Nihon kyōikushi shiryō.

Vols. 6-9 issued by Monbu Daijin Kanbō Hōkokuka.

Nihon seiki sango jirui

At head of title: Gōtō zui

Nihon saijiki.

Mode of access: Internet.

Dai Nihon shi /

Mode of access: Internet.

Nihon shisen.

Mode of access: Internet.

Nihon oyobi Nihonjin

Mode of access: Internet.

Nihon Naika Gakkai zasshi. The Journal of the Japanese Society of Internal Medicine.

Issues for 1913-47 have title in Japanese only.

Abe Masahiro jiseki : Nihon kaikoku kigenshi /

Cover title: When the country was opened to foreign intercourse.

Toyo Daigaku ichiran

Mode of access: Internet.

Kokutai yōgo Nihon kensei honron /

Hatsubai: Kyōka Nippōsha.

Increase in Body Mass Index decreases body satisfaction of their abdominal, arm and thigh regions in young Japanese women [in Japanese]

The aim of the present study was to examine body concern and satisfactions in 191 female university students and their relationships with measured body composition and circumferences of selected body parts. Body composition and circumference measurements of participants were conducted after obtaining their consent. Body concern and satisfaction were determined using the Body Shape Questionnaire (BSQ) and the Body parts and General subscales from the Body Satisfaction Scales (BSS). Increase in body composition and circumferences were associated with decrease in body concern and satisfaction. Increase in body size, including circumferences did not decrease whole body satisfaction but increased dissatisfaction at the abdominal, arm and thigh regions.

Characteristic analysis for multisampled digital implementation of fixed-switching-frequency closed-loop modulation of voltage-source inverter

In this paper, a fixed-switching-frequency closed-loop modulation of a voltage-source inverter (VSI), upon the digital implementation of the modulation process, is analyzed and characterized. The sampling frequency of the digital processor is considered as an integer multiple of the modulation switching frequency. An expression for the determination of the modulation design parameter is developed for smooth modulation at a fixed switching frequency. The variation of the sampling frequency, switching frequency, and modulation index has been analyzed for the determination of the switching condition under closed loop. It is shown that the switching condition determined based on the continuous-time analysis of the closed-loop modulation will ensure smooth modulation upon the digital implementation of the modulation process. However, the stability properties need to be tested prior to digital implementation as they get deteriorated at smaller sampling frequencies. The closed-loop modulation index needs to be considered maximum while determining the design parameters for smooth modulation. In particular, a detailed analysis has been carried out by varying the control gain in the sliding-mode control of a two-level VSI. The proposed analysis of the closed-loop modulation of the VSI has been verified for the operation of a distribution static compensator. The theoretical results are validated experimentally on both single- and three-phase systems.