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Toshinori Nemoto 한국해운물류학회 2009 The Asian journal of shipping and Logistics Vol.25 No.2
Multinational companies have expanded their supply chain across Asia to enjoy the benefits of Free Trade Agreements and Economic Partnership Agreements. They have to manage their upstream and downstream supply chain for procurement and sale, in which various kinds of materials/parts and products are distributed with different transportation costs and lead-time requirements. It is therefore desirable for them to have international land and/or intermodal transportation options in addition to maritime transportation. However, each country whose interests are not always consistent with those of multinational companies has a responsibility to plan and finance international freight transportation infrastructure including land and/or intermodal transportation. This paper aims to review the planning practices of international freight transportation infrastructure, to identify the gap between the practices and multinational companies’ logistics needs, and to propose international cooperative planning framework focusing on the benefits of less developed countries and common infrastructure financing scheme in the region, through a case study on the East-West Economic Corridor in the Greater Mekong Subregion.
Indoor Human Positioning Tracking Technique to Support High-Quality Life
Toshinori Tsuboi,Takehiro Shiraishi,Nobuyoshi Komuro 제어로봇시스템학회 2009 제어로봇시스템학회 국제학술대회 논문집 Vol.2009 No.8
Information Communication Technology (ICT) is expected to assist the activities of senior persons for raising their quality of life. This paper proposes an indoor human position tracking technique using UHF-band RFID(radio frequency identification). Seniors are liable to forget where they put items, such as a wallet or watch in the house. They could find the lost item if they could recall their movement history. The proposed technique is well satisfies this goal. This paper proposes a new simple positioning technique based on RFID. Simulations and experiments are conducted to confirm the basic performance of the proposed positioning algorithm.
HIGH TEMPERATURE OXIDATION OF NB-CONTAINING ZR ALLOY CLADDING IN LOCA CONDITIONS
TOSHINORI CHUTO,FUMIHISA NAGASE,TOYOSHI FUKETA 한국원자력학회 2009 Nuclear Engineering and Technology Vol.41 No.2
In order to evaluate high-temperature oxidation behavior of the advanced alloy cladding under LOCA conditions, isothermal oxidation tests in steam were performed with cladding specimens prepared from high burnup PWR fuel rods that were irradiated up to 79 MWd/kg. Cladding materials were M5® and ZIRLO™, which are Nb-containing alloys. Ring-shaped specimens were isothermally oxidized in flowing steam at temperatures from 1173 to 1473 K for the duration between 120 and 4000s. Oxidation rates were evaluated from measured oxide layer thickness and weight gain. A protective effect of the preformed corrosion layer is seen for the shorter time range at the lower temperatures. The influence of pre-hydriding is not significant for the examined range. Alloy composition change generally has small influence on oxidation in the examined temperature range, though M5® shows an obviously smaller oxidation constant at 1273 K. Consequently, the oxidation rates of the high burnup M5® and ZIRLO™ cladding are comparable or lower than that of unirradiated Zircaloy-4 cladding.
Extraction of Reducing Sugar with Anti-Oxidative Scavengers from Peels of Carya cathayensis Sarg.
Toshinori Shimanouchi,Shohei Ueno,Wei Yang,Yukitaka Kimura 대한환경공학회 2014 Environmental Engineering Research Vol.19 No.1
The peels of Carya cathayensis Sarg. (PCCS) were treated under subcritical water conditions (130°C to 280 °C for 0 to 120 min). The extract from PCCS included reducing sugar, proteins, and compounds with radical scavenging activity. Addressing the reducing sugar that is a resource of bioethanol, we could maximize the reducing sugar under the subcritical water (190°C for 60 min) and obtain 0.24g/g-sample together with 9.7 units/mg-sample of radical scavenging activity. The obtained extract was estimated to correspond to 1L of bioethanol/100 g-sample. It was therefore considered that the treatment by subcritical water could yield reducing sugar and natural compounds with radical scavenging activity.