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Microcantilever sensors loaded with sensing nanomaterial for on - site detection and monitoring of t
所属机构名称:中国科学院上海微系统与信息技术研究所
会议名称:ECS Meeting
时间:2013
成果类型:会议
相关项目:微纳流控系统跨尺度兼容一体化集成制造基础研究
作者:
xinxin li|xinxin li|
同会议论文项目
微纳流控系统跨尺度兼容一体化集成制造基础研究
期刊论文 110
会议论文 41
同项目会议论文
op-down batch-fabricating bottom-up self-assembles for region-selective multi-functionalization of m
op-down batch-fabricating bottom-up self-assembles for region-selective multi-functionalization of m
FUNCTIONALIZED MESOPOROUS THIN-FILM DIRECTLY SELF-ASSEMBLED ON RESONANT-CANTILEVERS FOR BATCH-PRODUC
Functionalized gold-nanoparticles directly grown on graphene-oxide sheets to form porous-stacked sen
Functionalized gold-nanoparticles directly grown on graphene-oxide sheets to form porous-stacked sen
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Magneto-elastic resonating ‘μ-diver’ microfluidic-system for wireless bio
Magneto-elastic resonating ‘μ-diver’ microfluidic-system for wireless bio
Permeable-membrane separating detection of vaporized liquid with nanoparticle-functionalized resonan
Permeable-membrane separating detection of vaporized liquid with nanoparticle-functionalized resonan
HYDROGEN-BOND-BASED LATERAL INTER-MOLECULAR EFFECT ON SURFACE-STRESS GENERATION FOR CANTILEVER SENSO
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
A HIGH-Q BULK-RESONATOR EQUIPPED WITH ULTRA-SENSITIVE MESOPOROUS NANO-MATERIAL FOR DETECTION OF TRAC
A HIGH-Q BULK-RESONATOR EQUIPPED WITH ULTRA-SENSITIVE MESOPOROUS NANO-MATERIAL FOR DETECTION OF TRAC
Resonant cantilevers with nanoparticles-spaced functional graphene-oxide sheets for high-performance
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
A HIGH-Q BULK-RESONATOR EQUIPPED WITH ULTRA-SENSITIVE MESOPOROUS NANO-MATERIAL FOR DETECTION OF TRAC
A HIGH-Q BULK-RESONATOR EQUIPPED WITH ULTRA-SENSITIVE MESOPOROUS NANO-MATERIAL FOR DETECTION OF TRAC
Magneto-elastic resonating ‘μ-diver’ microfluidic-system for wireless bio
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op-down batch-fabricating bottom-up self-assembles for region-selective multi-functionalization of m
op-down batch-fabricating bottom-up self-assembles for region-selective multi-functionalization of m
Permeable-membrane separating detection of vaporized liquid with nanoparticle-functionalized resonan
Permeable-membrane separating detection of vaporized liquid with nanoparticle-functionalized resonan
Resonant cantilevers with nanoparticles-spaced functional graphene-oxide sheets for high-performance
Resonant cantilevers with nanoparticles-spaced functional graphene-oxide sheets for high-performance
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Functionalized gold-nanoparticles directly grown on graphene-oxide sheets to form porous-stacked sen
Functionalized gold-nanoparticles directly grown on graphene-oxide sheets to form porous-stacked sen
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Gene Direct Identification by Site-specific Enzyme Cutting Double-strand DNA on a Resonant-Cantileve
Full Model of Magnetoelastic (ME) Micro-Resonator System for Ultrasensitive Mass Sensing Application
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Resonant cantilevers with nanoparticles-spaced functional graphene-oxide sheets for high-performance
Microcantilever sensors loaded with sensing nanomaterial for on - site detection and monitoring of t
A SHIELDED CANTILEVER-TIP MICROWAVE PROBE FOR MICRO/NANO SURFACE IMAGING OF CONDUCTIVE PROPERTIES