20,599 research outputs found
松花江流域水生态功能分区研究 : 应用手册
No full textThe book "Aqua-ecologic Functional Zoning of Songhua River Basin: Application Manual" introduces the technical methodology and detailed application instructions for aqua-ecologic functional zoning in Songhua River Basin in a systematic way in nine Chapters. Based on a general introduction of concept and in-depth contents of aqua-ecologic zoning and its methodology, this application manual addresses mainly the theoretical foundation, the naming and the coding rules as well as the technical schemes of the four zoning system for the river basin. It then provides a basin wide, detailed application instruction for each of the four zoning systems together with the river-reach based aqua-ecologic functional zoning. With detailed technical instructions, this application manual strives to increase the usefulness of the previous research outcome. This book can be used by environmental managers and scientists in environmental protection, ecology, water conservancy, agriculture, forestry, land resources and planning and other relevant sectors. It can also be used at institutions or universities in subjects such as biology, ecology, systematics, environmental science, environment engineering, hydrology and water resources and watershed planning and management as reference. Meanwhile, the book provides important basis for decision-making at the Songhua River Basin governmental agencies such as environment, watershed management, policy and regulation making and the targeted ecological protection.River basin based water resources management, and further, the achievement of sustainable development in water resources management are premise for successful river basin management. The structures and the functions of aqua-ecologic system within a river basin vary constantly in line with changing environmental and structural patterns of the basin. Through aqua-ecological zoning system will let us gain better understanding of aqua-ecology status and its evolution mechanism, and further, achieve efficient utilization of water resources and at same time, maintain sufficient protection for the ecological system.As one of the seven largest river basins in China, the Songhua River Basin is of vital importance for the economic restoration and re-development for the entire Northeast region of China. The Songhua River Basin is also playing a strategic role in aqua-environmental aspects since it is the main tributary of the Sino-Russian border river Heilong River.The Songhua River Basin belongs temperate and boreal watershed. It contains the wide spread boreal pine forests in northern part of Greater Khingan Mountain; temperate mixed forest in Minor Khingan Mountain and Changbai Mountain; meadow steppe marsh and swamp in floodplain areas; contributing to unique, large scale vegetation landscape. This vast area also builds up a major base for the country’s livestock and forestry as well as modern agriculture. Compared to other rivers in China, this basin is enjoying less pollution with apparent and complex regional characteristics. However, with the rapid urbanization, industrial development and modernization of agriculture, the ecological and environmental stresses are constantly increasing and the challenges are getting more serious. The development of aqua-ecological zoning system will provide deeper research on aqua-ecological properties and corresponding management technologies. This will contribute to a holistic and effective protection and management of aqua-environment, leading to a healthy and sound ecological development for the future.The book is divided into nine chapters with a general outlook as the first part. The first Chapter introduces the basic characteristics of the natural and physical environment; the land use and the socio-economic properties within the basin with an analysis of their differentiation pattern. Chapter II introduces in a first step, the concept of river basin aqua-ecologic functional zoning; basic characteristics compared to existing function zones. In the second step, it explains the fours stage zoning system, the principle, the procedure and the technical methods. Chapter III introduces the details for each stage, the zoning foundation; the purpose and the principle. Chapter IV explains the naming convention and the coding protocol for all the stages respectively. Chapter V summarizes the technical protocols for each of the zoning stage. The following four chapter devote to detailed information of the location and distribution; river basin property; land information and its protection objectives for each stage. Chapter VI introduces the technical specification for the first stage zoning. Chapter VII introduces the technical specification for the second stage zoning. Chapter VIII introduces the technical specification for the third and fourth stage zoning. Chapter IV devotes to the specification for the ecological system analysis based on each river reach.Chapter I is written by Qixing Zhou, Hongbing Yu, Liyan Zheng, Minghui Chen, Daguang Sun, Chunli Kang, Li Yu, Xia Wang, Fengxiang Li and Derong Wang. Chapter II is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zengzhi Yu. Chapter III is written by Hongbing Yu, Liyan Zheng, Linus Zhang and Han Yu. Chapter VI is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Shengqiang Wang, Yong Li, Meng Xin, Zhaoyu Qi, Jinxing Li, Chapter V is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zifu Tian, Jie Yuan, Feng Zhao, Hui Zhang, Wenge Zhao, Xiaoyin Sun, Yanbing Zhao. Chapter VI is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Xiaoyin Sun, Fengxiang Li. Chapter VII is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zengzhi Yu, Xiaoyin Sun. Chapter VIII is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Linus Zhang, Han Yu. Chapter IV is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Linus Zhang, Han Yu.This book is based on the results of the national water pollution control and management technology major special projects "Research on Primary and Secondary Zoning of Songhua River Basin Aqua-Ecological Functions" (Project No: 2008ZX07526-002-01) and "Research on Third and Fourth Zoning of Songhua River Basin Aqua-Ecological Functions" (Project No: 2012ZX07501002-01). With the outcomes of this research data and field material for more than ten years, we strive to provide a handy manual in combining theory and practice in sufficient details. The book has got enthusiastic support and guidance from Professor Yuan Jiang and Yuan Zhang, which is greatly acknowledged
Aqua-ecologic Functional Zoning of Songhua River Basin
No full textThe book "Aqua-ecologic Functional Zoning of Songhua River Basin: Application Manual" introduces the technical methodology and detailed application instructions for aqua-ecologic functional zoning in Songhua River Basin in a systematic way in nine Chapters. Based on a general introduction of concept and in-depth contents of aqua-ecologic zoning and its methodology, this application manual addresses mainly the theoretical foundation, the naming and the coding rules as well as the technical schemes of the four zoning system for the river basin. It then provides a basin wide, detailed application instruction for each of the four zoning systems together with the river-reach based aqua-ecologic functional zoning. With detailed technical instructions, this application manual strives to increase the usefulness of the previous research outcome. This book can be used by environmental managers and scientists in environmental protection, ecology, water conservancy, agriculture, forestry, land resources and planning and other relevant sectors. It can also be used at institutions or universities in subjects such as biology, ecology, systematics, environmental science, environment engineering, hydrology and water resources and watershed planning and management as reference. Meanwhile, the book provides important basis for decision-making at the Songhua River Basin governmental agencies such as environment, watershed management, policy and regulation making and the targeted ecological protection. River basin based water resources management, and further, the achievement of sustainable development in water resources management are premise for successful river basin management. The structures and the functions of aqua-ecologic system within a river basin vary constantly in line with changing environmental and structural patterns of the basin. Through aqua-ecological zoning system will let us gain better understanding of aqua-ecology status and its evolution mechanism, and further, achieve efficient utilization of water resources and at same time, maintain sufficient protection for the ecological system. As one of the seven largest river basins in China, the Songhua River Basin is of vital importance for the economic restoration and re-development for the entire Northeast region of China. The Songhua River Basin is also playing a strategic role in aqua-environmental aspects since it is the main tributary of the Sino-Russian border river Heilong River. The Songhua River Basin belongs temperate and boreal watershed. It contains the wide spread boreal pine forests in northern part of Greater Khingan Mountain; temperate mixed forest in Minor Khingan Mountain and Changbai Mountain; meadow steppe marsh and swamp in floodplain areas; contributing to unique, large scale vegetation landscape. This vast area also builds up a major base for the country’s livestock and forestry as well as modern agriculture. Compared to other rivers in China, this basin is enjoying less pollution with apparent and complex regional characteristics. However, with the rapid urbanization, industrial development and modernization of agriculture, the ecological and environmental stresses are constantly increasing and the challenges are getting more serious. The development of aqua-ecological zoning system will provide deeper research on aqua-ecological properties and corresponding management technologies. This will contribute to a holistic and effective protection and management of aqua-environment, leading to a healthy and sound ecological development for the future. The book is divided into nine chapters with a general outlook as the first part. The first Chapter introduces the basic characteristics of the natural and physical environment; the land use and the socio-economic properties within the basin with an analysis of their differentiation pattern. Chapter II introduces in a first step, the concept of river basin aqua-ecologic functional zoning; basic characteristics compared to existing function zones. In the second step, it explains the fours stage zoningsystem, the principle, the procedure and the technical methods. Chapter III introduces the details for each stage, the zoning foundation; the purpose and the principle. Chapter IV explains the naming convention and the coding protocol for all the stages respectively. Chapter V summarizes the technical protocols for each of the zoning stage. The following four chapter devote to detailed information of the location and distribution; river basin property; land information and its protection objectives for each stage. Chapter VI introduces the technical specification for the first stage zoning. Chapter VII introduces the technical specification for the second stage zoning. Chapter VIII introduces the technical specification for the third and fourth stage zoning. Chapter IV devotes to the specification for the ecological system analysis based on each river reach. Chapter I is written by Qixing Zhou, Hongbing Yu, Liyan Zheng, Minghui Chen, Daguang Sun, Chunli Kang, Li Yu, Xia Wang, Fengxiang Li and Derong Wang. Chapter II is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zengzhi Yu. Chapter III is written by Hongbing Yu, Liyan Zheng, Linus Zhang and Han Yu. Chapter VI is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Shengqiang Wang, Yong Li, Meng Xin, Zhaoyu Qi, Jinxing Li, Chapter V is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zifu Tian, Jie Yuan, Feng Zhao, Hui Zhang, Wenge Zhao, Xiaoyin Sun, Yanbing Zhao. Chapter VI is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Xiaoyin Sun, Fengxiang Li. Chapter VII is written by Liyan Zheng, Hongbing Yu, Qixing Zhou, Zengzhi Yu, Xiaoyin Sun. Chapter VIII is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Linus Zhang, Han Yu. Chapter IV is written by Liyan Zheng, Hongbing Yu, Zengzhi Yu, Linus Zhang, Han Yu. This book is based on the results of the national water pollution control and management technology major special projects "Research on Primary and Secondary Zoning of Songhua River Basin Aqua-Ecological Functions" (Project No: 2008ZX07526-002-01) and "Research on Third and Fourth Zoning of Songhua River Basin Aqua-Ecological Functions" (Project No: 2012ZX07501002-01). With the outcomes of this research data and field material for more than ten years, we strive to provide a handy manual in combining theory and practice in sufficient details. The book has got enthusiastic support and guidance from Professor Yuan Jiang and Yuan Zhang, which is greatly acknowledged
Hui tu zhen ben jing shi mu yu jin gang zuan
No full text著作者余好辯, 伍憤時.Cover title.上下卷.On double leaves, East Asian binding.木魚歌文.zhu zuo zhe Yu Haobian, Wu Fenshi.Shang xia juan.Mu yu ge wen
Supplementary Files: Observation of transient and asymptotic driven structural states of tungsten exposed to irradiation
No full textThis data supports the results published in the following manuscript: 'Observation of transient and asymptotic driven structural states of tungsten exposed to irradiation' by Daniel R. Mason, Suchandrima Das, Peter M. Derlet, Sergei L. Dudarev, Hongbing Yu, Nicholas W. Phillips, David Yang, Kenichiro Mizohata, Ruqing Xu, Felix Hofmann (Physical Review Letters, October 2020
Enhanced Adsorption Selectivity of Aromatic Vapors in Carbon Capsule Film by Control of Surface Surfactants on Carbon Capsule
No full textCarbon capsules with mesoporous wall and hollow interior were used to fabricate the sensing thin films for volatile aromatic vapors. To grow the thin film based on convenient layer-by-layer (LbL) process, carbon capsules need precoating with surfactants to assist their dispersion into aqueous solution. The influence of the surface covered surfactants on the adsorption selectivity of the corresponding carbon capsule film on aromatic vapors is studied. The results showed that poly (styrene sulfonate) (PSS) which is mainly covered on the outer surface of carbon capsules may be of benefit for higher accessibility of vapors with benzonoid nature to the carbon surfaces. A more enhanced adsorption selectivity to aromatic vapors is thus achieved compared to the cases of (sodium dodecyl sulfonate (SDS) and poly(allylamine hydrochloride) (PAH)), which can be fully or partial filled into the pores of carbon capsule. © 2018 The Chemical Society of Japan.1
Zinc finger myeloid Nervy DEAF-1 type (ZMYND) domain containing proteins exert molecular interactions to implicate in carcinogenesis
No full textMorphogenesis and organogenesis in the low organisms have been found to be modulated by a number of proteins, and one of such factor, deformed epidermal auto-regulatory factor-1 (DEAF-1) has been initially identified in Drosophila. The mammalian homologue of DEAF-1 and structurally related proteins have been identified, and they formed a family with over 20 members. The factors regulate gene expression through association with co-repressors, recognition of genomic marker, to exert histone modification by catalyze addition of some chemical groups to certain amino acid residues on histone and non-histone proteins, and degradation host proteins, so as to regulate cell cycle progression and execution of cell death. The formation of fused genes during chromosomal translocation, exemplified with myeloid transforming gene on chromosome 8 (MTG8)/eight-to-twenty one translocation (ETO) /ZMYND2, MTG receptor 1 (MTGR1)/ZMYND3, MTG on chromosome 16/MTGR2/ZMYND4 and BS69/ZMYND11 contributes to malignant transformation. Other anomaly like copy number variation (CNV) of BS69/ZMYND11 and promoter hyper methylation of BLU/ZMYND10 has been noted in malignancies. It has been reported that when fusing with Runt-related transcription factor 1 (RUNX1), the binding of MTG8/ZMYND2 with co-repressors is disturbed, and silencing of BLU/ZMYND10 abrogates its ability to inhibition of cell cycle and promotion of apoptotic death. Further characterization of the implication of ZMYND proteins in carcinogenesis would enhance understanding of the mechanisms of occurrence and early diagnosis of tumors, and effective antitumor efficacy
Yu Takeuchi
No full textYu Takeuchi is serving for JAXA since 2007 and currently working as Associate Senior Administrator at Management and Integration Department of Human Spaceflight Technology Directorate. He is also working as Researcher at the Institute of Space Law of Keio University. He received LL.M. degree from the Institute of Air and Space Law of McGill University in 2015. His main interest is in international space law inter alia the legal aspects of space traffic management and sustainable space development. He is a member of the Air Law Institute of Japan, Japanese Society of International Law, and the International Institute of Space Law (IISL).
Main Works Published in English
- “Toward the International Regime for Space Traffic Management -What to Fix the Current International Regulations-”, (November 5, 2014). Space Traffic Management Conference, Paper 23 (http://commons.erau.edu/stm/2014/wednesday/23).
- “Regulatory Regime for Tomorrow’s Suborbital Space Flights: Point-to-point International Flights”, 56th Colloquium on the Law of Outer Space, 2013.
- “Space Traffic Management as a Guiding Principle of the International Regime of Sustainable Space Activities,” 4 Journal of East Asia and International Law, 2011
- “Japanese Perspective on Legal Issues of Commercial Human Spaceflight” (co-author), 53rd Colloquium on the Law of Outer Space, 2011
- “Legal Points at Issue about NEO Threat Response and International Cooperation” (co-author), 28th International Symposium on Space Technology and Science, 2011
- “From Guideline to International Treaty for Rule of Law concerning Mitigation of Space Debris?” (co-author), 52nd Colloquium on the Law of Outer Space, 2010
Main Works Published in Japanese (title translated into English)
- “What is Space Traffic Management”, Vol. 46, No.9, Journal of the Japanese Institute of International Business Law, 2018.
- Soichiro Kozuka & Masahiko Sato eds., Introduction of Space Law for Entrepreneur (2nd. Ed.), Yuhikaku, 2018. (co-authored)
-“Challenges to International Space Law for Managing Space Traffic”, 55 Kuho (Air Law), 2014.
-“Legal Points as Issues of NEO Threat Response and International Cooperation” (co-author), 3 Spaceguard Research, Japan Spaceguard Association, 2011https://commons.erau.edu/stm-images/1121/thumbnail.jp
Chao cai liao yong yu ya bo chang ju jiao: ge xiang yi xing hao sun cai liao yu ti du guang xue na mi bo dao guan
No full textKwok, Hui Kin = 超材料用於亞波長聚焦 : 各向異性耗損材料與梯度光學納米波導管 / 郭栩健.Thesis M.Phil. Chinese University of Hong Kong 2015.Includes bibliographical references (leaves 67-69).Abstracts also in Chinese.Title from PDF title page (viewed on 26, September, 2016).Kwok, Hui Kin = Chao cai liao yong yu ya bo chang ju jiao : ge xiang yi xing hao sun cai liao yu ti du guang xue na mi bo dao guan / Guo Xujian
Yi ge zai Jianada wei qi si xing qi de Ying yu ke cheng de yu wen ji wen hua xue xi
No full textChan, Sin Yu.Thesis M.Phil. Chinese University of Hong Kong 2015.Includes bibliographical references (leaves 260-268).Abstracts also in Chinese; some appendixes in Chinese.Title from PDF title page (viewed on 11, November, 2016).Chan, Sin Yu
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