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Keyphrases
Ammonia
100%
Green Ammonia
73%
Thermal Propulsion
73%
Propulsion
69%
Advanced Engine
59%
Light-duty
49%
Bulk Carrier
42%
Sustainable Future
42%
Ultra-low NOx
42%
Interdisciplinary Research
42%
Container Ship
42%
Marine Vessels
42%
Bulk Containers
42%
Future Fuels
42%
Single Solution
42%
Economically Viable
42%
Dominant Mode
42%
Effective Application
42%
Long Service Life
42%
Tanker Ship
42%
Practical Range
42%
High Thermal Efficiency
42%
Interdisciplinary Program
42%
Split Cycle
42%
Right-first-time
42%
Heavy-duty Applications
42%
Retrofitted Engine
42%
Greenhouse Gases
42%
Technical Economics
42%
University of Brighton
36%
Future Roads
36%
Engine Thermodynamics
36%
Combustion
35%
Liquid Ammonia
35%
Fuel Blends
26%
NH3 Combustion
24%
Hydrogen Carrier
22%
Dual Fuel
21%
Reactivity Controlled Compression Ignition
21%
Ammonia/hydrogen
21%
Bombay
15%
Liquid Ammonia Spray
15%
Thermodynamics
14%
Energy Fuel
14%
Combustion Stability
14%
Decarbonization
14%
Intracycle
14%
Quasi-isothermal Compression
14%
Cycle Architectures
14%
Compression Work
14%
Operating Conditions
12%
Engine Cycle
12%
Ignition Delay Time
12%
Wave Fluctuations
12%
Capillary Pattern
12%
Fuel Configurations
12%
Global Sustainability Goals
12%
Carbon Characteristics
12%
Non-carbon Fuel
12%
Characteristic Profile
12%
Ammonia Combustion
10%
Early Career Researchers
10%
Angads
10%
Ammonia-hydrogen Combustion
10%
Engine Technology
10%
International Workshop
10%
Agartala
10%
Emission Reduction
10%
Marine Applications
10%
Laminar Burning Velocity
10%
Rapid Compression Machine
10%
Direct Injection
10%
Recuperated Split Cycle Engine
10%
Capacity Building
10%
Reactivity-controlled Compression Ignition Engine
10%
Environmental Awareness
10%
Life Cycle Assessment
10%
PhD Students
10%
Technological Progress
10%
Auto-ignition Temperature
7%
High Energy Density
7%
Combustion Emissions
7%
CO Reduction
7%
Reduction Potential
7%
Enhanced Thermal Management
7%
NH3 Decomposition
7%
Volumetric Energy Density
7%
Stability Efficiency
7%
Heavy-duty
7%
Moderate Conditions
7%
Power Conversion Efficiency
7%
Electrification
7%
Energy Infrastructure
7%
Propulsion System
7%
High Pressure
7%
Hydrogen-rich Reformate
7%
Carbon-free
7%
Thermodynamic Analysis
7%
Indicated Efficiency
7%
Expander
7%
Flame Speed
7%
Storage Constraints
7%
Liquid Fuel
7%
Carbon-free Combustion
7%
Carbon Reduction
7%
Carbon-free Fuel
7%
Cryogenic Liquid
7%
Combustion Modeling
7%
Combustion System
7%
Isothermal Behavior
7%
Recuperator
7%
Conventional Engine
7%
NOx Formation
7%
System Efficiency
7%
Net-zero Target
7%
Hydrogen Generation
7%
Reformer
7%
Ammonia Injection
7%
Unified Architecture
7%
Memory Complexity
7%
Waste Heat Recovery
7%
Chemical Fuel
7%
Thermodynamic Framework
7%
Thermal Exergy
7%
Physical Separation
7%
Synergistic Mechanism
7%
Liquefiable
7%
Hydrogen Storage
7%
Partial Substitution
7%
Exhaust Waste Heat
7%
Exhaust Energy Recovery
7%
Quasi-isothermal
7%
Catalytic Reforming
7%
Zero-carbon Combustion
7%
Infrastructure Deployment
7%
Long-term Solution
7%
Efficiency Gain
7%
System Level
7%
Expansion Process
7%
Laminar Flame Speed
7%
Cycle System
7%
Working Fluid
7%
High Reactivity
7%
Compression Process
7%
Speed Limit
7%
Pathway-based Approach
7%
Combustion Promoter
5%
Zero Carbon
5%
Transfer of Training
5%
Politicians
5%
Diverging Channel
5%
Royal Academy of Engineering
5%
Hydrogen-diesel
5%
Wear Characteristics
5%
Zero-dimensional Simulation
5%
Knowledge Exchange
5%
Collaboration Research
5%
Air Power
5%
Engine Speed
5%
Kinematic Properties
5%
Experimental Characterization
5%
Ammonia Engine
5%
Engine Development
5%
Practical Training
5%
Combustion Reaction Mechanism
5%
Anti-wear
5%
Enhanced Collaboration
5%
Ammonia Slip
5%
Engine Modification
5%
Safety Aspects
5%
Fuel Handling
5%
Public Domain
5%
Remaining Challenges
5%
Kinetic Factor
5%
Net Zero
5%
Ignition Test
5%
Methane-hydrogen Mixture
5%
Jet Ignition
5%
Phase Change Properties
5%
Key Barriers
5%
Large Bore
5%
Intake Port
5%
Operation Study
5%
Lubricant Additives
5%
Air Phase
5%
Knowledge Sharing
5%
Pilot Fuel
5%
Strategy Evaluation
5%
Ignition System
5%
Safe Storage
5%
Compression Ignition Combustion
5%
Ammonia-based
5%
Researcher Development
5%
Combustion Experiment
5%
Maritime Research
5%
Environmental Analysis
5%
Knowledge Transfer Capacity
5%
Carbon Application
5%
Air Entrainment
5%
Fuel Additive
5%
Engineering
Hydrogen
80%
Green Ammonia
73%
Engine Cycle
52%
Liquid Ammonia
49%
Engine Concept
42%
Bulk Carrier
42%
Single Solution
42%
Tankers (Ships)
42%
Sustainable Future
42%
Dominant Mode
42%
Container Ship
42%
Thermodynamic Efficiency
42%
Service Life
42%
Greenhouse Gas
42%
Thermodynamics
42%
Practical Range
42%
Internal Combustion Engine
36%
Frame Rate
36%
Spray Water
36%
Atomisation
36%
Reactivity Controlled Compression Ignition
31%
Fuel Blend
26%
Carbon Fuel
24%
Nitrogen
24%
Flux Density
24%
Autoignition
18%
Ignition Temperature
18%
Pressure Bar
18%
Small Satellite
18%
Droplet Size
18%
Ambient Condition
18%
Main Flow
18%
Fuel Spray
18%
Speed Camera
18%
Drug Delivery
18%
Free Carbon
18%
Reformates
18%
Lens
18%
Natural Gas
17%
Review Article
12%
Environmentally Sustainable Transport
12%
Combustibility
12%
Limitations
12%
Spark Ignition
12%
Isothermal Compression
12%
Fuel Energy
12%
Decarbonization
12%
Ignition Delay
11%
Environmental Awareness
10%
Rapid Compression
10%
Direct-Injection
10%
Life Cycle Assessment
10%
Marine Applications
10%
Hydrogen Fuel
10%
Reduce Emission
10%
Work Package
10%
Compression Efficiency
6%
Catalytic Reforming
6%
Physical Separation
6%
Thermodynamic Framework
6%
Partial Substitution
6%
System Efficiency
6%
Isothermal
6%
Hydrogen Storage
6%
Combustion Modeling
6%
Conventional Engine
6%
Hydrogen Generation
6%
Recuperator
6%
Controllability
6%
Waste Heat Recovery System
6%
Expansion Process
6%
Conversion Efficiency
6%
Propulsion System
6%
Compression Process
6%
Speed Limitation
6%
Experimental Characterization
5%
Material Compatibility
5%
Antiwear
5%
Joints (Structural Components)
5%
Air Entrainment
5%
Experimental Work
5%
Delivery Method
5%
Kinetic Model
5%
Combustion Chamber
5%
Improve Efficiency
5%
Marine Engines
5%
Safety Aspect
5%
Air Power
5%
Dual-Fuel Combustion
5%
Pilot Fuel
5%
Lubricant Additive
5%
Safety Regulation
5%
Lifecycle
5%
Dual-Fuel Mode
5%
Corrosion Behavior
5%
Engine System
5%
Larger Bore
5%
Clean Air
5%
Technological Advancement
5%
Alternative Fuel
5%
Fuel Efficiency
5%
Policymakers
5%
Jet
5%
Clean Energy Technology
5%
Energy Policy
5%
Methane
5%
Reaction Analysis
5%
Technological Development
5%
Renewable Energy
5%
Engineering
5%
Industry Stakeholder
5%
Safe Operation
5%
Successful Implementation
5%
Engine Development
5%
Ignition
5%
Cold Start
5%
Engine Speed
5%
Ignition System
5%
Vaporization
5%
Conservation of Energy
5%
India
5%