Sentences with phrase «use of advanced materials»

Smarter designs and the use of advanced materials, such as aluminum, carbon fiber, and ultra-high-strength steel, can have a huge impact.

The analysis reveals that there is still plenty of room to increase the efficiency of gasoline - powered vehicles, both conventional and hybrid, through engine and transmission improvements and the use of advanced materials to reduce weight, among other technologies.

Extensive use of advanced materials, including Carbon Fibre Reinforced Plastic (CFRP) construction and Carbon Ceramic Material (CCM) brakes

This international conference will gather researchers from multidisciplinary domains on the use of advanced materials in distinct Green Chemistry, Nano - Catalysis, Energy Materials, Separation and Pur...

Its technical innovations accelerate the use of advanced materials, enabling a new generation of products across this diversified set of global markets.

The Lightweight Concept makes use of advanced material applications like aluminum, ultra-high-strength steels, magnesium, and carbon fiber.

Not exact matches

Such risks, uncertainties and other factors include, without limitation: (1) the effect of economic conditions in the industries and markets in which United Technologies and Rockwell Collins operate in the U.S. and globally and any changes therein, including financial market conditions, fluctuations in commodity prices, interest rates and foreign currency exchange rates, levels of end market demand in construction and in both the commercial and defense segments of the aerospace industry, levels of air travel, financial condition of commercial airlines, the impact of weather conditions and natural disasters and the financial condition of our customers and suppliers; (2) challenges in the development, production, delivery, support, performance and realization of the anticipated benefits of advanced technologies and new products and services; (3) the scope, nature, impact or timing of acquisition and divestiture or restructuring activity, including the pending acquisition of Rockwell Collins, including among other things integration of acquired businesses into United Technologies» existing businesses and realization of synergies and opportunities for growth and innovation; (4) future timing and levels of indebtedness, including indebtedness expected to be incurred by United Technologies in connection with the pending Rockwell Collins acquisition, and capital spending and research and development spending, including in connection with the pending Rockwell Collins acquisition; (5) future availability of credit and factors that may affect such availability, including credit market conditions and our capital structure; (6) the timing and scope of future repurchases of United Technologies» common stock, which may be suspended at any time due to various factors, including market conditions and the level of other investing activities and uses of cash, including in connection with the proposed acquisition of Rockwell; (7) delays and disruption in delivery of materials and services from suppliers; (8) company and customer - directed cost reduction efforts and restructuring costs and savings and other consequences thereof; (9) new business and investment opportunities; (10) our ability to realize the intended benefits of organizational changes; (11) the anticipated benefits of diversification and balance of operations across product lines, regions and industries; (12) the outcome of legal proceedings, investigations and other contingencies; (13) pension plan assumptions and future contributions; (14) the impact of the negotiation of collective bargaining agreements and labor disputes; (15) the effect of changes in political conditions in the U.S. and other countries in which United Technologies and Rockwell Collins operate, including the effect of changes in U.S. trade policies or the U.K.'s pending withdrawal from the EU, on general market conditions, global trade policies and currency exchange rates in the near term and beyond; (16) the effect of changes in tax (including U.S. tax reform enacted on December 22, 2017, which is commonly referred to as the Tax Cuts and Jobs Act of 2017), environmental, regulatory (including among other things import / export) and other laws and regulations in the U.S. and other countries in which United Technologies and Rockwell Collins operate; (17) the ability of United Technologies and Rockwell Collins to receive the required regulatory approvals (and the risk that such approvals may result in the imposition of conditions that could adversely affect the combined company or the expected benefits of the merger) and to satisfy the other conditions to the closing of the pending acquisition on a timely basis or at all; (18) the occurrence of events that may give rise to a right of one or both of United Technologies or Rockwell Collins to terminate the merger agreement, including in circumstances that might require Rockwell Collins to pay a termination fee of $ 695 million to United Technologies or $ 50 million of expense reimbursement; (19) negative effects of the announcement or the completion of the merger on the market price of United Technologies» and / or Rockwell Collins» common stock and / or on their respective financial performance; (20) risks related to Rockwell Collins and United Technologies being restricted in their operation of their businesses while the merger agreement is in effect; (21) risks relating to the value of the United Technologies» shares to be issued in connection with the pending Rockwell acquisition, significant merger costs and / or unknown liabilities; (22) risks associated with third party contracts containing consent and / or other provisions that may be triggered by the Rockwell merger agreement; (23) risks associated with merger - related litigation or appraisal proceedings; and (24) the ability of United Technologies and Rockwell Collins, or the combined company, to retain and hire key personnel.

Recognized as a standard of excellence in health care packaging, this advanced material is used in virtually every form of sterile medical packaging, as well as a wide variety of pharmaceutical packaging applications.

An international chemical and advanced materials company, Solvay assists its customers in innovating, developing and delivering high - value, sustainable products and solutions which consume less energy and reduce CO2 emissions, optimize the use of resources and improve the quality of life.

Except as expressly authorized in advance by MomLifeTV, you agree not to copy, distribute, transmit, display, perform or create derivative works on the web site or any of the Materials, provided that, subject to your compliance with this Agreement, MomLifeTV grants you a limited, personal, revocable, non-transferable and non-sub-licensable license to (a) access the site and the Materials via the Internet solely for purposes of viewing such Materials and (b) to print out pages of this site for your personal, non-commercial use.

Permission to use, copy, and distribute materials delivered from this website is hereby granted under the following conditions: (1) The above copyright notice and this permission notice must appear in all copies; (2) Any use of the materials available from this website must be for informational purposes only and in no instance for commercial purposes; (3) No materials available from this website can be modified in any way; (4) No graphics available from this website can be used (including links from pages on other websites), copied, or distributed separate from the accompanying text; and (5) Email addresses may not be retrieved from this website in bulk for any reason or for commercial purposes without specific written permission in advance.

What does trouble me is BPI's use of a raw material which by its very nature is highly pathogenic, such that we all might be endangered in the case of human error (as when BPI's ammonia system stopped working for sixty seconds in 2009, leading to 26,000 + pounds of infected meat)(http://nyti.ms/56MIYK) or a new strain of E coli — not part of BPI's admirably advanced testing protocol — emerges (as one did in Germany last summer, killing 345 and sickening 3,700 +.)

Her seemingly cute report about the advances of disposables, without even a nod about several new alternative products, including biodegradable diapers, only encourages the excessive use of nonrenewable materials.

Using only the highest quality materials and with a choice of two coordinating advanced i - Size safety car seats, we offer you the ultimate and the most technologically advanced travel systems on the market.

The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of Advance Media New York.

In a new study, published today in the journal Advanced Functional Materials, researchers used a combination of 3D imaging and 3D printing techniques to create a custom silicone guide implanted with biochemical cues to help nerve regeneration.

Preliminary results were published in a study in the Journal of Materials Chemistry A, titled «Advanced oil sorbents using sequential infiltration synthesis.»

In 2010, while pursuing a doctorate in materials science and engineering at the University of Illinois at Urbana - Champaign, Russo wanted to give ordinary people access to advanced industrial materials, including the conductive inks used in 3 - D printing.

From the vantage point of developing predictive design and formation approaches for synthetic materials, the observations suggest how chemical energy stored across adjacent regions with unequal distributions of dissolved molecules can use processes derived from biology to drive structural reorganizations for advanced functions.

Not only did the material fold into multiple different shapes, but it could also snap between them hundreds of times with little sign of fatigue — a critical feature if the material is to be used in real - world applications, they report today in Science Advances.

Her team is studying how advanced anaerobic digestion can be used in conjunction with composting of solid materials to remove antibiotics and their breakdown products from manure.

In a paper published in the journal Materials and Design, engineers from FSU's High - Performance Materials Institute, in collaboration with scientists from Institut National des Sciences Appliquées in Lyon, France, detail the impressive properties and cost - effective manufacturing process of an advanced series of motion sensors made using buckypaper — razor thin, flexible sheets of pure, exceptionally durable carbon nanotubes.

In a paper published in Advanced Functional Materials, the research team reports on the new material's key properties, many of which can be finely tuned, and on the results of using the material in preclinical models of wound healing.

They demonstrated its the material's potential by using it to replicate the biological motion of the heart, and also developed a matching 3D computer model of it, as reported in Advanced Materials.

An international team led by researchers from the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) used advanced techniques in electron microscopy to show how the ratio of materials that make up a lithium - ion battery electrode affects its structure at the atomic level, and how the surface is very different from the rest of the material.

The first step in understanding a material's crystallographic structure is bombarding a sample of the material with electrons, photons or other subatomic particles, using technology such as the Spallation Neutron Source at ORNL or the Advanced Photon Source at Argonne National Laboratory.

Andrews says the team's research marks an important turning point in the field because it represents a significant advance toward solving the cathode problem while also highlighting the inherent advantages of using much more imaginative, metastable materials like this new form of vanadium pentoxide.

ORNL's bioreactor features elegance through a permeable nanoporous membrane and serpentine design fabricated using a combination of electron beam and photolithography and advanced material deposition processes.

For this research, the team used the Center for Nanoscale Materials as well as beamline 12 - ID - C of the Advanced Photon Source, both DOE Office of Science User Facilities.

The researchers shined a very powerful X-ray beam — using a particle accelerator at the Advanced Light Source at Lawrence Berkeley National Laboratory — onto the surface of the material then monitored the electrons as they were knocked out of the interior.

«Based on the overview of the fabrication, properties and possible applications of CNT - based TCFs, it can be concluded that current CNT - based TCFs still do not meet the demands of performance / cost for industrial use,» write the researchers in their review published in the journal Science and Technology of Advanced Materials.

Hard, complex materials with many components are used to fabricate some of today's most advanced technology tools.

Advances at Oregon State University in manufacturing technology for «quantum dots» may soon lead to a new generation of LED lighting that produces a more user - friendly white light, while using less toxic materials and low - cost manufacturing processes that take advantage of simple microwave heating.

He is the Abraham Harris Professor of Materials Science and Engineering in McCormick and the founding director of the NUANCE center, which houses the advanced patterning, lithography and characterization used in the DNA - programmed structures.

«We have presented a remarkably simple route to 3D that starts with planar precursor structures formed in nearly any type of material, including the most advanced ones used in photonics and electronics.

A research team led by Shunsuke Yoshizawa, ICYS researcher, NIMS, Takashi Uchihashi, leader of the Surface Quantum Phase Materials Group, MANA, NIMS, Emi Minamitani, assistant professor, School of Engineering, University of Tokyo, Toshihiko Yokoyama, professor, IMS, NINS, and Kazuyuki Sakamoto, professor, Graduate School of Advanced Integration Science, Chiba University, succeeded in precisely controlling the transition temperature of atomic - scale - thick superconductors using magnetic organic molecules.

In a publication presented in RSC Advances, researchers from the division of Nanotechnology and Functional Materials at Uppsala University in collaboration with researchers from Stockholm University for the first time show that it is possible to tailor the pore structure of a mesoporous material, Upsalite ®, without using organic templates or swelling agents, and instead by merely controlling the energy input in the production process.

In a paper published this week in Advanced Materials, corresponding author Orlin Velev and colleagues show that, in a water medium, liquid silicone rubber can be used to form bridges between tiny silicone rubber beads to link them together — much as a small amount of water can shape sand particles into sandcastles.

Using premier beams of ultraviolet light at the ALS, a DOE national user facility for synchrotron radiation, the collaboration has reported the first demonstration of high - temperature superconductivity in the surface of a topological insulator — a unique class of advanced materials that are electrically insulating on the inside but conducting on the surface.

The innovative nanotechnology uses non-biodegradable plastic grocery bags to make «carbon nanotube membranes» — highly sophisticated and expensive materials with a variety of potential advanced applications including filtration, sensing, energy storage and a range of biomedical innovations.

Dr. Lackner's research involves looking for ways of removing CO2 using advanced materials that may prove more effective in the long run but are not yet ready for commercial application.

This advance could transform the industry by significantly increasing battery speed and capacity and allowing the use of new and higher energy materials.

Several years ago we pointed to work from the collaboration of two Foresight Feynman Prize winners (Chad A. Mirkin, 2002, Experimental and George C. Schatz, 2008, Theoretical) that advanced the concept of using DNA to link together nanoparticles in specific 3D configurations: «Using DNA as bonds to build new materials from nanoparticleusing DNA to link together nanoparticles in specific 3D configurations: «Using DNA as bonds to build new materials from nanoparticleUsing DNA as bonds to build new materials from nanoparticles ``.

Using advanced computational methods, UW — Madison materials scientists have discovered new materials that could bring widespread commercial use of solid oxide fuel cells closer to reality.

Finally, we are in the midst of developing real - time, reagentless phosphorus sensors using advanced materials that could end up being major game changers for people who need to monitor phosphorus in water bodies around the world.»

The mission of the Wyss Institute is to discover the engineering principles that Nature uses to build living things; to pursue the high - risk research that is fundamental to advance this effort; and to harness these insights to create biologically inspired materials and devices to advance human health and improve the environment — thereby revolutionizing clinical medicine and creating a more sustainable world.

The mission of the Wyss Institute is to discover the engineering principles that Nature uses to build living things; to pursue the high - risk research that is fundamental to advance this effort; and to harness these insights to create biologically - inspired materials and devices to advance human health and improve the environment — thereby revolutionizing clinical medicine and creating a more sustainable world.

Since the Band 10 specifications couldn't be satisfied by the existing superconducting material used for the other frequency bands, a new superconducting material was developed by the development team at the NAOJ Advanced Technology Center to realize the state - of - the - art ALMA receiver.

In the present review, we summarize recent advances in the use of engineered repeat proteins in the self - assembly of novel materials, nanostructures and biosensors.

Dr. Ingber is recognized as a pioneer of the emerging field of biologically inspired engineering, and oversees efforts at the Wyss Institute that strive to identify the mechanisms that living organisms use to self - assemble, and to apply these principles to develop advanced materials and devices for healthcare and the environment.