Masayoshi Esashi
#20,962
Most Influential Person Now
Japanese engineer
Masayoshi Esashi's AcademicInfluence.com Rankings
Masayoshi Esashiengineering Degrees
Engineering
#487
World Rank
#826
Historical Rank
Electrical Engineering
#2963
World Rank
#3123
Historical Rank
Applied Physics
#3647
World Rank
#3771
Historical Rank
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Engineering
Masayoshi Esashi's Degrees
- PhD Electrical Engineering Tohoku University
- Masters Electrical Engineering Tohoku University
- Bachelors Electrical Engineering Tohoku University
Why Is Masayoshi Esashi Influential?
(Suggest an Edit or Addition)According to Wikipedia, Masayoshi Esashi is an engineer. He is a global authority of Microelectromechanical systems and serves as the professor of the Tohoku University graduate school engineering graduate course. Born in Sendai, Japan, in 1949, Masayoshi Esashi received his B.E. degree in electronic engineering in 1971 and a Doctor of Engineering degree in 1976 at Tohoku University.
Masayoshi Esashi's Published Works
Published Works
- Silicon Micromachining (1998) (121)
- Future of active catheters (1996) (95)
- Bending, torsional and extending active catheter assembled using electroplating (2000) (59)
- Deep reactive ion etching of Pyrex glass (2000) (58)
- Trench filling characteristics of low stress TEOS/ozone oxide deposited by PECVD and SACVD (2004) (53)
- Precise motion control of a nanopositioning PZT microstage using integrated capacitive displacement sensors (2006) (53)
- Small diameter active catheter using shape memory alloy (1998) (48)
- Application of catheter-tip i.s.f.e.t. for continuousin vivo measurement (1980) (45)
- Medical and welfare applications of shape memory alloy microcoil actuators (2005) (38)
- Optical in situ monitoring of silicon diaphragm thickness during wet etching (1994) (32)
- Adhesive wafer bonding using a molded thick benzocyclobutene layer for wafer-level integration of MEMS and LSI (2011) (19)
- Characterization of Human Dental Plaque Formed on Hydrogen-ion-sensitive Field-effect Transistor Electrodes (1986) (18)
- Dominated energy dissipation in ultrathin single crystal silicon cantilever surface loss (2000) (16)
- Fabrication of piezoresistive nanocantilevers for ultra-sensitive force detection (2008) (16)
- High aspect ratio spiral microcoils fabricated by a silicon lost molding technique (2006) (13)
- KrF excimer laser induced selective non-planar metallization (1994) (11)
- Active material micro-actuator arrays fabricated with SU-8 resin (2001) (7)
- Silicon bulk micromachining (2000) (7)
- Evanescent-field-controlled nano-pattern transfer and micro-manipulation (1998) (6)
- High-selectivity reactive ion etching with CO/NH/sub 3//Xe gas for micro/nanostructuring of 20% Fe-Ni, Au, Pt, and Cu (2003) (3)
- MEMS-based thin palladium membrane microreactors (2006) (3)
- Micro Assembly By High Rate CVD Using CW UV Laser (1995) (3)
- Engineering Analysis of Growth Behavior of the High Density Heterotrophic Cultivation of Mung Bean Sprouts (2015) (3)
- An NMOS pipelined image processor using quaternary logic (1985) (3)
- Preferentially Oriented Growth of L1₀ FePt on Si Substrate (2015) (3)
- Novel processing of high aspect ratio 1-3 structures of high density PZT (1998) (2)
- Micro-turbomachine driving an infrared polarization modulator for Fourier transform infrared spectroscopy (2001) (2)
- Program optimization with logic program transformation (1988) (1)
- Scanning diamond probe and application to thermo-mechanical nanolithography (2003) (1)
- Energy dissipation in small-diameter Quartz Crystal Microbalance experimentally studied for ultra-high sensitive gravimetry (2003) (1)
- Engineering analysis of the high-density heterotrophic cultivation of mung bean sprouts (2016) (1)
- Response-Detection based Adaptive Medium Access Control Scheme for Optical Wireless Systems (2000) (0)
- Effect of Oxygen Concentration in Gas Phase on the Heterotrophic Cultivation Behavior of Mung Bean Sprouts (2016) (0)
- A novel approach for increasing the strength of an Au/Si eutectic bonded interface on an oxidized silicon surface (2012) (0)
- Electrostatically-Controlled, Self-Pneumatically-Actuated Microvalve with High Pressure Tolerance and Low Pressure Loss (2006) (0)
- Nanotechnology(Basic Technologies for Future Prosperity of the Manufacturing Industry) (2004) (0)
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What Schools Are Affiliated With Masayoshi Esashi?
Masayoshi Esashi is affiliated with the following schools: