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China Radiation Processing Industry Development Prospect and Investment Forecast Report, 2013-2017
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Table of Contents
Content Summary
Chapter 1: Development Overview and External Environment of China Radiation Processing Industry
1.1 Overview of Radiation Processing Industry
1.1.1 Definition of Radiation Processing
1.1.2 Merits of Radiation Processing
1.1.3 Position in National Economy
1.2 Main Applications of Radiation Processing
1.2.1 Radiation Crosslinking Modification for Polymer
(1) Development Overview
(2) Basic Principles
(3) Wire and Cable Treatment by Radiation
(4) Heat-shrinkable Materials
1.2.2 Storage by Food Irradiation
(1) Development Overview
(2) Application Scope
1.2.3 Radiosterilization for Medical Supplies
1.2.4 Other Applications
(1) “Three Wastes” Treatment
(2) Coating Solidification
(3) Semiconductor
1.3 Environment Analysis of Radiation Processing Industry
1.3.1 Analysis of Industry Policy Environment
(1) Profile of Industry Management Mechanism
(2) Laws, Regulations and Policies Related to Industry
(3) Analysis of Relevant Policies on Industry
1.3.2 Analysis of Industry Economic Environment
(1) Analysis of International Macro-economic Environment
(2) Analysis of Domestic Macro-economic Environment
(3) Analysis of Industry Macro-economic Environment
Chapter 2: Technological Level Analysis of China Radiation Processing Industry
2.1 Development Status Analysis of Radiation Processing Technologies
2.1.1 Technology Level and Features
2.1.2 Analysis of Patent Technologies
2.1.3 Distribution of Relevant Documents
2.2 Applications Analysis of Radiation Processing Technologies
2.2.1 Applications in Medical Technologies
2.2.2 Applications in Power Generation
2.2.3 Applications in Industry
2.2.4 Applications in Food Safety
2.2.5 Applications in Environmental Protection
2.2.6 Applications in Preservation of Cultural Relics
2.3 Progress Analysis of Research on Dosimetry System for Radiation Processing
2.3.1 Progress Analysis of Research on Calorimetry
(1) Graphite Calorimeter & Polystyrene Calorimeter
(2) Water Calorimeter
(3) Other Calorimeters
2.3.2 Progress Analysis of Research on Ionization Method
2.3.3 Progress Analysis of Research on Chemical Method
2.4 Development of Food Irradiation Technology and Irradiation Equipment
2.4.1 Development of Food Irradiation Processing Technology
(1) Irradiation Processing Technology of Food and Agricultural Processing Technology
(2) Security Declaration for Food Irradiation Processing Technology
2.4.2 New Progress of Food Irradiation Technology
(1) Constantly Approval of New Global Projects in the 21st Century
(2) Growing Improvement of Food Irradiation Technology Standards
2.4.3 New Development of Food Irradiation Equipment
(1) Safer and More Reliable
(2) Appropriate Energy of Radioactive Source
(3) Realizing Broader Technologies on Dose Range
(4) Requiring Equipment to Realize Uniform Irradiation
2.4.4 Quality Management on Food Irradiation Equipment
(1) Importance of Quality Management
(2) Operation Management of Equipment
(3) Determination of Absorbed Dose and Assurance and Guarantee of Effectiveness
(4) Certification of Quality Management System
2.5 Development Obstacles and Trend of Domestic Radiation Processing Technology
2.5.1 Development Obstacles Analysis of Industry Technology
(1) Not Enough Understanding towards Radiation Processing Technology
(2) Insufficient Capital Investment and Short Industrial Chain
(3) Lack of Management and Policies Support
(4) Seriously Inadequate Specialists
2.5.2 Development Trend Analysis of Industry Technology
Chapter 3: Development Status and Competitive Landscape of China Radiation Processing Industry
3.1 Development Status and Trend of International Radiation Processing Industry
3.1.1 Development Overview of International Radiation Processing Industry
3.1.2 Development Features of International Radiation Processing Industry
(1) Wider Applications of Radiation Technology
(2) Rapid Development of Industrialization
(3) Enterprises Developing into Upsizing and Standardization
(4) Great Efforts Made in R&D
3.1.3 Development Status in Major Countries and Regions
(1) Development Status of USA Radiation Processing Industry
(2) Development Status of Japan Radiation Processing Industry
(3) Development Status of Europe Radiation Processing Industry
3.1.4 Development Trend of International Radiation Processing Industry
3.2 Development Status Analysis of China Radiation Processing Industry
3.2.1 Development Overview of Industry
3.2.2 Development Features of Industry
3.2.3 Industry Operation
(1) Analysis of Production Capability
(2) Analysis of Industry Scale
(3) Industry Economic Benefits
3.2.4 Problems in Industry
3.3 Competitive Landscape Analysis of China Radiation Processing Industry
3.3.1 Competitive Landscape of Overall Industry
3.3.2 Analysis of Upstream Bargaining Power
3.3.3 Analysis of Downstream Bargaining Power
3.3.4 Analysis of Industry New Entrants
3.3.5 Analysis of Industry Potential Threats
Chapter 4: Analysis of Market Segments of China Radiation Processing Industry
4.1 Features Analysis of Industry Product Structure
4.1.1 Features of Industry Product Structure
4.2 Development Overview of Product Market
4.2.1 Development Status of Foreign Radiation Chemical Industry
(1) Features of Foreign Radiation Chemical Industry
(2) Development Overview of Major Countries and Regions
(3) Analysis of Industry Development Trend
4.2.2 Development Status of China Radiation Chemical Industry
(1) Industry Development History
(2) Industry Operation
1) Analysis of Industry Scale
2) Major Enterprises in Industry
3) Industry Distribution
(3) Problems in Industry
4.2.3 Analysis of Main Products in Industry and Application Fields
(1) Features of Industry Product Structure
(2) Major Application Fields in Industry Product
(3) Development Prospects Forecast for “Twelfth Five-year” Plan for Industry
4.3 Development Analysis of Radiation Processing Service Industry
4.3.1 Development Status of Radiation Processing Service Industry
4.3.2 Operation Analysis of Radiation Processing Service Industry
(1) Analysis of Industry Scale
(2) Main Enterprises in Industry
4.3.3 Development Priorities of Radiation Processing Service Industry
4.3.4 Prospects Forecast for Radiation Processing Service Industry
4.4 Development Analysis of Radiation Processing Equipment Industry
4.4.1 Development Status of Radiation Processing Equipment Industry
4.4.2 Operation Analysis of Radiation Processing Equipment Industry
(1) Analysis of Industry Scale
(2) Main Enterprises in Industry
4.4.3 Product Structure of Radiation Processing Equipment Industry
4.4.4 Development Priorities of Radiation Processing Equipment Industry
4.4.5 Prospects Forecast for Radiation Processing Equipment Industry
4.5 Development Analysis of Environment and Public Security Industry
4.5.1 Development Status of Environment and Public Security Industry
4.5.2 Operation Analysis of Environment and Public Security Industry
(1) Analysis of Industry Scale
(2) Main Enterprises in Industry
4.5.3 Development Priorities of Environment and Public Security Industry
4.5.4 Prospects Forecast for Environment and Public Security Industry
Chapter 5: Key Regions Analysis of China Radiation Processing Industry
5.1 Regional Distribution of China Radiation Processing Industry
5.2 Development Analysis of Jiangsu Radiation Processing Industry
5.2.1 Analysis of Industry Development Status
5.2.2 Competitive Landscape of Industry Enterprises
5.2.3 Future Development Priorities in Industry
5.2.4 Analysis of Industry Development Trend
5.3 Development Analysis of Zhejiang Radiation Processing Industry
5.3.1 Analysis of Industry Development Status
5.3.2 Gap in Industry Development
(1) Scale
(2) Intensification
(3) Standardization Management
5.3.3 Analysis of Advantages and Disadvantages in Industry Development
(1) Advantages Analysis
(2) Disadvantages Analysis
5.3.4 Promotion Strategies for Industry Development
5.4 Development Analysis of Shanghai Radiation Processing Industry
5.4.1 Analysis of Industry Development Status
5.4.2 Competitive Landscape of Industry Enterprises
5.4.3 Future Development Priorities in Industry
5.4.4 Analysis of Industry Development Trend
5.5 Development Analysis of Guangdong Radiation Processing Industry
5.5.1 Analysis of Industry Development Status
5.5.2 Competitive Landscape of Industry Enterprises
5.5.3 Future Development Priorities in Industry
5.5.4 Analysis of Industry Development Trend
5.6 Development Analysis of Shandong Radiation Processing Industry
5.6.1 Analysis of Industry Development Status
5.6.2 Competitive Landscape of Industry Enterprises
5.6.3 Future Development Priorities in Industry
5.6.4 Analysis of Industry Development Trend
5.7 Development Analysis of Hunan Radiation Processing Industry
5.7.1 Industry Development History and Status
(1) Application Research on Radiation Technology
(2) Development Analysis of Radiation Processing Technology
5.7.2 Problems in Industry Development
(1) High Operation Cost
(2) Insufficient Publicity Efforts
(3) Inadequate Budget
(4) Backward Management Mechanism
5.7.3 Promotion Strategies for Industry Development
Chapter 6: Operation Analysis of Leading Enterprises in China Radiation Processing Industry
6.1 Analysis of Development Overview of Overall Industry Enterprises
6.1.1 Development Overview of Domestic Enterprises
6.1.2 Development Overview of Foreign-invested Enterprises in China
(1) Isotron Ltd (UK)
(2) Sterigenics (USA)
(3) Synergy (UK)
6.1.3 Analysis of Foreign-invested Enterprises’ Operation Features
(1) Cross-technology Operation
(2) Service Socialization
(3) Cautious Investment
(4) Making Full Use of Technology
(5) Advanced Management Level
6.2 Operation Analysis of Advanced Research Centers Related to the Industry
6.2.1 Shanghai Institute of Applied Physics, Chinese Academy of Sciences
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
(4) Analysis of Institute R&D Achievements
(5) Analysis of Institute Latest Trend
6.2.2 Jiangsu Lixiahe Agricultural Science Research Institute
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
(4) Analysis of Institute R&D Achievements
(5) Analysis of Institute Latest Trend
6.2.3 Beijing Radiation Application Research Center
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
(4) Analysis of Institute R&D Achievements
(5) Analysis of Institute Latest Trend
6.2.4 Institute of Agro-Products Processing Science and Technology CAAS
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
(4) Analysis of Institute R&D Achievements
(5) Analysis of Institute Latest Trend
6.2.5 Tianjin Institute of Technology
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Analysis of Institute R&D Achievements
6.2.6 Dalian Institute of Applied Technology
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
6.2.7 Technical Physics Institute of Heilongjiang Academy of Science
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Analysis of Institute R&D Achievements
(4) Analysis of Institute Latest Trend
6.2.8 Shanghai Electric Cable Research Institute
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
(4) Analysis of Institute R&D Achievements
(5) Analysis of Institute Latest Trend
6.2.9 Institute of Application of Atomic Energy in Agriculture, Jiangsu Academy of Agricultural Sciences
(1) Analysis of Institute Development Profile
(2) Analysis of Institute Discipline Domain
(3) Institution Setting and Invested Industries
1) Nanjing Irradiation Center
1. Center Development Profile
2. Products and Services
3. Certification Related to Center
4. R&D Achievements in Center
2) Health Products R&D Center
1. Center Development Profile
2. Products and Services
3. Certification Related to Center
4. Sales Channels for Center
3) Engineering Center for Agricultural Equipment
1. Center Development Profile
2. Products and Services
3. R&D Achievements in Center
4) Jiangsu Metering Station of Ionizing Radiation
6.3 Case Study of Leading Enterprises’ Operation in Industry
6.3.1 Shenzhen Changyuan New Material Co., Ltd.
(1) Analysis of Enterprise Development Profile
(2) Analysis of Enterprise Products and Services
(3) Analysis of Enterprise Technology Level
(4) Analysis of Certification Related to Enterprises
(5) Analysis of Enterprise Sales Channels
(6) Analysis of Enterprise Operation Conditions
1) Main Economic Indicators
2) Analysis of Profitability
3) Analysis of Operation Capability
4) Analysis of Debt-paying Ability
5) Analysis of Development Capability
(7) Analysis of Enterprise Advantages and Disadvantages
(8) Analysis of Enterprise Investment, Merger and Restructuring
(9) Analysis of Enterprise Latest Development Trend
The most distinctive characteristics of this report is forward-looking and timeliness. Through analyzing forward-looking characteristic of abundant first-hand market data, we deeply and objectively dissect China radiation processing industry’s market capacity, market size, competitive landscape and characteristics of market demand. Furthermore, based on future development tracks and years' practice experience of radiation processing industry, we conduct prudent analysis and forecast for radiation processing industry's future development trend. This report helps radiation die casting manufacturing enterprises, R&D institutions, marketing enterprises and investment enterprises to precisely grasp current latest developments of the industry. Afterwards, they can make wise operating decisions and define enterprises' development directions. Moreover, this report is the first and weighty report on analyzing the up and down stream industries of radiation processing industry and analyzing its
The radiation processing industry is an important part in civil non-power nuclear technology application industry. Nearly half a century, especially since 1990s, with the help of government support and market promotion, the world's economic developed countries, represented by USA and Japan, have formed a high-correlated, energy saving, high efficient, and non-pollution emerging industry. One of most remarkable characteristics is widely used application. It can be applied in many fields of newly manufacturing, construction materials, communication and transport, electronic and appliance, medical device and equipment, the improvement of agricultural varieties, food processing, environmental treatment, public security and so on. The radiation processing industry provides new technologies and methods for their fields, and it will develop to a unsubstituted and mainstream technology to serve many industries.
Through efforts made during the "Tenth Five-year" Plan and "Eleventh Five-year" Plan period, China radiation processing industry has formed a certain development capability; the industry scale has been greatly improved; the industry structure has been gradually optimized and many remarkable technology innovation fruits have been presented. At present, China radiation processing industry mainly consists of four parts, including radiation chemical, radiation processing services, environmental treatment, public security guarantee and radiation technology equipment manufacturing. In recent 10 years, China radiation processing industry grows by over 15% annually, which is commonly recognized as the fast development country in the world. Currently, the comprehensive performance competitiveness of China radiation processing industry's main product is stronger than others, which is 1/3 to 1/2 cheaper than that of in the international market. Besides, China's post service has been gradually optimized. Meanwhile, there are plenty of scientific talent resources in China's scientific institutions and universities, and there will be a batch of scientific fruits in China. Through the combination with industry and study, new growth point will emerge in the future. Analysts consider, with the sustainable development of national economy and the improvement of the public awareness, China's market demand will increase by several times or even over 10 times compared with the current situation. It's estimated that China radiation processing industry scale will reach 70 billion Yuan.
With Forward’s long-term tracking and collecting market data of radiation processing industry, we roundly and accurately analyze the industry structure system for you from the view of mastering the whole industry. This report mainly focuses on analyzing China radiation processing industry’s market capacity, market size, development speed and competitive landscape, depending on macro-prosperity of current radiation processing industry and relying on its production and marketing condition as well as the demand trend.
The report mainly focuses on analyzing the production and development of China radiation processing industry; the development status and competitive trend of radiation processing industry; the development situation of radiation processing industry in market segmentation; the development analysis of the industry in key regions; the leading researching institutions and corporations' operational condition in radiation processing industry; the demand and prospect forecast of the downstream industries; as well as the investment opportunities and risks of the industry. Meanwhile, with comprehensive and specific first-hand market data over the past 5 years, Forward helps you to grasp the market and development trends of radiation processing industry, so as to win advantages from competition!
The most distinctive characteristics of this report is forward-looking and timeliness. Through analyzing forward-looking characteristic of abundant first-hand market data, we deeply and objectively dissect China radiation processing industry’s market capacity, market size, competitive landscape and characteristics of market demand. Furthermore, based on future development tracks and years' practice experience of radiation processing industry, we conduct prudent analysis and forecast for radiation processing industry's future development trend. This report helps radiation die casting manufacturing enterprises, R&D institutions, marketing enterprises and investment enterprises to precisely grasp current latest developments of the industry. Afterwards, they can make wise operating decisions and define enterprises' development directions. Moreover, this report is the first and weighty report on analyzing the up and down stream industries of radiation processing industry and analyzing its leading corporations in an all-round and systematical way.
Here, we would like to express our sincere gratitude to State Information Center, Bureau of Statistics of China, China Customs, International Information Research Institute, Chinese Academy of International Trade and Economic Cooperation, Tsinghua University Library, Development Research Center of the State Council and Beijing Essence Forward Research Center, for their great support when we conduct this report!
Notice: All the market data, especially corporations' ranking data in the report, only for business reference. Please do not take the data for enterprise publicity. Thank you! Or Forward shall not take any responsibility for any consequences!
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