Sustainable Bioproduction on Environmental Conservation (Development in Pan-Japan-Sea Based on Industrial High-Technology)

环境保护的可持续生物生产（基于工业高科技的环日本海开发）

• 批准号: 04045035
• 负责人: IWAO Toshio
• 金额: $ 5.25万
• 依托单位: Shimane university
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for international Scientific Research
• 财政年份: 1992
• 资助国家: 日本
• 起止时间: 1992 至 1994
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-04045035/
• 关键词: SUBSEC; Bio-production technology; Recycling sub-system; Water-SPAC system; Biological system; Production management system; Products consumption system; エネルギ利用; SUBSEC; 国際交流; エコポリス構想; 日韓交流農業工学セミナー; 土壌物理; 植物病理; 農業機械; 果樹園芸; 環境保全; 生物生産システム

Standing for Sustainable Bioproduction Systems on Environmental Conservation, SUBSEC (Sustainable Bioproduction Systems on Environmental Conservation) is the name of an interdisciplinary research project for agricultural engineers and scientists in designing a new bio-production technology.This article describes the concept of SUBSEC and how to promote it. The concept of SUBSEC is based on combining four recycling sub-systems : Water-SPAC system, other biological system, production management system, and products consumption system. Decreasing waste entropy or materials in each sub-system will provide a better linkage among these sub-systems.We hope a series of seminars on SUBSEC encourage the activities of exchange between Shimane and Gyeongsang National universities in many fields and also between universities and other organization like administration and/or companies.We had fruitful and friendly academic exchange at seven time seminars for three years from 1992 to 1994. And the sixth seminar on SUBSEC in 1994, took place at Shimane university in Japan. We had valuable research reports in sixth seminar and took place the study and observation trip to advanced farmhouse.In the other, the seventh seminar on SUBSEC,took place at Gyeongsang National university in Korea. We had fruitful research reports in seventh seminar and took place the observation trip to advanced agricultural product plant.We understand that these seminars and observation trips encourged the development of the academic exchange and friendship between both universities.

环境保护可持续生物生产系统（Sustainable Bioproduction Systems on Environmental Conservation）是农业工程师和科学家设计新生物生产技术的跨学科研究项目的名称。本文介绍了SUBSEC的概念以及如何推广它。SUBSEC的概念基于结合四个循环子系统：水-SPAC系统、其他生物系统、生产管理系统、产品消费系统。减少每个子系统中的废物熵或材料将在这些子系统之间提供更好的联系。我们希望一系列关于SUBSEC的研讨会能够鼓励岛根和庆尚国立大学之间在许多领域的交流活动，以及大学与行政和/或其他组织之间的交流活动从1992年到1994年的三年中，我们共举办了七次学术研讨会，进行了富有成效的友好学术交流。1994年在日本岛根大学举行了第六届SUBSEC研讨会。在第六次研讨会上，我们获得了有价值的研究报告，并进行了先进农舍的学习和观察之旅。另一次，第七次SUBSEC研讨会在韩国庆尚国立大学举行。我们在第七届研讨会上作了富有成果的研究报告，并参观了先进的农产品加工厂。我们了解到，这些研讨会和参观促进了两所大学之间的学术交流和友谊的发展。

项目成果

野中資博: "Effect of Carbonation on Microbial Corrosion of Concrete" 土木論文集. 474/VI-20. 133-138 (1993)

Motohiro Nonaka：“碳化对混凝土微生物腐蚀的影响”土木工程杂志 474/VI-20 (1993)。

岩尾俊男,李暁明,渋沢栄,竹山光一,藤浦建史,毛利建太郎,遠藤準二: "画像処理システムによる青果物の傷検出に関する研究(1)" 島根大学農学部研究報告. 26. 33-38 (1992)

Toshio Iwao、Xiaoming Li、Sakae Shibusawa、Koichi Takeyama、Takeshi Fujiura、Kentaro Mori、Junji Endo：“利用图像处理系统检测水果和蔬菜划痕的研究（1）”岛根大学农学部研究报告 26. 33-。 38（1992））

SIBATA,Hitoshi: "Production of Hydroxyl Rdicals by Reaction on Nitrite with Hydrogen Proxide at Acid pH and its Bacterial Effect of Escherichia Coil" Archivs of Biochemistry and Biophysics. (in press). (1994)

SIBATA，Hitoshi：“酸性 pH 值下亚硝酸盐与氧化氢反应生成羟基自由基及其对大肠杆菌的细菌效应”生物化学和生物物理学档案。

藤浦建史,中尾清治,土肥誠: "農業用ロボットのための三次元センサ" ロボティクス・メカトロニクス講演論文集(日本機械学会). 930-40号. 996-1001 (1993)

Takeshi Fujiura、Seiji Nakao、Makoto Doi：“农业机器人的三维传感器”机器人和机电一体化讲座论文集（日本机械工程师学会）第 930-40 号（1993 年）。

B.G.Liu,SNODA,T.MORI: "Complete Decomposition of Organic Matter in high BOD Wastwater by Thermophilic Oxic Pocess" Environmental Engineering Research. 29. 77-84 (1992)

B.G.Liu，SNODA，T.MORI：“高温好氧工艺完全分解高 BOD 废水中的有机物”环境工程研究。