Author Page for Jeong-Kyu Kim

A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

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A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

Number of pages: 39 Posted: 10 Jun 2025

Jongyoun Park, Sungjoo Song, Seung Hwan Kim, Jong-Hyun Kim, Jeong-Kyu Kim and Hyun-Yong Yu

Korea University, Korea University, Chonnam National University, Korea University, Stanford University and Korea University

Downloads 41 (1,238,337)

Abstract:

A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

Number of pages: 31 Posted: 02 May 2025

Jongyoun Park, Sungjoo Song, Seung Hwan Kim, Jong-Hyun Kim, Jeong-Kyu Kim and Hyun-Yong Yu

Korea University, Korea University, Chonnam National University, Korea University, Stanford University and Korea University

Downloads 28 (1,415,710)

Abstract:

2.

Ultra-low Contact Resistivity and Boosting Performance of P-type SnO-TFTs with Metal-Interlayer-Semiconductor Contact Using Transition Metal Oxide

Number of pages: 28 Posted: 21 Nov 2025

Jongyoun Park, Sungjoo Song, Seung Hwan Kim, Jong-Hyun Kim, Jeong-Kyu Kim, Tae-Hang Ahn and Hyun-Yong Yu

Korea University, Korea University, Chonnam National University, Korea University, Stanford University, Korea University and Korea University

Downloads 64 (942,565)

Abstract:

3.

Novel Fermi-Level Alignment Approach to Schottky Barrier Height Modulation in Mote2 with Metal-Graphene-Semiconductor Source/Drain Contact

Number of pages: 31 Posted: 02 May 2025

Sungjoo Song, Seung Hwan Kim, Kyu-Hyun Han, Jongyoun Park, Jeong-Kyu Kim and Hyun-Yong Yu

Korea University, Chonnam National University, Korea University, Korea University, Stanford University and Korea University

Downloads 57 (1,000,027)

Abstract:

4.

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Downloads 55 (1,041,696)

2

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Number of pages: 28 Posted: 20 Jun 2025

Sungjoo Song, Jongyoun Park, Sangsu Lee, Jeong-Kyu Kim, Jeonghoon Bae, Hyejung Choi and Hyun-Yong Yu

Korea University, Korea University, Korea University, Stanford University, SK hynix Inc, SK hynix Inc and Korea University

Downloads 40 (1,224,220)

Abstract:

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Number of pages: 34 Posted: 21 Jul 2025

Sungjoo Song, Jongyoun Park, Sangsu Lee, Jeong-Kyu Kim, Jeonghoon Bae, Hyejung Choi and Hyun-Yong Yu

Korea University, Korea University, Korea University, Stanford University, SK hynix Inc, SK hynix Inc and Korea University

Downloads 15 (1,579,999)

Jeong-Kyu Kim

Stanford University

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Scholarly Papers (4)

A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

Abstract:

A Novel Azo Capping Approach on Sno Thin-Film Transistors for Efficient Threshold Voltage Modulation and Electrical Performance Enhancement

Abstract:

Ultra-low Contact Resistivity and Boosting Performance of P-type SnO-TFTs with Metal-Interlayer-Semiconductor Contact Using Transition Metal Oxide

Abstract:

Novel Fermi-Level Alignment Approach to Schottky Barrier Height Modulation in Mote2 with Metal-Graphene-Semiconductor Source/Drain Contact

Abstract:

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Abstract:

Highly Enhanced Schottky Barrier Heights in Source/Drain Contacts of Igzo Fets Using Azo-Based Mis Structures with Post-Interlayer Deposition Annealing (Pida)

Abstract: