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Science and Technology in Jiangsu

 THE PRIORITIES OF THE FIELDS AND NEEDS OF

INDUSTRY DEVELOPMENT AND INNOVATION IN JIANGSU PROVINCE
 
 
1. Equipment Manufacture
Priorities: AUTOMOBILE, SHIPPING-BUILDING, ENGINEERING MACHINERY, CNC MACHINE TOOLS,
INSTRUMENTS, COMPLETE SETS OF EQUIPMENT AND SPECIAL EQUIPMENT
 
1.1 CNC Machine Tools and Equipment
  • R&D on new generation of opening CNC machine tool system and intelligent programming system
  • The industrialization on high-precision multi-axis linkage CNC machine tools, high performance new type compound machine tools, high-precision NC wire cutting equipment and the non-traditional processing equipment 
1.2 Urban Rail Transit (URT)
  • The design and manufacture technologies on the car body of urban rail transit
  • High-power diesel locomotive for freight and passengers, the key URT ground equipment and the technology of information control system for URT
  • The industrialization of traction-transmission system, intelligent platform screen doors,aluminum alloy carriages and the industrialization of special high-performance materials forURT
1.3 New Type of Equipment and Instruments on Electronic Information
  • New types of virtual instrument, testing instrument, electronic components and sensors
  • Micro electromechanical system (micro-accelerometer, micro electro mechanical fiber-optical gyroscope, micro power sensors and bio-sensors)
1.4 Novel Medical Equipment
  • Treatment Equipment (high power linac and its use in cancer treatment, the auxiliary surgery equipment, the technologies and equipment for novel drug delivery system)
  • Key parts and devices (X-ray tube with super- large capacity, high-frequency X-ray generator, high-performance ultrasonic probes, the imaging digitalization system and picture archiving and communication system)
2. Electronic Information
 
PRIORITIES: IC, EQUIPMENT FOR NETWORK AND TELECOMMUNICATION, PHOTOELECTRIC DISPLAY,
INFORMATION APPLIANCES, AUTOMOTIVE ELECTRONIC PRODUCTS, NEW ELECTRONIC
COMPONENTS
 
2.1. Software
  • Embedded software for manufacturing, especially for equipment manufacturing and electronic information
  • The network operating system and the application support software for key industries (telecommunications, electric power, traffic management, logistics, education, etc.)
2.2. Integrated Circuit
 
Development of 60-45 nm, high-speed, low-power chips, and the technology and core
equipment on making new Si-based ICs
 
2.3. Modern Telecommunications
  • The core technologies and key equipment for new generation of mobile communication system, satellite communication system and optical communication system
  • NGN transmission based on existing new generation backbone network, the products of wideband wireless access and mobile terminals
3. Biotechnology and New Medicine
 
PRIORITIES: NOVEL VACCINES, GENETIC ENGINEERING DRUGS AND MODERNIZATION OF CHINESE
HERBAL MEDICINES FOR MAIN DISEASES PREVENTION AND TREATMENT
 
3.1. New Medicine
  • Key technologies on vaccines and anti-bodies
  • Novel drugs for target-oriented delivery with high, quick and long efficiency
  • Slow/controlled-release transdermal absorbent and oral preparation of protein and peptidedrugs
  • The technology on drug molecular design
3.2. New Generation of Industrial Biotechnologies
  • Large-scale screening technology on functional strain
  • Technology on oriented evolution of bio-catalysis
  • Technologies for bio-assembly and bio-separation
  • The metabolic engineering technology
  • Technologies on industrialized/integrated biotransformation
4. New Materials
 
PRIORITIES: MATERIALS IN BASIC INDUSTRIES - SPECIAL METALLURGY, PETROCHEMICALS, AND
CONSTRUCTION
FEATURED ENGINEERING MATERIALS - CHEMICAL FIBERS, ELECTRONIC INFORMATION
NEW MATERIALS - COMPOUND MATERIALS, FUNCTIONAL POLYMERS, NANO-MATERIALS AND
NEW MATERIALS FOR OPTICAL-FIBER COMMUNICATION
 
4.1. Nano-Materials and Application
  • Industrialized preparation technology with low cost and environment-friendliness on nano-sized metals, metal oxides, nano-carbide, nano-nitride, nano-semiconductor andcarbon nano-tubes
  • The technologies on classification, separation and surface modification of nano-sized powders
  • The application of nano-sized powders in catalysis, sensors, coatings, textile, friction materials and powder materials
4.2. Electronic Information Materials
  • Technologies, materials and devices on micron and nanometer electronics including silicon monocrystal over 12 inches and its epitaxy material, complete design on VLSI, preparation and processing technology on submicron circuit
  • GaAs and SiGe superlattice with large diameter and the devices
  • New photoelectronic display materials and the devices such as the 3rd generation of wide bandgap semiconductor luminescent material, quantum dot luminescent material, field emission flat panel display and cholesteric liquid crystal materials 
4.3. New chemical materials
  • New catalysis materials and technology
  • R&D on new materials including synthetic rubber, high-performance functional fibers, polymer composites, separation membrane, organofluorine and organosilicon
  • Industrialization of carbon fiber, aramid fiber, high-performance fluoroplastic and organosilicon and membrane materials for separation
  • Environment-friendly materials
4.4. Novel Medical Materials and Devices
  • Coronary artery stent
  • Intraocular lens
  • Absorbable implant materials
  • Materials for hemodialysis
5. New Energy, Energy-saving and Environmental Protection
 
PRIORITIES: DEVELOPMENT OF THE TECHNOLOGIES FOR NEW ENERGY, ENERGY-SAVING AND
ENVIRONMENTAL PROTECTION IN ORDER TO PROMOTE THE RELATED INDUSTRIES AND
DEVELOP NEW ECONOMIC GROWTH POINTS
 
5.1. Solar Energy
  • Development on thin-film solar cells, photosynthetic solar cells and PV cells with low cost and high power
  • Environment-friendly and energy-saving solar-grade silicon materials
  • Industrialization of multi and single crystal silicon solar PV cells and modules with low cost and high power
  • Technology on solar power generation and grid-connection
  • Buildings integrated with solar-power generation
5.2. Semiconductor lighting
  • Technology for industrialization of wide bandgap high temperature semiconductor
  • Fabrication and package technology of high-power, high-luminosity LED chips
  • Fabrication technology of rare earth white luminous materials
  • Key products of semiconductor lighting application
5.3. Wind Power and Bio-mass Energy
  • Equipment of wind power generation (new wind turbine generators with megawatt capacity and variable propeller pitch and variable speed )
  • Biomass-pyrolysis and gasification and its power generation
  • Fuel or alcohol-ether directly or indirectly liquefied from biomass
  • Hydrogen production from biomass
  • The advanced technology on gasification of biomass energy and its power generation
5.4. Environmental Protection
 
  • ◆ The technology for controlling unregulated pollutants
  • ◆ Resource utilization technology of waste
  • ◆ The integration technology of cleaner production in heavy pollution industries
 
6. Modern Agriculture
  • The technologies and equipment for storage, transportation and the further processing of agricultural products
  • The key technologies and equipment for fine/further processing and comprehensive utilization of main agricultural products
  • The technologies of quality control, monitoring and further processing for fruits, vegetables and the products of livestock, poultry and aquiculture
7. Social Development
7.1. Ecological Environment
7.2. Recycling Economics
 

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