スポンサーリンク
日本生理人類学会 | 論文
- Stability of Body Composition in Boys and Girls 12 through 15 Years of Age.
- Human Body Volume Measurement by Sulfur Hexafluoride-dilution Method and Its Application to Human Body Composition Assessment.
- Nomogram for predicting energy expenditure during treadmill walking.
- An Estimation Method of Parameters of O2-kinetics during Recovery
- Time to peak force and force developing speed during fast maximal and submaximal isometric voluntary contractions.
- A study on family communication space (Part II). A study on spatial utilization for, and familial consciousness of, family communication.:A Study on Spatial Utilization for, and Familial Consciousness of, Family Communication
- Comparative Studies on Thermoregulatory Responses to Heat between Japanese Brazillians and Japanese.
- Localized Muscular Load to Different Work Patterns and Heat Loads during Handgrip.
- Functional Differentiation of Thermoregulation, with Particular Referenecs to Seasonal Variation of Whole Body Sweat Rate of Exercising Man.
- Subjective signs and symptoms in divers during compression with heliox to 300 meters(31 ATA).
- Effect of a simulated saturation dive to 31 ATA on pulmonary function.
- Power spectral analysis of intentional and postural tremor during a simulated heliox dive to 31ATA.
- On the urine flow and insensible water loss under helium-oxygen high pressure.
- Seadragon-VI research project and general results.
- On the increased night urine flow and water balance under helium-oxygen high pressure.
- Evaluation of a semi-closed underwater breathing apparatus, the "eOBA".
- Development of a New Method for Calibration of Pneumotachograph According to Flow Rate. Evaluation of a computer-controlled-system for assessing respiratory gas exchange using this method.
- Continuous Noninvasive Measurements of Cardiac Output During Exercise by Impedance Cardiography. Application to Evaluation of Cardiac Output Kinetics.
- The regional difference of thermal response to immersion during rest and exercise.
- Evaluation of Errors in Expiratory Flow Method of Breath-by-breath Gas Exchange Measurement