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Patent Known References
Type | Patent Country | Patent Number |
---|---|---|
Patent | DE | 60109601 |
Patent | DE | 60114183 |
Patent | EP | 806267 |
Patent | EP | 1284841 |
Patent | EP | 1284842 |
Patent | GB | 969535 |
Patent | GB | 1298204 |
Patent | JP | 2232173 |
Patent | JP | 4615813 |
Patent | JP | 4959901 |
Patent | JP | 5016576 |
Patent | JP | 5544381 |
Patent | JP | 5584666 |
Patent | JP | 5672016 |
Patent | JP | 5767280 |
Patent | JP | 5993360 |
Patent | JP | 6141359 |
Patent | JP | 2004507076 |
Patent | JP | 2004507077 |
Patent | JP | 2009033193 |
Patent | JP | 2012023387 |
Patent | JP | 2012114454 |
Patent | JP | 2013239737 |
Patent | JP | 2014078723 |
Patent | JP | 2015092610 |
Patent | JP | 2015188108 |
Patent | JP | 2017063211 |
Patent | KR | 100571449 |
Patent | KR | 100770852 |
Patent | KR | 20030004421 |
Patent | KR | 20030005405 |
Patent | SG | 43335 |
Patent | TW | 508284 |
Patent | TW | 528646 |
Patent | US | 2701192 |
Patent | US | 3057809 |
Patent | US | 3214491 |
Patent | US | 4824891 |
Patent | US | 4885206 |
Patent | US | 5081051 |
Patent | US | 5212910 |
Patent | US | 5391258 |
Patent | US | 5489233 |
Patent | US | 5578362 |
Patent | US | 5622535 |
Patent | US | 5692950 |
Patent | US | 5921855 |
Patent | US | 6017265 |
Patent | US | 6022268 |
Patent | US | 6454634 |
Patent | US | 6582283 |
Patent | US | 6736709 |
Patent | US | 6749485 |
Patent | US | 6764574 |
Patent | US | 6860802 |
Patent | US | 6910942 |
Patent | US | 7045573 |
Patent | US | 7052365 |
Patent | US | 7226345 |
Patent | US | 2003027500 |
Patent | US | 2005020082 |
Patent | WO | 1989007123 |
Patent | WO | 1996015887 |
Patent | WO | 2001091971 |
Patent | WO | 2001091972 |
Published Known References
Type | Title of NPL |
---|---|
Other | ISO 6721-1 |
Other | ISO 6721-4 |
Other | ASTM D5418-07 |
Other | ASTM D618 |
Other | C Wong et al the research report issued by David Taylor Research Center US Navy on January 1990 |
Other | David C Ponte s master thesis titled Mechanics Framework of Pad Scratching in Chemical-Mechanical Planarization 2015 |
Other | Grant & Hackh s Chemical Dictionary 1998 |
Other | H S Lee et al Semi-empirical material removal rate distribution model for SiO2 chemical mechanical polishing (CMP) processes Precision Engineering 37 (2013) pages 483-490 |
Other | Irene Li et al Dynamic Mechanical Analysis of CMP Pad Materials) Material Research Society Symposium 2000 |
Other | Irene Li et al Mechanistic Aspects of the Relationship Between CMP Consumables & Polishing Characteristics presented at symposium of Material Research Society April 26 27 2000 |
Other | J M Hogan C J Pearson T H Rogers and J R White Humidity characteristics of HR and Hot Urethane Foams published on 1973 |
Other | Jaehyun Bae et al published in the International Conference on Planarization/CMP Technology November 19-21 2009 |
Other | Jaehyun Bae et al Effect of Retainer Pressure on Removal Profile and Stress Distribution in Oxide CMP International Conference on Planarization CMP Technology November 19-21 2009 |
Other | James W Bryant Jr s master dissertation titled Prediction of Linear Viscoelastic Response of The Loss Shear Modulus of Polymer-Modified Binders published on March 1999 |
Other | Japanese Patent Application No 2232173 |
Other | John J Aklonis and William J MacKnight Introduction to Polymer Viscoelasticity second edition John Wiley and Sons 1983 |
Other | Joseph M Steigerwald Shyam P Murarka and Ronald J Gutmann Chemical Mechanical Planarization of Microelectronic Materials John Wiley and Sons 1997 |
Other | Marino Xanthos Functional Fillers for Plastics 2010 |
Other | Richard L Clark Jr s PhD dissertation titled Influence of the Interphase on the Mechanical Properties of Nylon 66 Composites published on August 1996 |
Other | Robert L Geimer et al Resin Characterization published on April 3-5 1990 at Proceedings of the 24th WSU International particleboard/composite materials symposium |
Other | Rodel s IC 1000 product brochure released in January 1993 |
Other | Rodel s product brochure for Rodel 1000 CMP Pad published in 1999 |
Other | Rodel s product brochure in 1992 Suba IV polishing pad |
Other | Rodel s product brochure of IC1000 and IC60 polishing pads in 1991 |
Other | Rodel s product brochure of IC1000 polishing pad in 1991 |
Other | Rodel s SUBA IV polishing pad product brochure 1992 |
Other | Sanha Kimet al Pad Scratching in Chemical-Mechanical Polishing: The Effects of Mechanical and Tribological Properties ECS Journal of Solid State Science and Technology 3(5)P169-P178 (2014) |
Other | Takafumi Yoshida Three- Dimensional Wafer Process Model for Nanotopography Mat Res Soc Symp Proc Vol 767 2003 F1 1 |
Other | Weidan Li Dong Wook Shin Minoru Tomozawa and Shyam P Muraka The effect of the polishing pad treatments on the chemical-mechanical polishing of SiO2 films Thin Solid Films 270 (1995) 601-606 |