نتایج جستجو برای: modification devices

تعداد نتایج: 324804  

2011
Andrew Gastineau Arturo Schultz Steven Wojtkiewicz

This report shows that safe extension of the service life of existing bridge structures is possible through bridge health monitoring and structural response modification. To understand bridge health monitoring and structural response modification and control, it is necessary to examine: 1) common bridge vulnerabilities, 2) bridge loading models, 3) response modification devices, and 4) bridge m...

آقا جانی, محمد, جان بابایی, قاسم, حقدوست, علی اکبر, حقیقی, هاجر, دهنویه تیجنگ, فاطمه, دهنویه, رضا, رجبعلی پور, محمدرضا, رحیمی صادق, روحانه, عمادی, سمیرا, ماهر, علی, نوری حکمت, سمیه, هاشمی, حسن,

Background and Objectives: Iran is a large country that is often an importer of major medical equipment. There is no comprehensive databank of the status of the equipment in the country. The present study provides a clear description of the dispersal status of major medical equipment in the country in 2016 and the estimated number of required devices in 2026.   Methods: This study was conduct...

2008
Janice Lee Keith Bowman Ravi Pillarisetty

of the thesis The thesis describes the realization of high-performance silicon nanowire (Si NW) logic circuits and a novel surface modification technique for nanoscale electronics applications. First, doped Si NWs were generated via the superlattice nanowire pattern transfer (SNAP) process, forming aligned, uniform, ultra-dense NW arrays. The NWs served as the channel material for field-effect ...

Journal: :Nanotechnology, science and applications 2008
Jonathan G Heddle

There is a great deal of interest in the possibility that complex nanoscale devices can be designed and engineered. Such devices will lead to the development of new materials, electronics and smart drugs. Producing complex nanoscale devices, however will present many challenges and the components of such devices will require a number of special features. Devices will be engineered to incorporat...

Journal: :Nanoscale 2012
Zhen Li Ai Jun Du Qiao Sun Muhsen Aljada Zhong Hua Zhu Gao Qing Max Lu

Field-effect transistors (FETs) fabricated from undoped and Co(2+)-doped CdSe colloidal nanowires show typical n-channel transistor behaviour with gate effect. Exposed to microscope light, a 10 times current enhancement is observed in the doped nanowire-based devices due to the significant modification of the electronic structure of CdSe nanowires induced by Co(2+)-doping, which is revealed by ...

2012
Mrunal Aley

Many appliances, labial and lingual have emerged with different mechanics for simultaneous intrusion and retraction. Nowadays, the temporary anchorage devices are advocated as a method of augmenting anchorage. The present case utilizes the conventional technique of archwire modification according to Hocevar in Begg's technique for true incisor intrusion and simultaneous retraction. A non-numeri...

Journal: :Optics letters 2009
Marco Liscidini Matteo Galli Molu Shi Giacomo Dacarro Maddalena Patrini Daniele Bajoni J E Sipe

We observe a strong modification of the emission properties of a rhodamine monolayer bonded to the surface of a 1D Si(1-x)N(x):H PhC. The photoluminescence signal observed at 670 nm is enhanced by more than 1 order of magnitude at the angle where the emitters are evanescently coupled to a Bloch surface wave supported by the structure. These results may be important for the design of efficient l...

Journal: :Wounds : a compendium of clinical research and practice 2007
Bradley Easterlin William Bromberg Jack Linscott

Contaminated midline abdominal wounds are often left open and allowed to close via secondary intention to prevent surgical site infections. Negative pressure wound therapy (NPWT) devices have decreased time of healing by secondary intention when compared to the prior standard of moist dressings. The authors report a modification of NPWT that utilizes the unique characteristics of the negative ...

2007
Luca De Stefano Paolo Arcari Annalisa Lamberti Carmen Sanges Lucia Rotiroti Ilaria Rea Ivo Rendina

A photochemical functionalization process which passivates the porous silicon surface of optical biosensors has been optimized as a function of the thickness and the porosity of the devices. The surface modification has been characterized by contact angle measurements. Fluorescence measurements have been used to investigate the stability of the DNA single strands bound to the nanostructured mat...

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