Sentences with phrase «application of materials such»

Her aesthetic influences are culled from traditional African and Caribbean visual art and culture; her meticulous fashioning and application of materials such as raffia, beads, and porcelain to her pieces alludes to women's labor and its past and present importance in global trade.

Not exact matches

A bit of bonus material doesn't hurt, either: Chris Lynch, the director of recruitment and admissions at Alberta Business School, says he welcomes applications with additional material appended, such as a video that highlights the applicant's background in a fun and creative way.

The Secretary shall award a priority review voucher to the sponsor of a material threat medical countermeasure application upon approval by the Secretary of such material threat medical countermeasure application.

The sponsor of a material threat medical countermeasure application that receives a priority review voucher under this section may transfer (including by sale) the entitlement to such voucher to a sponsor of a human drug for which an application under section 505 (b)(1) or section 351 (a) of the Public Health Service Act will be submitted after the date of the approval of the material threat medical countermeasure application.

DPS Innovations, Shanghai Jion Point Information Technology, ST, Thinkgo Technology, Visualnet and Voyanic showcased a range of new active and intelligent label and packaging applications such RFID / NFC labels, nano materials and specialist inks.

BOBST opens the way to an infinite number of flexible material packaging applications, serving end - user industries such as:

I / we agree that if any material change (s) occur (s) in my / our financial condition that I / we will immediately notify BSHFC of said change (s) and unless Baby Safe Homes Franchise Corporation is so notified it may continue to rely upon the application and financial statement and the representations made herein as a true and accurate statement of my / our financial condition.nI / we authorize Baby Safe Homes Franchise Corporation to make whatever credit inquiries / background checks it deems necessary in connection with this application and financial statement.nI / we authorize and instruct any person or consumer reporting agency to furnish to BSHFC any information that it may have to obtain in response to such credit inquiries.nIn consideration of the ongoing association between Baby Safe Homes and the undersigned applicant (hereinafter u201cApplicantu201d), the parties hereto have entered into this Non-Disclosure and Non-Competition Agreement.nWHEREAS, in the course of its business operations, Baby Safe Homes provides its customers products and services which, by nature of the business, include trade secrets, confidential and proprietary information, and other matters deemed material or important enough to warrant protection; and WHEREAS, Applicant, by reason of his / her interest in Baby Safe Homes and in the course of his / her duties, has access to said secrets and confidential information; and WHEREAS, Baby Safe Homes has trade secrets and other confidential and proprietary information, including procedures, customer lists, and particular desires or needs of such customers to which Applicant has access in the course of his / her duties as an Applicant.nNow, therefore, in consideration of the premises contained herein, the parties agree as follows Applicant shall not, either during the time of his / her franchise evaluation with Baby Safe Homes or at any time thereafter either directly or indirectly, communicate, disclose, reveal, or otherwise use for his / her own benefit or the benefit of any other person or entity, any trade secrets or other confidential or proprietary information obtained by Employee by virtue of his / her employment with Baby Safe Homes, in any manner whatsoever, any such information of any kind, nature, or description concerning any matters affecting or relating to the Baby Safe Homes business, or in the business of any of its customers or prospective customers, except as required in the course of his / her employment by Baby Safe Homes or except as expressly authorized Baby Safe Homes Franchise Corporation, in writing.nDuring any period of evaluation with Baby Safe Homes, and for two (2) years thereafter, Applicant shall not, directly or indirectly, induce or influence, divert or take away, or attempt to divert or take away and, during the stated period following termination of employment, call upon or solicit, or attempt to call upon or solicit, any of the customers or patrons Baby Safe Homes including, but not limited to, those upon whom he / she was directly involved, or called upon, or catered to, or with whom became acquainted while engaged in the franchise evaluation process of a Baby Safe Homes franchise business.

In subsequent decades, GE and other labs around the world developed additional techniques for creating synthetic diamonds, most of which have industrial applications such as drilling or grinding, for which the material is extremely well - suited.

4.2.6 Supply a Patent Applicant with copies (in print or electronic format) of individual articles of the Licensed Materials and to store print copies of such articles for the Licensee's internal use, solely in connection with the patent application process provided each article or excerpt from the Licensed Materials contains a credit line noting the original appearance of the article in its appropriate journal; provided any portion of the Licensed Materials used for these purposes looks identical to the original material; and provided such use does not present any material from the Licensed Materials in any manner that implies that Publisher endorses Licensee or any of the Licensee's products or services;

«It is not often that you get such a range of applications from such a subtle effect,» says Jacob Klein, a materials scientist at the Weizmann Institute of Science in Rehovot, Israel.

4.2.5 Submit articles and excerpts from the Licensed Materials to regulatory agencies in connection with applications for drug and product approval provided that such uses do not amount to commercial redistribution for direct profit; provided each article or excerpt from the Licensed Materials contains a credit line noting the original appearance of the article in its appropriate journal; provided any portion of the Licensed Materials used for these purposes looks identical to the original material; and provided such use does not present any material from the Licensed Materials in any manner that implies that Publisher endorses Licensee or any of the Licensee's products or services;

Students learn their application when analyzing samples for dyes, such as those occurring on textile fibers; when analyzing samples for the presence of materials such as petrol which may have been used to start fires; or when testing for the presence of illicit drugs in a variety of sample types.

The new material, described online 25 April in Science by synthetic chemist Andreas Lendlein of mnemoScience GmbH in Aachen, Germany, and biomedical engineer Robert Langer of the Massachusetts Institute of Technology, is composed of two polymers, each already used separately in clinical applications such as drug delivery.

Silica is the building block of semiconductors, so electronics are a natural application for such material.

Such new technology will enable advances in battery materials science, flexible battery charging rates, thermal and electrical engineering of new battery materials / technology and it has the potential to help the design of energy storage systems for high performance applications such as motor racing and grid balancSuch new technology will enable advances in battery materials science, flexible battery charging rates, thermal and electrical engineering of new battery materials / technology and it has the potential to help the design of energy storage systems for high performance applications such as motor racing and grid balancsuch as motor racing and grid balancing.

The discovery, to be published April 26 in the journal Nature, could have major implications for a wide range of applications that rely upon ferromagnetic materials, such as nanoscale memory, spintronic devices, and magnetic sensors.

and hence the illustration of the nature of the scientific hearings of the accessions to knowledge which his expedition has produced are drawn from these materials; but, as other branches of the information embraced in his observations are unfolded, other theoretical applications will appear for the advancement of philosophy and such of the geographical sciences as meteorology and terrestrial magnetism, concerning which the observations made in the South Polar regions tend in some respects to deliver the deciding stroke in the elaboration.

«Converting waste heat into electric power, for example, using vehicle exhaust, is a near - term «green» application of such materials.»

Such a concept — of a precise control of phase transformations with an atomic spatial precision — should be, in principle, applicable not only to SrNbO3.4 / SrNbO3 but also to other materials, finding applications in material processing and nanodevice fabrication.

Co-author and BC Professor Krzysztof Kempa added that the 3D NEC materials may enable new research into terahertz optics and unique applications in areas such as metamaterials, pushing beyond the scope of two - dimensional systems that display NEC.

Now, for the first time, such Weyl particles has been found in a special kind of material, which is particularly interesting for novel technological applications: scientists have measured Weyl fermions in a material with highly correlated electrons.

«Studying the formation and evolution of jets in metals and, more generally, how materials at extreme conditions respond using X-ray phase contrast imaging is relevant to such things as meteorite impacts, the performance of explosives and detonators, understanding crack nucleation and propagation in materials, and the development of new materials with tailored properties whose applications include automotive and airplane components, lighter and more impact - resistant armor, and debris shields in space, to name a few.»

«Ultimately, we are trying to develop new surface chemistry that allows us to build higher ordered architectures on surfaces, and these might lead into applications such as building electronic devices, data storage devices or logic gates out of carbon materials.»

But manufacturers of high - energy applications such as electric cars and power storage systems seek for new electrode materials and electrolytes.

Dr Wenxin Wang is trying to uncover therapies for diseases such as diabetic ulcers and Epidermolysis Bullosa, which causes chronic skin conditions: «We are currently investigating the use of these new materials for biomedical applications such as drug / gene delivery, cross linkable hydrogel materials and skin adhesives.

MOFs are three - dimensional, coordination networks comprising metal ions and organic molecules and usually are crystalline, porous materials with many applications including storage of gases such as hydrogen and carbon dioxide.

Researchers are now covering a wide range of applications with a new modular system: From sonar systems to medical ultrasound technologies and all the way to the high frequency range — such as for materials testing.

«And the materials retain the low density of the pure semicrystalline polymerso that we can keep the weight of a structural component low, a property that is critical to applications such as cars and planes, where weight is a critical consideration.

«This characteristic makes gold nanorods attractive for use in catalysis, security materials and a range of biomedical applications, such as diagnostics, imaging, and cancer therapy,» says Joe Tracy, a materials science and engineering researcher at NC State who is senior author of a recent paper on the improved technique.

Capture of all the transmitted electrons allows quantitative measurement of materials properties, such as internal electric and magnetic fields, which are important for use of the materials in memory and electronics applications.

This totally unexpected result means that the material becomes more ionic upon application of the external field, a behavior in contrast to other ionic materials such as LiBH4 or NaBH4.

Moreover, with the advent of robots in areas such as health care and retail, in addition to manufacturing, future applications for sensitive elastic conductive material that can withstand high strain from stretching are likely to increase at a fever pitch.

«Another, unexpected bonus of this electrolyte's high energy density is it could potentially expand the use of flow batteries into mobile applications such as powering trains and cars,» said the study's corresponding author, Wei Wang, a materials scientist at DOE's Pacific Northwest National Laboratory.

Their work also could serve as a basis for important practical applications, such as the creation of DNA or RNA - like polymers that could spawn production of advanced materials and therapeutic agents.

One field of application for biological resources is materials — such as natural fiber reinforced plastics (NFRP).

Dubbed as the material of the future, graphene exhibits unique electronic properties that can potentially be employed for a wide range of applications such as touch screens, conductive inks and fast - charging batteries.

«This work provides a fundamental understanding of an exciting class of materials with numerous potential applications in technologies such as ion batteries, catalysis, and superconductors,» lead author Hidetaka Kasai says.

For such applications it is important to be able to tailor the pore structure of the material and until now this has been achieved by using organic template molecules or swelling agents that need to be removed at high temperatures before the material can be used.

Researchers have now demonstrated the ability to create amorphous metal, or metallic glass, alloys using three - dimensional (3 - D) printing technology, opening the door to a variety of applications — such as more efficient electric motors, better wear - resistant materials, higher strength materials, and lighter weight structures.

This latest experimental evidence could elevate the material's use as a test subject for next - gen applications, such as a new breed of electronic devices that manipulate its spin property to carry and store data more efficiently than present - day devices.

Such materials are developed for applications including delivery of medicines and vaccines, regeneration of bone tissue, chromatography, catalysis as well as for moisture adsorption and gas separation.

Strontium cobaltites are just one example of a class of materials known as transition metal oxides, which is considered promising for a variety of applications including electrodes in fuel cells, membranes that allow oxygen to pass through for gas separation, and electronic devices such as memristors — a form of nonvolatile, ultrafast, and energy - efficient memory device.

A new way to assemble individual molecules could revolutionize the creation of novel materials with numerous potential applications, including emerging technologies such as flexible TVs.

Despite having electronic properties superior to other 2D materials such as graphene (2D carbon) and silicene (2D silicon), phosphorene's potential for application in high - performance devices has been limited by how difficult it is to reliably produce commercially viable quantities of it in large, thin, high - quality nanosheet form.

Such materials are of great interest for applications in renewable energy production and high - performance computers.

«This «responsive porous host» approach is expected to be applicable to different stimuli, such as photo - irradiation, heat application and pH change, and open the path for devising a generic strategy for the development of stimuli - responsive materials in a controllable and predictable fashion,» said Dr. Hirotoshi Sakamoto, a group leader of the JST - ERATO project.

Because of the knowledge gap to date, the use of recycled aggregates in the U.S. has been limited mostly to non-structural applications such as sidewalks and roadways, even though the quality of the material is generally significantly higher than is required in these applications.

Recent investigations by physicists at the University of Maryland indicate that grapheneâ $» one - atom - thick sheets of carbonâ $» could one day supplant silicon as the material of choice for important applications such as high - speed computer chips and biochemical sensors.

Understanding these effects quantitatively is important in order to develop this promising family of materials for potential applications including new types of low - energy computer memory and processing devices, electrically based refrigeration, and electro - catalytic energy - conversion devices such as fuel cells.

Sometimes things that are technically defects, such as imperfections in a material's crystal lattice, can actually produce changes in properties that open up new kinds of useful applications.