical Review

Functionally Graded Materials: A Critical Review

... less energy intensive, maximum material utilization, ability to produce complex shapes and design freedom as parts are produced directly from CAD ...SFF technologies, laser based ... See full document

13

A Motor Driven by Permanent Magnets Alone; A Clean and Abundant Source of Electromagnetic Energy from Iron and Other Ferromagnetic Materials

A Motor Driven by Permanent Magnets Alone; A Clean and Abundant Source of Electromagnetic Energy from Iron and Other Ferromagnetic Materials

... and technologies that includes the use of electromagnets and permanent ...of energy responsible for the electron’s spin and the momentum of photons is not ...the energy may come from a loss of mass, ... See full document

11

Stretchable and reflective displays: materials, technologies and strategies

Stretchable and reflective displays: materials, technologies and strategies

... Mechanochromic materials for active reflective display ...activation energy for the chemical reactions neces- sary for color change ...a critical strain is reached ... See full document

24

wasteminimization and clean technologies

wasteminimization and clean technologies

... raw materials, water and energy; that reduced the amount of waste entering the environment It supports any company's aim for a "Clean technology" production which means full utilization of ... See full document

8

CHANGING THE PARAMETERS OF THE QUARTZITE CRYSTAL LATTICE FOR ENSURING THE EFFICIENCY OF CARBURIZING SYNTHETIC CAST IRON

CHANGING THE PARAMETERS OF THE QUARTZITE CRYSTAL LATTICE FOR ENSURING THE EFFICIENCY OF CARBURIZING SYNTHETIC CAST IRON

... absent. Most often, when selecting a carbonizer, the quality of the material is judged by the regulated content of carbon in it, and by carbon absorption from the melt. A comparative analysis of the efficiency of the ... See full document

7

Comparison analysis of Green building materials and conventional materials in energy efficiency performance

Comparison analysis of Green building materials and conventional materials in energy efficiency performance

... in energy consumption is due to increased in number of building that is being constructed these ...non-renewable materials which are neither long lasting nor Energy ...high energy consumption ... See full document

5

Factor Effect Estimation in the Convective Heat Transfer Coefficient Enhancement of Al2O3/EG Nanofluid in a Double-pipe Heat Exchanger

Factor Effect Estimation in the Convective Heat Transfer Coefficient Enhancement of Al2O3/EG Nanofluid in a Double-pipe Heat Exchanger

... Improving the thermal properties of base fluid qualify them to miniaturize heat transfer equipments. For example, designing smaller and lighter heat exchangers provides thermal industries with more energy ... See full document

8

Case Study on Energy Consumptions and Recognition of Suitable Energy Management Techniques Foundry Industries.

Case Study on Energy Consumptions and Recognition of Suitable Energy Management Techniques Foundry Industries.

... foundries energy accounting is necessary to determine where and how energy is being consumed and how efficient is the energy management ...improving energy efficiency in most ...that ... See full document

6

Developing Technologies Utilization of Waste in the Context of Clean Energy Technology

Developing Technologies Utilization of Waste in the Context of Clean Energy Technology

... Incorporation into the production cycle of an installation for directing the entire flow of slurry from the channels under the grate barn or pigsty to operating as a flow reactor, which will occur methane fermentation, ... See full document

6

Decarbonising ceramic manufacturing : a techno-economic analysis of energy efficient sintering technologies in the functional materials sector

Decarbonising ceramic manufacturing : a techno-economic analysis of energy efficient sintering technologies in the functional materials sector

... conductive materials at the laboratory scale (with processing cycles including cooling down to room temperature of < 1 h) or the quick fabrication of industrial products ... See full document

24

Analyzing Pre-Service Science Teachers’ Physics Materials

Analyzing Pre-Service Science Teachers’ Physics Materials

... Six materials, including the respective lesson plans, were available on the title ...these materials were about producing sound through musical instruments that the designer ...the materials is about ... See full document

7

Improvement of the Thermoelectric Performance of Pseudogap and Narrow Gap Compounds via Theoretical Calculations

Improvement of the Thermoelectric Performance of Pseudogap and Narrow Gap Compounds via Theoretical Calculations

... thermoelectric materials uses first-principles band structure calculations, which are now possible owing to both improvements in computing systems and the proliferation of calculation code such as WIEN2k and ... See full document

6

Advancement in additive manufacturing &amp; numerical modelling considerations of direct energy deposition process

Advancement in additive manufacturing & numerical modelling considerations of direct energy deposition process

... directed energy deposition (DED) is suitable for producing metal parts via the layer-by-layer deposition of molten metal powders or ...employs energy-intensive source ...AM technologies involve in ... See full document

7

Use of auto ball indentation technique to evaluate room temperature fracture toughness of nuclear vessels

Use of auto ball indentation technique to evaluate room temperature fracture toughness of nuclear vessels

... Nuclear energy has been developed and used by more and more countries in the world as a kind of non-pollution clean ...nuclear energy, it’s very important for the structural integrity assessment and ... See full document

10

Sustainability dilemmas and their solution strategies by committed food business

Sustainability dilemmas and their solution strategies by committed food business

... for critical co-operation within the chain meant learning about one’s food networks in co-operation with other network actors, experts or ...the critical co-operation strategy may upgrade sustainable ... See full document

13

Molecular Materials for Energy Storage

Molecular Materials for Energy Storage

... 521 Materials Sciences and Applications Oil-derivative organic compounds are the most suitable basis for film capaci- tor designs for the following ...ganic materials are relatively inexpensive and can be ... See full document

9

Application of Smart Materials in Smart Structures

Application of Smart Materials in Smart Structures

... Smart materials are expected to be an important ingredient of third-generation ...smart materials for structural applications include optical fiber-based sensors, Ferro-magnetic sensors, shape memory alloys ... See full document

6

A Critical Review on of 3D Printing Materials and Details of Materials used in FDM

A Critical Review on of 3D Printing Materials and Details of Materials used in FDM

... according to Japanese Biodegradable polymer society (JBPDS), the biodegradation was a process in which the polymer was decomposed to water and carbon dioxide through the action of micro-organisms commonly existing in the ... See full document

9

Show all 10000 documents...