نتایج جستجو برای: sacrificial

تعداد نتایج: 2160  

2008
Claude Lucat Hélène Debéda Patrick Ginet

A new process derived from screenprinting technology and based on thick sacrificial layers has been developed in our laboratory for the fabrication of films partially released from the substrate. This simple, collective and low cost process has been used for the fabrication of sensors and actuators.

Journal: :Chemical communications 2011
Zhenyu Zhang Qipu Lin Shou-Tian Zheng Xianhui Bu Pingyun Feng

A tin(II) tungstosilicate derivative K(11)H[Sn(4)(SiW(9)O(34))(2)]·25H(2)O with four sandwiched Sn(2+) cations was prepared by reaction of SnCl(2), KCl and Na(10)[α-SiW(9)O(34)]·xH(2)O. Visible-light photocatalytic H(2) evolution activity was observed with Pt nanoparticles as co-catalyst and methanol as sacrificial agent.

Journal: :Advanced healthcare materials 2016
Jung Bok Lee Xintong Wang Shannon Faley Bradly Baer Daniel A Balikov Hak-Joon Sung Leon M Bellan

A 3D microvascularized gelatin hydrogel is produced using thermoresponsive sacrificial poly(N-isopropylacrylamide) microfibers. The capillary-like microvascular network allows constant perfusion of media throughout the thick hydrogel, and significantly improves the viability of human neonatal dermal fibroblasts encapsulated within the gel at a high density.

Journal: :Chemical communications 2011
Vanessa Prevot Claude Forano Aicha Khenifi Barbara Ballarin Erika Scavetta Christine Mousty

Colloidal crystals of polystyrene (PS) beads self-assembled on Pt electrode were used as a sacrificial template to electrosynthesis thin films of macroporous Layered Double Hydroxides (LDH). Such nanostructured materials display a high internal surface area and porosity leading to enhanced electrochemical performance.

Journal: :Dalton transactions 2015
Xu Zhou Fei Li Xiaona Li Hua Li Yong Wang Licheng Sun

Photocatalytic oxidation of organic compounds proceeded efficiently in a hybrid system with ruthenium aqua complexes as catalysts, BiVO4 as a light absorber, [Co(NH3)5Cl](2+) as a sacrificial electron acceptor and water as an oxygen source. The photogenerated holes in the semiconductor are used to oxidize molecular catalysts into the high-valent Ru(IV)=O intermediates for 2e(-) oxidation.

Journal: :Chemical communications 2014
Po Wu Jiarui Wang Jing Zhao Liejin Guo Frank E Osterloh

A high rate of 2.23 mmol h(-1) g(-1) (quantum efficiency of 6.67% at 400 nm) for visible light driven photocatalytic H2 evolution can be achieved with g-C3N4 by alkalization of the solution to a pH of 13.3, due to accelerated transfer of photoholes to the sacrificial donor.

Journal: :The New England journal of medicine 2000
D J Rothman

Rothman (April 27 issue) (1) contends that medical professionalism is losing the battle against capitalism. My colleagues and I at the American Academy of Ophthalmology agree that medicine should be practiced in the best interest of the patient, not of our pockets, but Rothman's sweeping accusations against medical specialties and the academy, which are offered as sacrificial lambs in his crusa...

Journal: :Chemical communications 2015
Hyehyun Kim Minhak Oh Dongwook Kim Jeongin Park Junmo Seong Sang Kyu Kwak Myoung Soo Lah

Single crystalline hollow metal-organic frameworks (MOFs) with cavity dimensions on the order of several micrometers and hundreds of micrometers were prepared using a metal-organic polyhedron single crystal as a sacrificial hard template. The hollow nature of the MOF crystal was confirmed by scanning electron microscopy of the crystal sliced using a focused ion beam.

Journal: :Chemical communications 2011
Fezile Lakadamyali Erwin Reisner

We report on a self-assembled system comprising of a molecular H(2) production cobalt catalyst attached on a ruthenium dye-sensitised TiO(2) nanoparticle. Visible light irradiation of the dispersed nanoparticles in the presence of the sacrificial electron donor triethanolamine produces H(2) photocatalytically in pH neutral water and at room temperature.

1999
James E. Brau Nikolai Sinev

The use of CCDs in future linear collider experiments will require immunity to large neutron fluences, in excess of /year. The effects on charge transfer efficiency of neutron induced bulk damage are presented along with a demonstration of a technique to fill the traps with sacrificial charge. Operation is then possible at fluences in excess of .

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