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Latest revision as of 08:22, 14 September 2012
Husen, Annika
Nicolai, Andreas
- Modeling of Salt Mixtures
- Modeling of Salt and Humidity Transport
- Experimental calibration of salt transport parameters
- Moisture retention in porous materials
- Moisture transport mechanisms
Heritage, Alison
Bläuer, Christine
- Micro-chemical testing
- Monitoring
- Micro-chemical test for ammonia
- Micro-chemical test for calcium
- Micro-chemical test for magnesium
- Micro-chemical test for chloride
- Micro-chemical test for nitrate
- Micro-chemical test for sulfate
- Micro-chemical test for carbonate
- Micro-chemical test for hydrogen carbonate (bicarbonate)
- Micro-chemical test for sodium and potassium ions
- Micro-chemical test pH value
Stadlbauer, Erwin
Wendler, Eberhand
Siedel, Heiner
Kirsten Linnow
Auras, Michael
Steiger, Michael
Mainusch, Nils
Riedl, Nicole
Laue, Steffen
- Preliminary Investigations
- Monitoring
- Salt crystallization in the Grotto Hall of the New Palace in Potsdam
- Salt crystallization on the wall paintings of the chancel at St. Johannes in Neustadt/W, Ortsteil Mußbach
- Salt crystallization in the crypt of St.Maria im Kapitol (St. Mary's in the Capitol) in Cologne
Müller, Tim
Schwarz, Hans-Jürgen
- Analysis of Salts
- Fundamentals
- Halite
- Calcite
- Editorial Guidelines
- Nitrate
- Sulfate
- Polarized light microscopy
- Architectural Ceramics
- Author Guidelines
- Carbonate
- CategoryGuidelines
- Literature and Programs
- Natrite
- Organic Salts
- Salt Data
- Methods
- Deterioration Patterns
- Immobilization of salts
- Origin of Salts
- Salt conversion
- Light Refraction Index Determination
- Climatic Measurements
- Equilibrium moisture
- Microscopic identification of salts
- Niter
- What are salts?
- Authors Page
- Moisture
- Desalination
- Software
- Documentation-Sampling
- Poultices for desalination
- Thenardite
- Gypsum
- Salts Resulting from Restoration Materials
- Salts in building materials
- Salts in building substrate and subsoils
- Salts of microbiological origin
- Salts in building substrate and subsoils
- Road salts - deicing salt
- Photometry
- Atomic absorption spectroscopy(AAS)
- Inductive coupled plasma (ICP)
- Temperature Measurement
- Air Humidity Measurement
- Physical Principles
- Measured Variables
- Chilled Mirror Hygrometer
- Psychrometric Measuring Methods
- Capacitive Measuring Methods
- Capacitive Measuring Methods
- LiCl Condensation Hygrometer
- Infrared Hygrometer
- Bi-Strip Hygrometer
- Infrared Hygrometer
- Aluminium Oxide Sensor
- Resistive Sensors
- Measuring Humidity in Practice
- Contact temperature measurement
- Non-contact temperature measurement
- Ion chromatography (IC)
- Resistive Sensors
- Hygrometric Measuring Methods
- Selection of a suitable temperature sensor
- Vapor Sorption
- Water Absorption Coefficient
- Units for Moisture Measurement
- Moisture Measurement
- Gravimetric methods
- Gravimetric methods
- Chemical methods
- Thermometric methods
- Moisture Measurement Methods
- Dew point
- Building Materials
- X-Ray Diffraction Analysis (XRD)
- The Wall paintings at the Kaiserdom in Königslutter (Imperial Cathedral at Königslutter)
- Kieserite
- Sodium sulfate
- Equilibrium moisture content as a function of temperature
- Hygroscopicity of salts and their equilibrium moisture content
- Electrolytic Hygrometer
Heritage, Adrian
Simon, Stefan
Niemeyer, Rolf
Stahlbuhk, Amelie
- Potassium carbonate hexahydrate
- Sinjarite
- Calcium chloride tetrahydrate
- Calcium chloride
- Calicum nitrate
- Calcium nitrate dihydrate
- Calcium nitrate trihydrate
- Glauberite
- Leonite
- Carnallite
- Chlorocalcite
- Anhydrite
- Sodium sulfate heptahydrate
- Magnesium sulfate
- Meridianiite
- Sodium sulfate
- Sodium sulfate phase III
- Deterioration Mechanisms
- Salts/Salt Mixtures
- Calcium nitrate