| 释义 |
Definition of nanocomposite in English: nanocompositeadjectiveˌnanə(ʊ)ˈkɒmpəzɪtˌnanōˈkämpəzit Denoting a composite material that has a grain size measured in nanometres. 纳米复合材料的 Example sentencesExamples - More recently, there has been increasing interest in nanocomposite polymeric materials because of their high ionic conductivities and superior mechanical stability over pure polymer electrolytes.
- With our nanocomposite dispersions, we actually have a completely new generation of binders in the pipeline.
- The nanocomposite films are made by layering molecules on top of each other.
- Nanocor and Polyone have recently formed a strategic alliance through which they'll be providing nanocomposite materials to molders.
- Our results demonstrate how coupling a widely used x-ray analysis technique with a non-traditional experimental approach makes it possible to obtain detailed structural information about nanocomposite materials.
- To date, much commercial interest in nanocomposites barriers has come from packaging companies.
- The freeze-cast process has not been used with nanoscale ceramic composites and Lu looks forward to creating new knowledge about nanocomposite systems.
- The invention provides two techniques that enhance the thermal stability of the nanocomposite systems from their current limits of 100-150° C. to over 250° C.
- GM estimates use of over 500,000 lb. of nanocomposite material a year.
- In addition, new dilation balloons are required to withstand higher pressures without tearing, and may also be excellent candidates for improvement in mechanical performance from nanocomposite technology.
- Thanks to BASF's Polymer Research, these types of nanocomposite dispersions can be produced using a procedure called emulsion polymerization.
- Additionally, the project involved work by Michigan State University scientist Mercuriou Kanatzidis, who, with his group, pioneered a way to synthesize these nanocomposite materials.
nounˌnanə(ʊ)ˈkɒmpəzɪtˌnanōˈkämpəzit A nanocomposite material. 纳米复合材料 Example sentencesExamples - Noble metals are known to form nanocomposites with diverse classes of organic compounds including fluorescent dyes.
- The tubes can also be formulated into paints and plastic nanocomposites.
- Because the building blocks of the nanocomposite have the dimensions of nanometers, they have enormous surface areas and large interfaces with other phases.
- However, in the matter of nanocomposites, less allows for more.
- Chemists have also been looking at carbon nanotubes (honeycomb graphite lattices rolled into cylinders having nanoscale thicknesses) as fillers in nanocomposites.
- Among the approaches being developed today are nanotubes, nanowires and nanocomposites for batteries.
- In organic/inorganic nanocomposites, a nanoscale inorganic filler is typically dispersed in an organic polymer matrix.
- However, whether the emission properties of any other organic dyes can be improved by incorporating into hybrid organic-inorganic nanocomposites remains to be established.
- These include nanocomposites, which contain small amounts of nanometer-size clay particles.
- The platelet structure of the reinforcing fillers in nanocomposites may offer improvement in barrier properties of the polymer compound.
- The next initiative within GM for nanocomposites was the side molding pieces on the 2004 Chevrolet Impala, GM's highest volume car.
- The present invention is directed to, in part, polymer clay nanocomposites having an acid containing monomer and clay.
- In the case of the nanocomposites this effect should be lessened due to the inherently smaller filler size.
- In nanocomposites, one of the constituent phases has dimensions - length, width, or thickness, in the nanometer range.
- The material is a thermoplastic olefin (TPO) nanocomposite.
- The true value of nanocomposites in medical applications is only beginning to be discovered.
- Catheters made from nanocomposites demonstrate considerably greater stiffness than those made from unmodified polymers, even under nominal loads.
- Nylon nanocomposites containing small amounts of clay that are capable of withstanding high temperature environments have been fashioned into automobile air intake covers.
- One of the tricks of the nanocomposite is the way the clay disperses into the polymer.
- There are some big benefits to the use of the nanocomposites.
Definition of nanocomposite in US English: nanocompositeadjectiveˌnanōˈkämpəzit Denoting a composite material that has a grain size measured in nanometers. 纳米复合材料的 Example sentencesExamples - More recently, there has been increasing interest in nanocomposite polymeric materials because of their high ionic conductivities and superior mechanical stability over pure polymer electrolytes.
- With our nanocomposite dispersions, we actually have a completely new generation of binders in the pipeline.
- Nanocor and Polyone have recently formed a strategic alliance through which they'll be providing nanocomposite materials to molders.
- Additionally, the project involved work by Michigan State University scientist Mercuriou Kanatzidis, who, with his group, pioneered a way to synthesize these nanocomposite materials.
- To date, much commercial interest in nanocomposites barriers has come from packaging companies.
- The nanocomposite films are made by layering molecules on top of each other.
- GM estimates use of over 500,000 lb. of nanocomposite material a year.
- In addition, new dilation balloons are required to withstand higher pressures without tearing, and may also be excellent candidates for improvement in mechanical performance from nanocomposite technology.
- Thanks to BASF's Polymer Research, these types of nanocomposite dispersions can be produced using a procedure called emulsion polymerization.
- Our results demonstrate how coupling a widely used x-ray analysis technique with a non-traditional experimental approach makes it possible to obtain detailed structural information about nanocomposite materials.
- The freeze-cast process has not been used with nanoscale ceramic composites and Lu looks forward to creating new knowledge about nanocomposite systems.
- The invention provides two techniques that enhance the thermal stability of the nanocomposite systems from their current limits of 100-150° C. to over 250° C.
nounˌnanōˈkämpəzit A nanocomposite material. 纳米复合材料 Example sentencesExamples - Nylon nanocomposites containing small amounts of clay that are capable of withstanding high temperature environments have been fashioned into automobile air intake covers.
- However, whether the emission properties of any other organic dyes can be improved by incorporating into hybrid organic-inorganic nanocomposites remains to be established.
- The next initiative within GM for nanocomposites was the side molding pieces on the 2004 Chevrolet Impala, GM's highest volume car.
- The present invention is directed to, in part, polymer clay nanocomposites having an acid containing monomer and clay.
- Chemists have also been looking at carbon nanotubes (honeycomb graphite lattices rolled into cylinders having nanoscale thicknesses) as fillers in nanocomposites.
- Among the approaches being developed today are nanotubes, nanowires and nanocomposites for batteries.
- However, in the matter of nanocomposites, less allows for more.
- The true value of nanocomposites in medical applications is only beginning to be discovered.
- In organic/inorganic nanocomposites, a nanoscale inorganic filler is typically dispersed in an organic polymer matrix.
- These include nanocomposites, which contain small amounts of nanometer-size clay particles.
- The material is a thermoplastic olefin (TPO) nanocomposite.
- Because the building blocks of the nanocomposite have the dimensions of nanometers, they have enormous surface areas and large interfaces with other phases.
- In nanocomposites, one of the constituent phases has dimensions - length, width, or thickness, in the nanometer range.
- One of the tricks of the nanocomposite is the way the clay disperses into the polymer.
- The platelet structure of the reinforcing fillers in nanocomposites may offer improvement in barrier properties of the polymer compound.
- Catheters made from nanocomposites demonstrate considerably greater stiffness than those made from unmodified polymers, even under nominal loads.
- Noble metals are known to form nanocomposites with diverse classes of organic compounds including fluorescent dyes.
- There are some big benefits to the use of the nanocomposites.
- In the case of the nanocomposites this effect should be lessened due to the inherently smaller filler size.
- The tubes can also be formulated into paints and plastic nanocomposites.
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