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14篇 您的检索式:作者名="Onur MA"
    题名 作者 年代 出处 被引量
1Solvent-free fabrication of broadband WS2 photodetectors on paper显示文摘Paper-based devices have attracted extensive attention due to the growing demand for disposable flexible electronics.Herein,we integrate semiconducting devices on cellulose paper substrate through a simple abrasion technique that yields high-performance photodetectors.A solvent-free WS_(2) film deposited on paper favors an effective electron-hole separation and hampers recombination.The as-prepared paper-based WS2 photodetectors exhibit a sensitive photoresponse over a wide spectral range spanning from ultraviolet(365 nm)to near-infrared(940 nm).Their responsivity value reaches up to~270 mA W^(−1) at 35 V under a power density of 35 mW cm^(−2).A high performance photodetector was achieved by controlling the environmental exposure as the ambient oxygen molecules were found to decrease the photoresponse and stability of the WS_(2) photodetector.Furthermore,we have built a spectrometer using such a paperbased WS_(2) device as the photodetecting component to illustrate its potential application.The present work could promote the development of cost-effective disposable photodetection devices.Wenliang Zhang Onur Çakıroğlu Abdullah Al-Enizi Ayman Nafady Xuetao Gan Xiaohua Ma Sruthi Kuriakose Yong Xie Andres Castellanos-Gomez 2023Opto-Electronic Advances2023,6,3:2
2Effects of hydro-xyapatite-coated and commercially pure titaniumoral implant surfaces on compound nerve actionpotentials显示文摘Cehreli MC Onur MA Sahin S 2003Clin Oral Implants Res2003,14,3:1
3Effects ofmachined/tumed, Ti02-blasted and sandblasted/acid-etched titanium oral implant surfaces on nerve con-duction: a study on isolated rat sciatic nerves显示文摘Onur MA Cehreli MC Ta§ Z 2003JBiomed Mater Res Part B Appl Biomater2003,67,2:1
4Morphologic,functional and behavioral effects of titanium dioxideexposure on nerves显示文摘Onur MA Ta§ Z Giirpinar A 2004Clin Oral Implants Res2004,15,5:1
5Inhibition of compound action potentials following administration of dental self-etching primer/adhesives显示文摘Onur MA Cehreli ZC Tasman F 2005J Biomater Sci Polym Ed2005,16,4:1
6Inhibition of compound action potentials following administration of dental self-etching primer/adhesives 显示文摘Onur MA Cehreli ZC Tasman F 2005J Biomater Sci Polym Ed2005,16,4:1
7Influence of a self-etching primer on compound nerve action potentials显示文摘CEHRELI ZC TASMAN F ONUR MA 2004J Biomater Appl2004,18,3:1
8Neural response to sandblasted/acid-etched, TiO2- blasted, polished, and mechanoehemically polished/nanostructured titanium implant surfaces 显示文摘Onur MA Sezgin A Gurpinar A 2006Clin Oral ImplRes2006,17,:1
9Effects of Ma- chined/Turned, TiO2- Blasted and Sandblasted/Acid- Etched Titanium Oral Implant Surfaces on Nerve Conduc- tion : A Study on Isolated Rat Sciatic 显示文摘Onur MA Murat C C Zeynep T 2003Journal of Biomed- ical Materials Research Part B: Applied Biomaterials2003,67,2:1
10Morphologic, func- tional, and behavioral effects of titanium dioxide exposure on nerves 显示文摘Onur MA Tas Z Gurpinar A 2004Clinical Oral Implants Research2004,15,:1
11Effects of hydroxyapatite-coated and commercially pure titanium oral implant surfaces on compound nerve action potentials显示文摘Murat CC Ehreli MC Onur MA 2002Clin Oral Impl Res2002,14,:1
12Tramadol encapsulated into polyhydroxybutyrate microspheres:in vitro release and epidural analgesic effect in rats显示文摘Salman MA Sahin A Onur MA 2003Acta Anaesthesiol Scand2003,47,8:1
13Renal Leiomyoma: ultrasonography and computed tomography features with histopathologic correlation 显示文摘Onur MR Akin MA Onur AR 2013Eurasian J Med2013,45,5:1
14Laser trimming for lithography-free fabrications of MoS_(2)devices显示文摘Single-layer MoS_(2)produced by mechanical exfoliation is usually connected to thicker and multilayer regions.We show a facile laser trimming method to insulate single-layer MoS_(2)regions from thicker ones.We demonstrate,through electrical characterization,that the laser trimming method can be used to pattern single-layer MoS_(2)channels with regular geometry and electrically disconnected from the thicker areas.Scanning photocurrent microscope further confirms that in the as-deposited flake(connected to a multilayer area)most of the photocurrent is being generated in the thicker flake region.After laser trimming,scanning photocurrent microscopy shows how only the single-layer MoS_(2)region contributes to the photocurrent generation.The presented method is a direct-write and lithography-free(no need of resist or wet chemicals)alternative to reactive ion etching process to pattern the flakes that can be easily adopted by many research groups fabricating devices with MoS_(2) and similar twodimensional materials.Yong Xie OnurÇakıroğlu Wenshuai Hu Kexin He Sergio Puebla Thomas Pucher Qinghua Zhao Xiaohua Ma Carmen Munuera Andres Castellanos-Gomez 2023Nano Research2023,16,4:0
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