Search Results 1-15 of 15

  • Single CO<sub>2</sub> molecule detection using graphene-based nanoscale sensor devices  [in Japanese]

    MIZUTA Hiroshi , SUN Jian , MURUGANATHAN Manoharan

    … molecules physisorbed onto graphene was investigated experimentally and theoretically with the goal of single molecular detection. … By employing a unique graphene nano-electro-mechanical (NEM) device architecture, the adsorption and desorption of individual CO<sub>2</sub> … Fast detection within only a few minutes was achieved by accelerating the molecular adsorption by applying an electric field from the substrate.</p> …

    Oyo Buturi 87(3), 193-197, 2018

    J-STAGE 

  • Development of Single-Molecule and Nanoparticle Electronics Devices  [in Japanese]

    野口 裕 , 山本 真人

    日本画像学会誌 = Journal of the Imaging Society of Japan 52(1), 43-50, 2013

  • Development of Single-Molecule and Nanoparticle Electronics Devices  [in Japanese]

    NOGUCHI Yutaka , YAMAMOTO Makoto

    … In single-molecular electronics, the charge transport properties of single-molecular junctions are utilized as an electronic device. … One of the simplest molecular devices may be a single-electron transistor (SET) in which the single-electron transport appeared in the molecular junctions is used. …

    NIHON GAZO GAKKAISHI (Journal of the Imaging Society of Japan) 52(1), 43-50, 2013

    J-STAGE 

  • MNM-1A-1 Study of Nanofluidic Device for Electrical Detection of a Single-Molecule  [in Japanese]

    FUCHIGAMI Yujiro , YAMAMOTO Takatoki

    … We are trying to realize electrical single-molecule detection in nanofluidic device that electrically identifies single biomolecules one by one, as our continuous effort to realize single molecular processing technology. … The physical size exclusion effect of the nanochannel serves as the underlying principle for the single-molecule detection. …

    The Proceedings of the Symposium on Micro-Nano Science and Technology 2010.2(0), 15-16, 2010

    J-STAGE 

  • Semi Empirical Approach to the Charge Transport Characteristics of Molecular Junctions

    PRIYA Aruna P. , KALA Preferencial C. , THIRUVADIGAL John D.

    … The idea of using molecules and molecular structures as functional electronic device, promises to substantially decrease the size and improve the performance of electronic devices. … In this paper, nonequilibrium Green's function formalism (NEGF) combined with extended Huckel theory (EHT), a semiempirical approach is used to study the electron transport phenomenon in single molecular junction systems. …

    IEICE Transactions on Electronics 92(12), 1460-1463, 2009-12-01

    J-STAGE  References (15)

  • Conformational analysis of receptor protein structure and its function  [in Japanese]

    TORIMITSU Keiichi , SHINOZAKI Youichi , KASAI Nahoko , SUMITOMO Koji

    … Ligand-based responses were analyzed in the single-molecular state. … The formation of a device using a receptor protein together with a nano gap electrode is one of our goals towards achieving a future nanobio-interface.</p> …

    Oyo Buturi 77(5), 530-533, 2008-05-10

    J-STAGE  References (16)

  • Fabrication of Molecular SET Device for Single Electron Computing System  [in Japanese]

    KUBOTA Tohru , NOGUCHI Yutaka , FERDINAND Peper

    Single electron tunneling (SET) Device have attracted great interests due to their potential application in nano-electronics devices and information/communication devices. … A typical configuration of this device is a small metal or semiconductor island, so-called Coulomb island. …

    IEICE technical report 106(252), 17-22, 2006-09-18

    References (11)

  • Fabrication of single-molecular device and conductive molecular nanowire  [in Japanese]

    KUBOTA Tohru , HASEGAWA Hiroyuki , MASHIKO Shinro

    Molecular nanotechnology may lead to a new way to realize electronics and many novel electronic devices using single and low-dimensional molecules. … In this report, we introduce research studies of single-electron tunneling (SET) devices that use monomolecules (0-dimensional material) as coulomb islands, and a research study of a 1-dimensional molecular conductive wire device. …

    Oyo Buturi 75(3), 327-331, 2006-03-10

    J-STAGE  References (18)

  • On the Electrode and Substrate Interface Effect in Organic Field Effect Transistor  [in Japanese]

    TSUKAGOSHI Kazuhito , AOYAGI Yoshinobu

    … Furthermore, another interface between the organic thin film and device substrate also drastically change the transistor characteristics. … Control of these interface transport phenomena would be key issues to realize and control future single molecular switching electronics. …

    Butsuri 60(3), 187-194, 2005-03-05

    References (22)

  • On the Electrode and Substrate Interface Effect in Organic Field Effect Transistor  [in Japanese]

    Tsukagoshi Kazuhito , Aoyagi Yoshinobu

    … Furthermore, another interface between the organic thin film and device substrate also drastically change the transistor characteristics. … Control of these interface transport phenomena would be key issues to realize and control future single molecular switching electronics. …

    Butsuri 60(3), 187-194, 2005

    J-STAGE 

  • MEMS and Bio Nanotechnology  [in Japanese]

    Fujita Hiroyuki

    … The following part deals with MEMS tools for nano science and a bio actuated MEMS device. … The device was applied to obtain nano tweezers that handle DNA molecules. … For bio assay of enzymes, MEMS chips with fL-chambers were fabricated in which the enzymatic product of F1-ATPase was evaluated in a single molecular level. … In addition, a conveyance device driven by bio motor molecules (microtubules and kinesin) was demonstrated. …

    IEEJ Transactions on Sensors and Micromachines 125(11), 437-443, 2005

    J-STAGE 

  • 1108 Angular Velocity Control of a Single Biomolecular Motor by Micro Fabricated Local Heating Device

    Arata Hideyuki , Noji H. , Takeuchi S. , Fujita H.

    … The method for rapid and reversible motion control of a single biomolecular motor is a key technology for future goal of integrating biomoletular motors with organic-inorganic hybrid nanosystems. … A device for controlling the temperature locally under the microscope with fast response, 71.5K/s and 56.9K/s for temperature rise and fall respectively, was manufactured. …

    The Proceedings of the Conference on Information, Intelligence and Precision Equipment : IIP 2005(0), 51-55, 2005

    J-STAGE 

  • Development of new quantum functional materials toward molecular nanotechnology  [in Japanese]

    TANAKA Kazuyoshi , MISAKI Yohji , FUENO Hiroyuki , ITO Akihiro

    … <p>It is almost probable that the contribution of chemists is indispensable to the development of molecular nanotechnology. … In this article, we describe the present status of the design and synthesis of molecular nanowires as well as single-molecule spin devices based on organic molecules, and of the understanding of electrode contacts utilizing a gold-thiol bond at the molecular engineering level.</p> …

    Oyo Buturi 72(12), 1493-1502, 2003-12-10

    J-STAGE  References (73)

  • Development of Molecular-junction Modules toward Planar and Multi-function Integrated Macromolecules

    Tanaka Shoji , Yokoyama Takashi

    … The prototypes of a "single molecular device" … have been realized for the basic components of digital electronics (rectification, amplification and storage), however, there is still much to be learned about the molecular / supramolecular architecture on solid surfaces to develop practical nanoscopic devices and their large-scale integration systems. …

    Abstracts of Symposium on Physical Organic Chemistry 16(0), 210-210, 2002

    J-STAGE 

  • Towards the Fabrication of Atomically Controlled Novel Organic Films/Si Hybrid Structures  [in Japanese]

    YAMASHITA Y. , MUKAI K. , AKAGI K. , TSUNEYUKI S. , YOSHINOBU J.

    … This system may introduce the possibility of single molecular devices, using the conversion of the two isomers reversibly. …

    Technical report of IEICE. OME 100(245), 69-73, 2000-07-21

    References (10)

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