Engineering
Desalination
100%
Building Material
71%
Electrochemical Desalination
61%
Electromigration
61%
Clay Brick
56%
Brick Masonry
47%
Relative Humidity
47%
Applied Electric Field
44%
Ion Exchange
34%
Removal Rate
31%
Longer Term
27%
Limitations
24%
Warehouses
23%
Porosity
21%
Electrical Conductivity
20%
Material Loss
20%
Transport Process
17%
Soluble Salt
17%
Pore System
16%
Gypsum Plaster
15%
Cement Mortar
15%
Direct Current
13%
Joints (Structural Components)
13%
Pore Solution
13%
Osmotic Effect
13%
Process Engineering
13%
Electroosmotic Dewatering
13%
Buffering Capacity
13%
Initial Concentration
13%
Electrical Conductivity
13%
Engineering
13%
Internals
13%
Capillary Absorption
13%
Glassy Phase
13%
Mathematical Model
13%
Electrokinetic Treatment
13%
Critical Role
13%
Exposure Time
13%
Material Compatibility
13%
Main Reason
13%
Capillary Suction
13%
Mechanical Resistance
13%
Exposure Condition
13%
Term Effect
13%
Field Observation
13%
Technical Committee
13%
Common Method
13%
Humidity Change
13%
Test Procedure
13%
Accelerated Test
13%
Keyphrases
Poultice
27%
Murals
23%
Salt-induced
20%
Desalination Effect
16%
Ion Content
14%
Ionic Impurities
13%
Ionic Mixtures
13%
Matrix Change
13%
Transport Matrix
13%
Transport Rate
13%
Deliquescent
13%
Electrochemical Desalination
13%
Porous Building Materials
13%
Direct Current Electric Field
13%
Masonry
13%
Electrokinetics
13%
Material Minimization
13%
Double Salt
13%
Clay Brick
13%
Fired Clay Bricks
13%
Salt Weathering
13%
Deliquescence Relative Humidity
13%
Damage Prevention
13%
Sodium Sulfate
13%
Sodium Chloride
13%
Salt Mixture
13%
Metastable Phases
13%
Direct Measurement
13%
Vault
10%
Sodium Nitrate
10%
Buffer Component
9%
Common Interest
9%
Brick
9%
Salt Profile
8%
Electromigration
7%
Distance between Electrodes
6%
Phase Transition
6%
Real Conditions
6%
Preventive Conservation
6%
In Situ
6%
Desalination
6%
Desalination Process
5%
Salt Content
5%
Air Lime
5%
