Engineering
Water
100%
Washing
47%
Surfaces
34%
Textile Product
31%
Washing Machines
31%
Rating
31%
Models
31%
Manganese
31%
Chitin
31%
Silica Nanoparticle
31%
Polyurethan
28%
Temperature
27%
Actuation
26%
Alkaline Hydrolysis
26%
Environmental Impact
23%
Actuators
21%
Cycles
19%
Research
18%
Performance
17%
Practical Application
16%
Evaporation
15%
Ironing Process
15%
Lifecycle
15%
Economic Impact
15%
Drying Process
15%
Energy Engineering
15%
Measurer
15%
Fibre Surface
13%
Hot Plate
12%
Mechanisms
11%
Textiles
11%
Electrospinning
11%
High Energy
10%
Robotics
10%
Fluorinated Polymer
10%
Coating
10%
Design
9%
Thickness
9%
Crystallinity
8%
Polyester Fabric
8%
Air Permeability
8%
Development
8%
Generates
7%
Integration
7%
Washers
7%
Sustainability Assessment
7%
Textile Sector
7%
Applicability
7%
Sustainability Index
7%
Laundering
7%
Material Science
Material
85%
Surface
60%
Superhydrophobic
57%
Fiber
49%
Static Contact
35%
Ultimate Tensile Strength
34%
Polyamide
31%
Heat Transfer
31%
Titanium Dioxide
31%
Air
29%
Polystyrene
27%
Lanthanum
27%
Manganese Oxide
27%
Crystal
23%
Contact Angle
23%
Heat Resistance
22%
Water Vapor
21%
Chitin
19%
Solution
19%
Permeability
18%
Textile
17%
Electrospinning
16%
Shrinkage
15%
Mechanical Strength
13%
Polymer
13%
Surface Roughness
12%
Coating
10%
Calcium
10%
Hydrophobicity
9%
Mechanical Property
9%
Micelle
9%
Complexation
9%
Air Permeability
8%
Nanoparticle
8%
Crystal Lattice
7%
Peptide
7%
Swelling
7%
Characterization
7%
Thermal Property
6%
Morphology
6%
Actuator
6%
Glucans
6%
Particle
6%
Calcite
5%
Polymorphism
5%
Chemistry
Water Type
92%
Nanofiber
31%
Adsorption
27%
Evaporation
25%
Crystalline Material
23%
Ether
22%
Energy
19%
Concentration
18%
Ammonium Sulfate
18%
Hydrogen Bonding
15%
Humidity
14%
Surface
13%
Aqueous Solution
11%
Dehydration
10%
Robotics
10%
Phase Composition
9%
Application
9%
Calcium Carbonate
9%
Micelle
9%
Crystallinity
8%
Procedure
8%
Crystal Structure
7%
Tripeptide
7%
Mechanical Stress
7%
Nanoporosity
7%
Peptide
7%
Energy Transfer
7%
Force
7%
Hydrophobicity
7%
Structure
6%
Potential
6%