Gurtej S. Sandhu | Scholar Profiles and Rankings

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Density functional theory study on reaction mechanisms of Co(tbu2DAD)2 for area selective-atomic layer deposition of Co films on metal surfaces (journal article) Ashburn, Nickolas \| Lang, Xiuyao \| Pandey, Sumeet \| Wolf, Steven \| Kramer, Steve \| Smythe, John \| Sandhu, Gurtej \| Winter, Charles \| Kummel, Andrew C. \| Cho, Kyeongjae Journal of Vacuum Science & Technology A, volume 41, issue 5 (2023). 10.1116/6.0002840 Cite \| Source
Electrically conductive laminate structures (patent) Sandhu, Gurtej S. Patent Number: 10879178 (2020) Cite \| Source
Methods of forming a self-assembled block copolymer material (patent) Millward, Dan B. \| Sandhu, Gurtej S. Patent Number: 10828924 (2020) Cite \| Source
Hydrosilylation in semiconductor processing (patent) Thorum, Matthew S. \| Sandhu, Gurtej S. Patent Number: 10825686 (2020) Cite \| Source
Recessed access devices and DRAM constructions (patent) Gao, Yunfei \| Hill, Richard J. \| Sandhu, Gurtej S. \| Liu, Haitao \| Pandey, Deepak Chandra \| Pulugurtha, Srinivas \| Karda, Kamal M. Patent Number: 10825816 (2020) Cite \| Source
Using sacrificial solids in semiconductor processing (patent) Thorum, Matthew S. \| Sandhu, Gurtej S. Patent Number: 10784101 (2020) Cite \| Source
Methods and apparatus providing thermal isolation of photonic devices (patent) Meade, Roy \| Sandhu, Gurtej Patent Number: 10777722 (2020) Cite \| Source
Integrated circuity, DRAM circuitry, methods used in forming integrated circuitry, and methods used in forming DRAM circuitry (patent) Sandhu, Gurtej S. \| Smythe, John A. Patent Number: 10777562 (2020) Cite \| Source
Components and systems for cleaning a tool for forming a semiconductor device, and related methods (patent) Tokashiki, Ken \| Sandhu, Gurtej S. Patent Number: 10766057 (2020) Cite \| Source
Method used in forming integrated circuitry (patent) Kim, Byeung Chul \| Hill, Richard J. \| Smythe, John A. \| Sandhu, Gurtej S. Patent Number: 10770465 (2020) Cite \| Source
Semiconductor constructions comprising dielectric material, and methods of forming dielectric fill within openings extending into semiconductor constructions (patent) Sandhu, Gurtej S. \| Light, Scott L. \| Smythe, John A. \| Varghese, Sony Patent Number: 10763155 (2020) Cite \| Source
Method of forming photonics structures (patent) Sandhu, Gurtej Patent Number: 10761275 (2020) Cite \| Source
Enabling fast pulse operation (patent) Sandhu, Gurtej S. \| Kinney, Wayne I. Patent Number: 10748594 (2020) Cite \| Source
Methods of forming nanostructures using self-assembled nucleic acids, and nanostructures thereof (patent) Sills, Scott E. \| Sandhu, Gurtej S. Patent Number: 10741382 (2020) Cite \| Source
Integrated circuitry comprising an array, method of forming an array, method of forming DRAM circuitry, and method used in the fabrication of integrated circuitry (patent) Bozdog, Cornel \| Bhardwaj, Abhilasha \| Kim, Byeung Chul \| Koltonski, Michael E. \| Sandhu, Gurtej S. \| Thorum, Matthew Patent Number: 10707211 (2020) Cite \| Source
Resistive memory sensing (patent) Ramaswamy, D.V. Nirmal \| Sandhu, Gurtej S. \| Bi, Lei \| Johnson, Adam D. \| Keeth, Brent \| Calderoni, Alessandro \| Sills, Scott E. Patent Number: 10699784 (2020) Cite \| Source
Magnetic devices with magnetic and getter regions (patent) Sandhu, Gurtej S. \| Pandey, Sumeet C. Patent Number: 10680036 (2020) Cite \| Source
Electrically conductive laminate structures (patent) Sandhu, Gurtej S. Patent Number: 10679943 (2020) Cite \| Source
Methods of forming photonic device structures and electronic devices (patent) Meade, Roy E. \| Sandhu, Gurtej S. Patent Number: 10663859 (2020) Cite \| Source
Memory cells having a controlled conductivity region (patent) Sandhu, Gurtej S. \| Karda, Kamal M. Patent Number: 10665593 (2020) Cite \| Source