Research papers in scientific journals/books
1) J. Marra, H.A. van der Schee, G.J. Fleer, and J. Lyklema; “Polyelectrolyte...
23) B. Bronsema, J. Marra; “Deel 1 – Ontwerp en Realisatie van een rookserre voor de
faculteit Bouwkunde van de TU Delft: ...
10) J. Marra, and T.L.G. Thijssen; “The Removal of Organic Vapors from Air for Indoor Air
Cleaning”; NL Techn. Note 006/09...
34) J. Marra; “Calculations on the Switching Performance of a Porous Foil in an Emissive Foil
Display”; NL Techn. Note 200...
60) J. Marra; “Impregnated gas absorption filters for air cleaning and air pollution sensing”; NL
Techn. Note 2014/00258 (...
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Publications & Patents 01-09-2016_Marra

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Publications & Patents 01-09-2016_Marra

  1. 1. Research papers in scientific journals/books 1) J. Marra, H.A. van der Schee, G.J. Fleer, and J. Lyklema; “Polyelectrolyte Adsorption from Saline Solutions”; in “Adsorption from Solution”; R.H. Ottewill, C.H. Rochester, and A.L. Smith (Eds.); Academic Press, London (1983) 245. 2) J. Marra; “Controlled Deposition of Lipid Monolayers and Bilayers onto Mica; Direct Force Measurements between Galactolipid Bilayers in Aqueous Electrolyte Solutions”; J. Colloid Interf. Sci. 107 (1985) 446. 3) J. Marra, and J.N. Israelachvili; “Direct Measurements of Forces between Phosphatidylcholine and Phosphatidylethanolamine Bilayers in Aqueous Electrolyte Solutions”; Biochemistry 24 (1985) 4608. 4) J. Marra; “Forces between Bilayers”; PhD thesis, Australian National University, Canberra, Australia (1985). 5) J. Marra; “Direct Measurements of Attractive Van der Waals and Adhesion Forces between Uncharged Lipid Bilayers in Aqueous Solutions”; J. Colloid Interf. Sci. 109 (1986) 11. 6) J.N. Israelachvili, and J. Marra; “Methods for Measuring Conformational Water Forces (Hydration Forces) between Membrane and Other Surfaces”; Methods in Enzymology 127 (1986) 353. 7) J. Marra; “Direct Measurement of the Interaction between Phosphatidylglycerol Bilayers in Aqueous Electrolyte Solutions”; Biophys. J. 50 (1986) 815. 8) J. Marra; “Effects of Counterion Specificity on the Interactions between Quaternary Ammonium Surfactants in Monolayers and Bilayers”; J. Phys.Chem. 90 (1986) 2145. 9) R.G. Horn, J. Marra, V.A. Parsegian, and R.P. Rand; “Comparison of Forces Measured between Phosphatidylcholine Bilayers”; Biophys. J. 54 (1988) 1185. 10) J. Marra, and M.L. Hair; “Surface Forces between Two Layers of Poly(ethyleneoxide) Adsorbed from Toluene on Mica”; J. Colloid Interf. Sci. 125 (1988) 552. 11) J. Marra, and M.L. Hair; “Interactions between Adsorbed Polystyrene Layers in Toluene- Heptane Mixtures; Effect of Solvent Quality”; Macromolecules 21 (1988) 2349. 12) J. Marra, and M.L. Hair; “Interactions between Adsorbed Polystyrene Layers in Acetone- Heptane Solvent Mixtures; Effect of the Segment-Surface Adsorption Affinity”; Macromolecules 21 (1988) 2356. 13) J. Marra, and M.L. Hair; “Forces between Two Poly(2-vinyl pyridine) Covered Surfaces as a Function of Ionic Strength and Polymer Charge”; J. Phys. Chem. 92 (1988) 6044. 14) J. Marra, and M.L. Hair; “Interactions between Two Adsorbed Layers of Poly(ethyleneoxide)/Polystyrene Diblock-copolymers in Heptane/Toluene Mixtures’; Colloids Surf. 34 (1989) 215. 15) J. Marra, and M.L. Hair; “Double-layer Forces in Nonadsorbing Ionic Micellar Solutions and Polyelectrolyte Solutions”; J. Colloid Interf. Sci. 128 (1989) 511. 16) J. Marra, and H.K. Christenson; “Effects of Miscible and Immiscible Polar Displacers on the Forces between Adsorbed Polystyrene Layers in Nonpolar Solvents”; J. Phys.Chem. 93 (1989) 7180. 17) J. Marra; “PEO Adsorption from Toluene on Mica”; J. Colloid Interf. Sci. 146 (1991) 598. 18) J. Marra, and J.A.M. Huethorst; “Physical Principles of Marangoni Drying”; Langmuir 7 (1991) 2748. 19) J.A.M. Huethorst, and J. Marra; “Motion of Marangoni-Contracted Water Drops Across Inclined Hydrophilic Surfaces”; Langmuir 7 (1991) 2756. 20) J. Marra; “Ultra-clean Marangoni Drying” in “Third Symposium on Particles in Gases and Liquids: Detection, Characterization, and Control”; K.L. Mittal (Ed.); Plenum Publish. Co. (1992). 21) J. Marra; “Ultra-clean Drying”; Philips Res. Bull. on Materials 5 (1991) 5. 22) J. Marra, S.M.R. Gelderland; “Filter for Indoor Air Treatment”; Philips Res. Bull. on Materials 21 (1997) pp. 5 – 8.
  2. 2. 23) B. Bronsema, J. Marra; “Deel 1 – Ontwerp en Realisatie van een rookserre voor de faculteit Bouwkunde van de TU Delft: Ventilatie van ETA3 ruimten in gebouwen”; TVVL Magazine 10 (2006), pp. 50-55. 24) B. Bronsema, J. Marra; “Deel 2 – Prestatiemetingen van een rookserre voor de faculteit Bouwkunde van de TU Delft: Ventilatie van ETA3 ruimten in gebouwen”; TVVL Magazine 10 (2006), pp. 56-61. 25) J. Marra; “Combining Air Filtration with Ultrafine Particle Sensing for an Enhanced Energy-efficient Indoor Air Quality Optimization”; Proceedings CLIMA2007- Well- Being Indoors; 9th REHVA World Congress; Helsinki, Finland (2007). 26) J. Marra; “Ultrafine Particle Sensors for Indoor Air Quality (IAQ) Monitoring and Control”; Proceedings 11th Int. Conf. Indoor Air Quality and Climate; Copenhagen, Denmark; paper #285 (2008). 27) J. Marra; “Binnenluchtverontreiniging met (ultra)fijn stof: Toepassing van de Aerasense ultrafijn stof monitor voor het verbeteren van de binnenluchtkwaliteit”; TVVL Magazine (2009) Vol. 1 pp. 12 – 19. 28) J. Marra, M. Voetz, H.J. Kiesling; ”Monitor for Detecting and Assessing Exposure to Airborne Nanoparticles”; J. Nanoparticle Research 12 (2010) pp. 21 – 37. 29) J. Marra, H. Goossens, S. Kessels; “Nanoparticle Monitoring for Exposure Assessment”; IEEE Nanotechnology Magazine (June, 2009), pp. 6 – 12. 30) J. Marra; “Airborne Particle Monitoring for an Enhanced Indoor Air Pollution Control”; Proc. Healthy Buildings Conf., Syracuse, USA (September 2009); paper #195. 31) J. Marra; “Using the Aerasense NanoTracer for Simultaneously Obtaining Several Ultrafine Particle Exposure Metrics”; J. of Physics, Conf. Series 304 (2011) 012010. 32) K.M. Moroney, W.T. Lee, S.B.G. O’Brien, J.F. Suijver, J. Marra; “Modelling of coffee extraction during brewing using multiscale methods: an experimentally validated model”; Chem. Eng. Sci. 137 (2015) pp. 216 – 234. 33) K.M. Moroney, W.T. Lee, S.B.G. O’Brien, J.F. Suijver, J. Marra; “Asymptotic analysis of the dominant mechanisms in the coffee extraction process”; SIAM Journal on Applied Mathematics (accepted for publication). 34) K.M. Moroney, W.T. Lee, S.B.G. O’Brien, J.F. Suijver, J. Marra; “Coffee extraction kinetics in a well-mixed system”; Journal of Mathematics in Industry 7 (2016) pp. 1 – 19. Internal Philips Reports 1) J. Huethorst, A.F.M. Leenaars, J. Marra, J.J. van Oekel, J.W.M. Geven, and F.L.G. de Vries; “Evaluation of Batchwise Marangoni Drying of Silicon Wafers with a 4” Wafer Prototype”; NL Techn. Note 304/89 (1989). 2) J. Huethorst, and J. Marra; “Marangoni-aided Spin Drying”; NL Techn. Note 161/90 (1990). 3) J. Marra; “Contamination Control for Avoiding Poly-Si-Residues; Some Features of Particle Adhesion on Silicon”; NL Report 6488 (1990). 4) J. Marra, and J. Huethorst; “Physical Principles and Applications of Marangoni Drying”; NL Report 6512 (1990). 5) J. Marra; “Ultra-clean Drying”; Philips Res. Bull. on Materials 5 (1991) 5. 6) J. Marra, and T.L.G. Thijssen; “Scale Formation in Steam Irons and the Prevention Thereof with Weakly-Acidic Ion Exchangers”; NL Techn. Note 304/91 (1991). 7) J. Marra, and T.L.G. Thijssen; “Chemical Scaling Inhibitors and Their Possible Application in Steam Irons and Coffee Makers”; NL Techn. Note 122/92 (1992). 8) J. Marra, and T.L.G. Thijssen; “Application of High-Melting Acids to Counteract Scaling in Steam Irons and Air Humidifiers; Development of an Anti-Scaling Filter”; NL Techn. Note 257/92 (1992). 9) J. Marra, and T.L.G. Thijssen; “Indoor Air Pollution with Gases and Vapours:- Its Scope, Perception, and Possible Mitigation”; NL Techn. Note 291/93 (1993).
  3. 3. 10) J. Marra, and T.L.G. Thijssen; “The Removal of Organic Vapors from Air for Indoor Air Cleaning”; NL Techn. Note 006/094 (1994). 11) J. Marra, C. Jay, G. Sollner; “Issues Pertaining to Air Cleaning and Air Cleaners”; NL Techn. Note 1994/0224 (1994). 12) J. Marra, T.L.G. Thijssen; “The Removal of Tobacco Smoke Vapors from Air by Activated Carbon”; NL Techn. Note 1994/0241 (1994). 13) J. Marra, T.L.G. Thijssen; “The Application of Acid –Impregnated Filters for Removing Alkaline Gases from Air”; NL Techn. Note 1995/0064 (1995). 14) J. Marra, T.L.G. Thijssen; “Compact Filter Structures for Air Cleaning, Air Humidification, and Air Cooling”; NL Techn. Note 1995/0203 (1995). 15) J. Marra, T.L.G. Thijssen; “Impregnated Absorption Filters for Removing Formaldehyde from Air”; NL Techn. Note 1995/0292 (1995). 16) J. Marra, T.L.G. Thijssen; “Filters for Removing Smog Gases (SO2, NO2, O3), Formaldehyde, and Acidic Gases from Air”; NL Techn. Note 1996/0060 (1996). 17) A. Boogaard, J. Marra, S.M.R. Gelderland; “An Electrostatic Dust Precipitator for an Indoor Air Cleaner”; NL Techn. Note 1996/0200 (1996). 18) J. Marra; “Electrostatically-Augmented Dust Filters for Indoor Air Cleaning”; NL Techn. Note 1997/0048 (1997). 19) J. Marra; “Corrugated Paper Structures for Air Cleaning, Evaporative Cooling, and Condensative Heating”; NL Techn. Note 1997/0091 (1997). 20) J. Marra, S.M.R. Gelderland; “Design and Construction of Improved Activated Carbon Filters for Air Cleaning”; NL Techn. Note 1997/0119 (1997). 21) J. Marra, S.M.R. Gelderland; “Domestic Drinking Water Quality, Treatment, and Purification: Scope, Significance and Applicable Technologies”; NL Techn. Note 1997/0214 (1997). 22) J. Marra, S.M.R. Gelderland; “-Al2O3 Nanofiltration Membranes for Domestic Water Purification”; NL Techn. Note 1998/0015 (1998). 23) J. Marra, J. Wijdenes; “Removal of Pollutants from Domestic Tap Water by Granular/Powdered Beds of Sorbent Media: Application to Water Purifiers, Coffee Makers and Kettles”; NL Techn. Note 1998/0089 (1998). 24) J. Marra, A.G.J. Geelen-Snijkers, V.D. Hildenbrand, C. Mutter, H. Glaeser, R.A. Hayes; “Pigments in Backlights: New Design Options for Fixtures Through Optical Coatings”; NL Techn. Note 2000/0064 (2000). 25) M.G.J. Bel, J. Marra, P.A. Duine, T.M.H. Creemers et.al.; “Design Rules and Foil Manufacturing Processes for the Dynamic Foil Display (DFD) Device”; NL Techn. Note 2000/0209 (2000). 26) J. Marra; “Particle Coatings through Aerosol Deposition”; NL Techn. Note 2000/295 (2000). 27) J. Marra, P.A. Duine, G.G.P. van Gorkom, B. Mos; “The Electromechanical Operation of the Dynamic Foil Display”; NL Techn. Note 2001/0003 (2001). 28) J. Marra, A.G.J. Geelen-Snijkers, B.F. van der Heijden, H. Glaeser; “Factbook on Light- Scattering from Particle Coatings: Theory and Experiments”; NL Techn. Note 2001/0175 (2001). 29) J. Marra, H. Glaeser; “New Design options for Luminaire Fixtures”; NL Techn. Note 2002/0197 (2002). 30) J. Marra, T.M.H. Creemers, J.G.A. den Biggelaar; “Optics of the Dynamic Foil Display: Influence of Absorption, Scattering, and Re-feeding on the Display Luminance, Uniformity, and Viewing Angle”; NL Techn. Note 2002/0199 (2002). 31) J. Marra et.al.; “Processing of Poly-LEDs in Air up to the Cathode Deposition”; NL Techn. Note 2002/0202 (2002). 32) J. Marra, P. Goossens, B. Mos; “Foil Display Switching Curve Measurements and Simulations”; NL Techn. Note 2002/392 (2002). 33) J. Marra; “Towards a Reflective Foil Display”; NL Techn. Note 2002/0420 (2002).
  4. 4. 34) J. Marra; “Calculations on the Switching Performance of a Porous Foil in an Emissive Foil Display”; NL Techn. Note 2003/00366 (2003). 35) J. Marra; “ Mechanical and Optical Aspects of Heat-reflecting Titania/Silica Multilayer Coatings on Quartz”; NL Techn. Note 2003/00629 (2003). 36) G.J. Destura, J. Marra; “Touch-Sensitive LCD In-cell Implementation using Pixel Switches”; NL Techn. Note 2003/00631 (2003). 37) M.W.G. Ponjee, J. Marra; “Influence of Thin Film Structures on the Light-guide Optics of the Dynamic Foil Display”; NL Techn. Note 2003/00955 (2003). 38) J. Marra; “Ulbricht-Sphere Type of LED Light Engine”; NL Techn. Note 2003/00965 (2003). 39) J. Marra; “Combustion-Derived Airborne Nanoparticles: Their Significance, Sensing, and Removal from Air”; NL Techn. Note 2004/00090 (2004). 40) J. Marra, B. van der Heijden; “The Charging and Electrostatic Precipitation of Airborne Nanoparticles”; NL Techn. Note 2004/00670 (2004). 41) J. Marra; “The Filtration of Charged Ultrafine Particles from Air: Theory”; NL Techn. Note 2005/00147 (2005). 42) J. Marra; “The Filtration of Charged Ultrafine Particles from Air: Experiment”; NL Techn. Note 2005/00300 (2005). 43) J. Marra; “Fast-response Sensor Devices for Detecting and Evaluating Airborne Ultrafine Particles”; NL Techn. Note 2006/00863 (2006). 44) J. Marra; “The Significance of the Boltzmann Bipolar Charge Equilibrium on Airborne Particles for Particle Filtration”; NL Techn. Note 2006/00962 (2006). 45) J. Marra; “On the Feasibility of Measuring the Size Distribution of Airborne Ultrafine Particles (UFPs) with UFP Sensors”; NL Techn. Note 2006/01036 (2006). 46) J. Marra; “On Indoor Air Pollution with Particles and Its Assessment with Various Particle Sensors”; NL Techn. Note 2009/00080 (2009). 47) J. Marra; “Issues pertaining to Ultrafine Particle (UFP) Sensors”; NL Techn. Note 2009/00205 (2009). 48) J. Marra; “Ionic Wind Sensor for Detecting Airborne Ultrafine Particles “; NL Techn. Note 2010/0043 (2010). 49) J. Marra; “Integrated Sensor for Measuring Airborne Ultrafine Particles and Volatile Organic Compounds”; NL Techn. Note 2010/00099 (2010). 50) J. Marra; “Modelling the Causes and Control of Indoor Air Pollution”; NL Techn. Note 2010/00197 (2010). 51) J. Marra; “Corrugated Air Treatment Filters for Gas (Formaldehyde) Absorption and Air Humidification/Cooling”; NL Techn. Note 2011/00121 (2011). 52) J. Marra; “Features of the Aerasense Ultrafine Particle (UFP) Monitor: Performance Enhancement, Assessment of UFP-related Powder-Dustiness, and the Measurement of UFP Agglomerates versus Compact UFPs”; NL Techn. Note 2011/00583 (2011). 53) N.M.A. de Wild, K. Karakaya, J.B. Giesbers, J. Marra, E. Schuijers; “Differential Measurement for Selective and Sensitive Formaldehyde Sensing”; NL Techn. Note 2011/00607 (2011). 54) J. Marra; “Understanding Coffee Brewing I: Flow and Extraction Phenomena in Dripfilter Coffee and Their Effect on Taste”; NL Techn. Note 2012/00295 (2012). 55) A.T.L. Tan, J. Marra, J.H Lammers, J.F. Suijver; “The Effect of Water Hardness and Filter Holder Shape on Coffee”; NL Techn. Note 2012/00581 (2012). 56) J. Marra; “Understanding Coffee Brewing II:- Effect of Brewing Process and Design Parameters on Coffee Extraction and Taste”; NL Techn. Note 2012/00619 (2012). 57) J. Marra; “Understanding Coffee Brewing III: Effect of Brewing Process Variables in Closed (Senseo) Low-Pressure Brewing Chambers on Extraction, Taste and Aesthetics”; NL Techn. Note 2013/00263 (2013). 58) J. Marra; “Understanding Coffee Brewing IV: The Brewing, Extraction and Taste of Espresso Coffee”; NL Techn. Note 2013/00597 (2013). 59) J. Marra, N.P.M Haex, N.P. Willard, D. Beelen; “Caffeine Reduction in Espresso Coffee with Bentonite Clay”; NL Techn. Note 2014/00120 (2014).
  5. 5. 60) J. Marra; “Impregnated gas absorption filters for air cleaning and air pollution sensing”; NL Techn. Note 2014/00258 (2014). 61) J. Marra, J. Lipsch, J. de Vreede, C. Brantjes; “Understanding coffee brewing V: Relating espresso taste to coffee species and brewing parameters”; NL Techn. Note 2014/00375 (2014). 62) J. Marra; “Activated carbon filters for indoor air cleaning: functionality, performance, testing and regeneration”; NL Techn. Note 2014/00558 (2014). 63) J. Marra; “Design and impregnation options for corrugated formaldehyde filters”; NL Techn. Note 2015/00209 (2015). 64) J. Marra; “An activated carbon filter for improving the lifetime and signal interpretation of the ultrafine particle sensor”; NL Techn. Note 2015/00277 (2015). 65) J. Marra, L.J.A. Beckers, M. Mulder, S. Spoor; “Some air related topics: Performance of a MnOxCeO2 catalytic formaldehyde filter, Design/operation of the differential formaldehyde sensor”; NL Techn. Note 2015/00599 (2015). 66) A.L. Bouwkamp-Wijnoltz, N.P.M. Haex, J. Marra, M.K. te Velde, J. De Vreede, N.P. Willard, H.C. Zeijlstra; “Understanding coffee brewing VI: Relating the health-relevant cafestol/kahweol concentrations in coffee brew to brewing systems and brewing parameters”; NL Techn. Note 2015/00701 (2015). 67) J. Marra; “Assessing and improving the Apollo combi-filter for indoor air cleaning”; NL Techn. Note 2016/0141 (2016). US patents (Granted) 1 US 9417207 Gas sensing apparatus 2 US 8701466 Device for characterizing the evolution over time of a size-distribution of electrically charged airborne particles in an airflow 3 US 8627733 Device for characterizing a size distribution of electrically-charged airborne particles in an air flow 4 US 8627732 Device for characterizing a size distribution of electrically-charged airborne particles in an air flow 5 US 8607616 Sensor for sensing airborne particles 6 US 8452489 Controlling system for controlling an air handling system 7 US 8402815 Air pollution sensor system 8 US 8123840 Electrostatic particle filter 9 US 7857892 Air pollution sensor system 10 US 7855449 Cooling device for a light-emitting semiconductor device and a method for manufacturing such as device 11 US 7836751 Ultrafine particle sensor 12 US 7722211 Light engine 13 US 7314292 Lighting device 14 US 7222994 Illumination system 15 US 7128443 Light-collimating system 16 US 7068910 Light-generating device having a polarized light-emitting waveguide plate 17 US 6956332 Display device comprising a light guide 18 US 6653997 Display device comprising a light guide 19 US 6413303 Activated carbon air filter 20 US 6251171 Air cleaner 21 US 6071479 Air filtration device 22 US 5966426 X-ray examination apparatus including an X-ray filter 23 US 5507108 Steam iron with scale prevention 24 US 5271774 Method for removing in a centrifuge a liquid from a surface of a substrate

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