Theoretical Investigation by Quantum Mechanics on the Tunnel Diode Effect of Electric Conductive Characteristics and Haptic Sensing in MCF Rubber. - Kunio Shimada (J. Sensors, 2010)

Mechanical Enhancement of Sensitivity in Natural Rubber Using Electrolytic Polymerization Aided by a Magnetic Field and MCF for Application in Haptic Sensors. - Kunio Shimada; Norihiko Saga (Sensors, 2016)

Enhancement of MCF Rubber Utilizing Electric and Magnetic Fields, and Clarification of Electrolytic Polymerization. - Kunio Shimada (Sensors, 2017)

The Effect of Particles on Electrolytically Polymerized Thin Natural MCF Rubber for Soft Sensors Installed in Artificial Skin. - Kunio Shimada; Osamu Mochizuki; Yoshihiro Kubota (Sensors, 2017)

Development of a Hybrid Piezo Natural Rubber Piezoelectricity and Piezoresistivity Sensor with Magnetic Clusters Made by Electric and Magnetic Field Assistance and Filling with Magnetic Compound Fluid. - Kunio Shimada; Norihiko Saga (Sensors, 2017)

Elastic MCF Rubber with Photovoltaics and Sensing for Use as Artificial or Hybrid Skin (H-Skin): 1st Report on Dry-Type Solar Cell Rubber with Piezoelectricity for Compressive Sensing. - Kunio Shimada (Sensors, 2018)

Elastic MCF Rubber with Photovoltaics and Sensing on Hybrid Skin (H-Skin) for Artificial Skin by Utilizing Natural Rubber: 2nd Report on the Effect of Tension and Compression on the Hybrid Photo- and Piezo-Electricity Properties in Wet-Type Solar Cell Rubber. - Kunio Shimada (Sensors, 2018)

Elastic MCF Rubber with Photovoltaics and Sensing on Hybrid Skin (H-Skin) for Artificial Skin by Utilizing Natural Rubber: Third Report on Electric Charge and Storage under Tension and Compression. - Kunio Shimada (Sensors, 2018)

Development of a Magnetic Compound Fluid Rubber Stability Sensor and a Novel Production Technique via Combination of Natural, Chloroprene and Silicone Rubbers. - Kunio Shimada; Ryo Ikeda; Hiroshige Kikura 001; Hideharu Takahashi (Sensors, 2019)

Novel Adhesion Technique Using Metallic or Non-Metallic Hydrous Oxide of Metal Complexes Involving Magnetic Compound Fluid Rubber under Electrolytic Polymerization and Magnetic Field for Producing Sensors. - Kunio Shimada; Hiroshige Kikura 001; Hideharu Takahashi; Ryo Ikeda (Sensors, 2019)

Enhancement of Diversity in Production and Application Utilizing Electrolytically Polymerized Rubber Sensors with MCF: 1st Report on Consummate Fabrication Combining Varied Kinds of Constituents with Porous Permeant Stocking-Like Rubber. - Kunio Shimada; Ryo Ikeda; Hiroshige Kikura 001; Hideharu Takahashi (Sensors, 2020)

Enhancement of Diversity in Production and Applications Utilizing Electrolytically Polymerized Rubber Sensors with MCF: The Second Report on Various Engineering Applications. - Kunio Shimada; Ryo Ikeda; Hiroshige Kikura 001; Hideharu Takahashi (Sensors, 2020)

Morphological Fabrication of Rubber Cutaneous Receptors Embedded in a Stretchable Skin-Mimicking Human Tissue by the Utilization of Hybrid Fluid. - Kunio Shimada; Ryo Ikeda; Hiroshige Kikura 001; Hideharu Takahashi (Sensors, 2021)

Smart Pneumatic Artificial Muscle Using a Bend Sensor like a Human Muscle with a Muscle Spindle. - Norihiko Saga; Kunio Shimada; Douhaku Inamori; Naoki Saito 002; Toshiyuki Satoh; Jun-Ya Nagase (Sensors, 2022)

Morphological Fabrication of Equilibrium and Auditory Sensors through Electrolytic Polymerization on Hybrid Fluid Rubber (HF Rubber) for Smart Materials of Robotics. - Kunio Shimada (Sensors, 2022)

Artificial Tongue Embedded with Conceptual Receptor for Rubber Gustatory Sensor by Electrolytic Polymerization Technique with Utilizing Hybrid Fluid (HF). - Kunio Shimada (Sensors, 2022)

Morphological Configuration of Sensory Biomedical Receptors Based on Structures Integrated by Electric Circuits and Utilizing Magnetic-Responsive Hybrid Fluid (HF). - Kunio Shimada (Sensors, 2022)

Correlations among Firing Rates of Tactile, Thermal, Gustatory, Olfactory, and Auditory Sensations Mimicked by Artificial Hybrid Fluid (HF) Rubber Mechanoreceptors. - Kunio Shimada (Sensors, 2023)

Estimation of Fast and Slow Adaptions in the Tactile Sensation of Mechanoreceptors Mimicked by Hybrid Fluid (HF) Rubber with Equivalent Electric Circuits and Properties. - Kunio Shimada (Sensors, 2023)