Supporting Information High-performance transparent and
... conductive electrodes22,23,24,25,26,27,28,29. Thus, these earlier studies have demonstrated that carbon nanomaterials are promising for the development of transparent and stretchable power-integrated optoelectronic devices, including transparent and stretchable supercapacitors. However, no such a su ...
... conductive electrodes22,23,24,25,26,27,28,29. Thus, these earlier studies have demonstrated that carbon nanomaterials are promising for the development of transparent and stretchable power-integrated optoelectronic devices, including transparent and stretchable supercapacitors. However, no such a su ...
Self-Assembled Templates for Polypeptide Synthesis
... assembled under the aforementioned conditions to give micronlength fibers (SAFEs) as revealed by transmission electron microscopy (TEM) (Figure 2b). Morphologically, the SAFEs were different from the standard SAFs: they were thinner and tended to wrap one around another, which, in some cases, led to ...
... assembled under the aforementioned conditions to give micronlength fibers (SAFEs) as revealed by transmission electron microscopy (TEM) (Figure 2b). Morphologically, the SAFEs were different from the standard SAFs: they were thinner and tended to wrap one around another, which, in some cases, led to ...
Subwavelength and Nanometer Diameter Optical
... wavelength of the guided light [10], which renewed research interests in optical MNFs as potential building blocks for applications in high density and miniaturized PICs [11-22]. In particular, polymers have been widely regarded as useful materials for manipulating light in optical waveguide applica ...
... wavelength of the guided light [10], which renewed research interests in optical MNFs as potential building blocks for applications in high density and miniaturized PICs [11-22]. In particular, polymers have been widely regarded as useful materials for manipulating light in optical waveguide applica ...
Review Paper on Characterization of Chitin and
... showed the first peak in the range of 50–1100C, and is attributed to water evaporation. The second occurs in the range of 300–4000C which attributed to the degradation of the saccharide structure of the molecule, including the dehydration of saccharide rings. In chitosan three peaks occurred in whic ...
... showed the first peak in the range of 50–1100C, and is attributed to water evaporation. The second occurs in the range of 300–4000C which attributed to the degradation of the saccharide structure of the molecule, including the dehydration of saccharide rings. In chitosan three peaks occurred in whic ...
ABSTRACT Sinter-hardening is a process in which the martensitic
... minutes at 180°C. It is worth noting that on average, raising the sintering temperature from 1120 to 1205°C favours the production of martensite to the detriment of bainite and pearlite but does not influence the amount of retained austenite in the specimens. The amount of bainite and pearlite is ma ...
... minutes at 180°C. It is worth noting that on average, raising the sintering temperature from 1120 to 1205°C favours the production of martensite to the detriment of bainite and pearlite but does not influence the amount of retained austenite in the specimens. The amount of bainite and pearlite is ma ...
refurbishment structural strengthening with sika
... reinforced concrete arch bridge when originally built in 1910. Today it is recognized as one of the 100 most significant concrete structures in the world. It has continued its history of innovation, by using Sika CarboShear technology for structural strengthening works that were required in 2010. Si ...
... reinforced concrete arch bridge when originally built in 1910. Today it is recognized as one of the 100 most significant concrete structures in the world. It has continued its history of innovation, by using Sika CarboShear technology for structural strengthening works that were required in 2010. Si ...
Olle Inganäs: Polymers – structure and dynamics Polymer physics
... aligned in parallel for short distances, but then switch directions to once more go back in the lamellae(Fig) . Chain imperfections – such as ends, chemical defects – accumulate outside the polymer crystal, and form part of the amorphous disorded phase that is (almost) invariably found close to the ...
... aligned in parallel for short distances, but then switch directions to once more go back in the lamellae(Fig) . Chain imperfections – such as ends, chemical defects – accumulate outside the polymer crystal, and form part of the amorphous disorded phase that is (almost) invariably found close to the ...
Reducing embodied carbon in buildings
... As we build increasingly energy efficient buildings that use less and less energy to run and rely increasingly on locally-generated low or zero carbon heat and power sources, the proportion of the building’s lifecycle carbon that comes from the embodied carbon becomes more significant. In contrast t ...
... As we build increasingly energy efficient buildings that use less and less energy to run and rely increasingly on locally-generated low or zero carbon heat and power sources, the proportion of the building’s lifecycle carbon that comes from the embodied carbon becomes more significant. In contrast t ...
the super-skinny material that could transform electronics
... electronics. Thanks to research at the University of Manchester, supported by EPSRC, this novel material could allow electronics devices to be built on a scale a thousand times smaller than siliconbased devices. Stripped and super-skinny Geim’s team were hoping to make new materials that were as thi ...
... electronics. Thanks to research at the University of Manchester, supported by EPSRC, this novel material could allow electronics devices to be built on a scale a thousand times smaller than siliconbased devices. Stripped and super-skinny Geim’s team were hoping to make new materials that were as thi ...
CTI Probe Compatibility Matrix
... Given the virtually unlimited variables, comprehensive testing is neither practical nor possible, so in order to provide guidance to our customers on the compatibility of our probe products, C Technologies uses a component level compatibility approach. The various probe designs are typically assembl ...
... Given the virtually unlimited variables, comprehensive testing is neither practical nor possible, so in order to provide guidance to our customers on the compatibility of our probe products, C Technologies uses a component level compatibility approach. The various probe designs are typically assembl ...
MEMS Testbed for Accelerated Test and Properties Measurement
... – Developing templated and template-less SWNT assembly techniques. – Preparing silicon-based and polymer-based templates to develop transfer processes. – Fabricating Nantero-style switches and switches with a symmetrical two-state design. ...
... – Developing templated and template-less SWNT assembly techniques. – Preparing silicon-based and polymer-based templates to develop transfer processes. – Fabricating Nantero-style switches and switches with a symmetrical two-state design. ...
1550/1590 nm Filter Wavelength Division Multiplexers
... loss, low temperature dependent loss, and low polarization ...
... loss, low temperature dependent loss, and low polarization ...
IPCG International Polymer Colloids Group Conf 2011-NA
... Soft-Soft Nanocomposites: A Principle for Enhancing the Performance of Rubbery Films Produced from WaterBorne Polymers: Dr. Peter Lovell Secondary Nucleation with HEMA: Dr. Mark Soucek Strategies for Miniemulsification: High Solids, Hybrids and Continuous Processes: Dr. Timothy McKenna From Particle ...
... Soft-Soft Nanocomposites: A Principle for Enhancing the Performance of Rubbery Films Produced from WaterBorne Polymers: Dr. Peter Lovell Secondary Nucleation with HEMA: Dr. Mark Soucek Strategies for Miniemulsification: High Solids, Hybrids and Continuous Processes: Dr. Timothy McKenna From Particle ...
Pressemitteilung
... the neoLASE GmbH were significantly involved. The laser head used in the measuring equipment was developed and built by Laser Zentrum Hannover and fitted with assembled special cables from Leoni’s Business Unit Fiber Optics. The two LIGO observatories (Laser Interferometer Gravitation Wave Observato ...
... the neoLASE GmbH were significantly involved. The laser head used in the measuring equipment was developed and built by Laser Zentrum Hannover and fitted with assembled special cables from Leoni’s Business Unit Fiber Optics. The two LIGO observatories (Laser Interferometer Gravitation Wave Observato ...
FCA173018T
... Polymer Concrete - 87 MPa FRP - 134 MPa Per ASTM D695 Flexural Strength Polymer Concrete - 20 MPa FRP - 116 MPa Per ASTM D790 Coefficient of Friction (Dry) ...
... Polymer Concrete - 87 MPa FRP - 134 MPa Per ASTM D695 Flexural Strength Polymer Concrete - 20 MPa FRP - 116 MPa Per ASTM D790 Coefficient of Friction (Dry) ...
N04-262 TITLE: Automated Nondestructive Evaluation (NDE
... OBJECTIVE: Develop new innovative technologies or processes that would substantially reduce the inspection time to detect foreign materials and contaminants in thick manual lay-ups for composite components. DESCRIPTION: The cost associated with scrap/rework of composite components having foreign inc ...
... OBJECTIVE: Develop new innovative technologies or processes that would substantially reduce the inspection time to detect foreign materials and contaminants in thick manual lay-ups for composite components. DESCRIPTION: The cost associated with scrap/rework of composite components having foreign inc ...
Building Blocks in Energy Conversion Devices
... Decreasing the amount of precious metal in the electrode catalysts is a major challenge in the development of fuel cells. Such a reduction in the amount of metal catalyst in most cases can be achieved by increasing the active area of platinum that is actually utilized on an electrode surface. One wa ...
... Decreasing the amount of precious metal in the electrode catalysts is a major challenge in the development of fuel cells. Such a reduction in the amount of metal catalyst in most cases can be achieved by increasing the active area of platinum that is actually utilized on an electrode surface. One wa ...
IBM_PhysSciSeminar introduction
... Over the past several decades, particle physics has assembled a Standard Model that seems to fit all known observations. I will describe how we got that model, why we think it is fatally flawed, and the new accelerators and experiments that will lead us to a new paradigm. Date: Friday, October 12 Ti ...
... Over the past several decades, particle physics has assembled a Standard Model that seems to fit all known observations. I will describe how we got that model, why we think it is fatally flawed, and the new accelerators and experiments that will lead us to a new paradigm. Date: Friday, October 12 Ti ...
Broadband Passive Optical Networking (BPON)
... customers is about the size of a pack of chewing gum, uses no electronics and requires no power source. These characteristics make PON significantly less expensive to deploy and operate. Wavelength Division Multiplexing (WDM) WDM divides light signals into different colors (wavelengths). Each color ...
... customers is about the size of a pack of chewing gum, uses no electronics and requires no power source. These characteristics make PON significantly less expensive to deploy and operate. Wavelength Division Multiplexing (WDM) WDM divides light signals into different colors (wavelengths). Each color ...
Introduction to Engineering
... Composite materials are made by mixing two or more distinct materials, having a macroscopically recognizable interface ...
... Composite materials are made by mixing two or more distinct materials, having a macroscopically recognizable interface ...
Application of Flexible Matrix Composites to Lower Leg Amputee Prosthetics
... Advisors: Dr. Michael Madigan, Dr. Michael Philen The goal of this senior design project is to improve prosthetic comfort and fit by applying a structure of flexible matrix composites to the socket of prosthetic legs. Our hope is that these tubes may be assembled into a liner for prosthetics to acco ...
... Advisors: Dr. Michael Madigan, Dr. Michael Philen The goal of this senior design project is to improve prosthetic comfort and fit by applying a structure of flexible matrix composites to the socket of prosthetic legs. Our hope is that these tubes may be assembled into a liner for prosthetics to acco ...
The Chemistry of Carbon
... between carbon atoms. Carbon atoms have four valence electrons, allowing them to form strong covalent bonds with many other elements, including hydrogen, oxygen, phosphorus, sulfur, and nitrogen. Living organisms are made up of molecules made of carbon and these other elements. One carbon atom can b ...
... between carbon atoms. Carbon atoms have four valence electrons, allowing them to form strong covalent bonds with many other elements, including hydrogen, oxygen, phosphorus, sulfur, and nitrogen. Living organisms are made up of molecules made of carbon and these other elements. One carbon atom can b ...
How do you tell the difference between Organic and Inorganic
... EXCEPTIONS TO THE RULE & CONFUSING BITS: So if it contains carbon, it may be classified as organic, but a few of things like CO2 that are essential to life processes and contain carbon are not classified as organic because “that’s the way we’ve always done it.” (sigh) We do however include deadly po ...
... EXCEPTIONS TO THE RULE & CONFUSING BITS: So if it contains carbon, it may be classified as organic, but a few of things like CO2 that are essential to life processes and contain carbon are not classified as organic because “that’s the way we’ve always done it.” (sigh) We do however include deadly po ...
2.3 Carbon Compounds arbon Compounds
... between carbon atoms. Carbon atoms have four valence electrons, allowing them to form strong covalent bonds with many other elements, including hydrogen, oxygen, phosphorus, sulfur, and nitrogen. Living organisms are made up of molecules made of carbon and these other elements. One carbon atom can b ...
... between carbon atoms. Carbon atoms have four valence electrons, allowing them to form strong covalent bonds with many other elements, including hydrogen, oxygen, phosphorus, sulfur, and nitrogen. Living organisms are made up of molecules made of carbon and these other elements. One carbon atom can b ...