Literature

For scanned and zipped copies of any of the listed Technical Papers and/or Application Notes, please copy and paste the titles that you wish to receive into an e-mail message addressed to: sensadyn@ix.netcom.com
 
Please note, that in electronic format, where the technical paper is scanned to PDF format, zipped, and attached to a return e-mail, papers can be from 400KB to 13 MB or larger, so please limit each request to a maximum of two (2).

 


 
 Technical Papers Listing
 

1. [    ]  Dynamic Surface Property Measurement of Aqueous Surfactant Solutions

               by:           Saeed M. Hosseini, Olin Research Center, Olin Corporation

 

2. [    ]  Acetylenic Diol Surfactants Cut Foaming and Wetting Problems

                 by:           William R. Dougherty, Air Products & Chemicals, Inc.

 

3. [    ]  Analysis of 72BC Additive Using the SensaDyne 6000 Tensiometer

                 by:           Theresa Souza, Technic, Inc.

 

4. [    ]  Optimizing Lithographic Performance - A Physical-Chemical Approach

                  by:           R.W. Bessemir and R. Krishnan, Sun Chemical Corporation

 

5. [    ]  A Surface Tension Method for Determination of Anionic Surfactants in Hot Water 
             Processing Athabaska Oil Sands

                  by:           Laurier L. Schramm, Syncrude Canada Ltd.

 

6. [    ]  Surface Energy Measurements of Litho Inks and Damping Solutions as Predictors 
             of Press Performance

                  by:           R.W. Bessemir and F. Shubert, Sun Chemical Corporation

 

7. [    ]  The Effect of Sodium Chloride on the Dynamic Surface Tension of Sodium Dodecyl 
             Sulfate Solutions

                  by:           S.G. Woolfrey, G.M. Banzon, & M.J. Groves, College of Pharmacy, Univ. of Ill. at Chicago

 

8. [    ]  Design of an Ink/Dampening Solution System

                 by:           R.W. Bessemir and R. Krishnan, Sun Chemical Corporation

 

9. [    ]  The Role of Dynamic Surface Tension in Slide Coating

                 by:           J.E. Valentini, W.R. Thomas, and P. Sevenheysen, E.I. DuPont de Nemours & Co.

                                   T.S. Jiang, H.O. Lee, and S.C. Yen, Rutgers - The State University of New Jersey

 

10. [    ]  Practical Applications of Surface Energy Measurements in Flexography

                    by:        R.W. Bessemir and R. Krishnan, Sun Chemical Corporation

 

11. [    ]  A Surface-Active Fraction Isolated from Beer

                    by:        L.T. Lusk, C.L. Cronin, E. Chicoye, and H. Goldstein, Miller Brewing Company

 

12. [    ]  Three-Dimensional Characterization of Active Surfactants

                    by:        V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Research Corporation

 

13. [    ]  Mechanisms Controlling Leaf Retention of Agricultural Spray Solutions

                    by:        W. Wirth, S. Storp, and W. Jacobsen, Bayer AG, Agrochemicals Center

 

14. [    ]  High-Performance Surfactant Offers Benefits in Waterborne PS Adhesives

                     by:        V.V. Shah and D. Werkema, Air Products and Chemicals, Inc.

 

15. [    ]  Experimental Investigation of Enhanced Heat and Mass Transfer                                       

               Mechanisms Using Additives for Vertical Falling Film Absorber

                    by:          K.J. Kim, N. Berman, & B. Wood, Arizona St. Univ., Ctr. for Energy Systems Rsch.

 

16. [    ]  Effect of pH and Temperature on Solubility of a Surface Active Carboxylic Acid

                    by:        N.K. Pandit and J.M. Strykowski, Boehringer Ingelheim Pharmaceuticals, Inc.

                                                                               
17. [    ]  The Importance of Low Dynamic Surface Tension in Waterborne Coatings

               by:        J. Schwartz, Air Products and Chemicals, Inc.

 

18. [    ]  Dynamic Surface Tension of Aqueous Lithium Bromide with

               2-Ethyl-1-Hexanol

                    by:        K.J. Kim, Univ. of Maryland, (CEEE), and V.P. Janule, SensaDyne Instrument Div.

 

19. [    ]  A Study of Wetting Tension Solutions

                    by:        D. Biggs and R. Fredricks, James River Corporation

 

20. [    ]  Dynamic Surface Tension Measurement of Water-Based Inks: Formulations,        

               Frustrations, and Flexibilities

                    by:        V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Research Corporation

 

21. [    ]  On-Site Surface and Wetting Tension Measurements of Water-Based Coatings and Substrates

                   by:        V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Research Corporation

 

22. [    ]  Acetylenic-Based Surfactants: Problem Solvers in Compliant Coating Applications

                    by:        Steven Medina, Air Products and Chemicals, Inc.

 

23. [    ]   An Automatic Dispensing System for Dynamic Surface Tension and CMC    

                Measurements

                     by:       V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Research Corporation

 

24. [     ]   Automatic Determination of Dynamic CMCs

                  by:      T.C. Christensen, V.P. Janule, A.F. Teichmann, SensaDyne Instr. Div., Chem-Dyne Rsch.

 

25. [     ]   Solving Formulation Problems using Dynamic Surface Tension and Dynamic  

                 CMC Measurements

                       by:      V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Research Corporation.

 

26. [     ]   Surface Tension Measurement in a Pressurized Environment

                 by:     T.C. Christensen, V. P. Janule, A. F. Teichmann, SensaDyne Instr. Div., Chem-Dyne Rsch. Corp.

 

27. [     ]   Process and Quality Control Using Surface Tension Measurement

                      by:      Victor P. Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.

 

28. [     ]   Measuring Surface Tension of Coatings with Automatic Viscosity Compensation                             
                       by:       V.P. Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.

 

29. [     ]   Fingerprinting Surfactants using Dynamic Surface Tension

                 by      Tanya Christensen, Victor Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.

 

30. [     ]   Real-time Contamination Detection Using Surface Tension

                       by:       Victor P. Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.
 
31. [     ]   Molecular Fingerprinting of Surfactant Containing Formulations
              by:       Victor P. Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.
 
32. [     ]   Real-time Contamination Detection Using Surface Tension
                by:       Victor P. Janule, SensaDyne Instrument Div., Chem-Dyne Rsch. Corp.
 
33. [     ]   Surface Active Agents are on the Case/Troubleshooting Agents for Aqueous Systems
                by:        Steve Medina, Air Products and Chemicals Inc.
 
34. [     ]   High Performance Wetting Agents Based on Acetylenic Glycol Chemistry
                by:         Verendra V. Shah, Air Products and Chemicals Inc.
 
35. [     ]   Equilibrium Parameters and Kinetics for Surfactant and Detergent Characterization
                by:        D. Nickel & W. Von Rybinski, Henkel KGaA
                              

Application Notes Listing


Data in the Application Notes is taken from various customers' test fluid results. Information on customers and their formulations is proprietary.

 

1. [    ]   Aerosols

              Comparison of dynamic surface tension curves for four aerosol compositions.
 

2. [     ]   Detergent (Liquid StripperlDegreaser)

               Three-Dimensional curve of surface tension vs concentration vs bubble rate.
 

3. [     ]   Electroplating Baths & Solder Flux

               Comparison of dynamic surface tension curves for three baths and a related cleaner.
 

4. [     ]   Fountain Solutions

               Comparison of dynamic surface tension curves for six offset press fountain solutions.

 
5. [     ]   Fountain Solutions #2

               Comparison of dynamic surface tension curves for five offset press fountain solutions.

 
6. [     ]   Lubricating Oils
               Effects of temperature and surface age on lubricating oils.
 

7. [     ]   Photographic Emulsion and Topcoat

               Importance of dynamic vs static surface tension in emulsions and topcoats.
 

8, [     ]   Polyvinyl Chloride (PVC) Latex

               Dynamic surface tension graph ofPVC latex vs surfactant concentration.
 

9. [     ]   Process Control Using the SensaDyne Surface Tensiometers

               Several schemes for using surface tensiometers in process control applications.

 
10. [     ]  Process Water                          .
                Comparison of dynamic surface tension curves for four process water samples.
 

11. [     ]   Semiconductor Manufacturing Plating Baths

                 QC curves of surface tension vs tin-lead additives for two plating baths.
 

12. [     ]   Surfactant Concentration Studies

                 Quality assurance testing and control of surfactant additive concentrations.
 

13. [     ]   Surfactant Diffusion Rate (Surface Age) Measurements

                 How SensaDyne software accurately measures Surface Age.
 

14. [     ]   W ater- Based Dyes

                 Comparison of dynamic surface tension curves for six water-based dyes.
 

15. [     ]   Water-Based Inks

                 Comparison of dynamic surface tension curves for six water-based inks.
 

16. [     ]   Water Borne Adhesives

                 Comparison of dynamic surface tension curves for five acronaI emulsion-based adhesives.
 

17. [     ]   Water-Borne versus Solvent-Borne Coatings

                 Dynamic curve comparisons of water-borne and solvent borne coatings.

 

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