| Issue Date | Title | Involved Person(s) |
| 17-Oct-2011 | Nichtvereisende Beschichtungen für Rotorblätter von Windenergieanlagen | Siegmann, Konstantin; Susoff, Markus; Hirayama, Martina |
| 2008 | Verbesserte Barriereeigenschaften für Kunststoffverpackungen | Siegmann, Konstantin; Hirayama, Martina |
| 2008 | Coatings and aerogels based on sol-gel processes | Siegmann, Konstantin; Hirayama, Martina |
| 31-Oct-2007 | Frostschutz : von arktischen Fischen inspiriert | Siegmann, Konstantin; Hirayama, Martina |
| 26-May-2007 | Potentiometric Immunoassay with Quantum Dot Labels | Thürer, Reto; Vigassy, Tamás; Hirayama, Martina; Wang, Joseph; Bakker, Eric, et al |
| 2006 | Improving the response behavior of Cd2+-selective polymeric membrane electrodes by incorporated lipophilic particles | Thürer, Reto; Vigassy, Tamás; Hirayama, Martina; Pretsch, Ernö |
| May-2004 | Covalent binding of biorecognition groups to solids using poly(hydromethylsiloxane) as linkage | Zhang, Xuequn; Deckert, Volker; Steiger, Beat; Hirayama, Martina; Suter, Ulrich, et al |
| 2004 | Silicone nanolayers | Hirayama, Martina |
| 2004 | Polymers at surfaces and interfaces at ZHW | Hirayama, Martina; Dotta, Pascal; Bührer, Heiner |
| 2000 | Coatings with siloxane layers in nanoscale thickness : hydrophobization, adhesion promotion, corrosion protection | Hirayama, Martina; Caseri, Walter; Suter, Ulrich |
| 2000 | Activated poly(hydromethylsiloxane)s as novel adhesion promoters for metallic surfaces | Hirayama, Martina; Soares, Marie; Caseri, Walter; Suter, Ulrich; Goussev, Olga |
| Apr-1999 | Strongly attached ultrathin polymer layers on metal surfaces obtained by activation of Si-H bonds | Hirayama, Martina; Caseri, Walter; Suter, Ulrich |
| 1999 | Ultrathin polymer films on gold surfaces through activation of Si-H bonds | Hirayama, Martina; Caseri, Walter; Suter, Ulrich |
| Jun-1998 | Reaction of long-chain iodoalkanes with gold surfaces | Hirayama, Martina; Caseri, Walter; Suter, Ulrich |
| 1997 | Herstellung und Charakterisierung von dünnen und ultradünnen Schichten auf anorganischen Oberflächen durch oxidative Addition und Aktivierung chemisch reaktionsträger Bindungen | Suter, U. W.; Spencer, N.; Hirayama, Martina |
