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sj-docx-2-hpq-10.1177_1359105321990776 for Beliefs about medicines and adherence in women with breast cancer on adjuvant endocrine therapy by Eng Hooi Tan, Andrea Li Ann Wong, Chuan Chien Tan, Patrick Wong, Sing Huang Tan, Li En Yvonne Ang, Siew Eng Lim, Wan Qin Chong, Jingshan Ho, Soo Chin Lee and Bee Choo Tai in Journal of Health Psychology

Supplemental material, sj-pdf-5-hpq-10.1177_1359105321990776 for Beliefs about medicines and adherence in women with breast cancer on adjuvant endocrine therapy by Eng Hooi Tan, Andrea Li Ann Wong, Chuan Chien Tan, Patrick Wong, Sing Huang Tan, Li En Yvonne Ang, Siew Eng Lim, Wan Qin Chong, Jingshan Ho, Soo Chin Lee and Bee Choo Tai in Journal of Health Psychology

An enhancement-mode Silicon-Oxide-Nitride-Oxide-Silicon (SONOS) device has been developed in 0.13µm technology platform. The single-transistor (1-T) SONOS device in NOR Flash memory array utilizes n-channel cells. The development of 1-T SONOS is not an easy feat due to many disturbs experienced by the cells during operation. By the manipulation of program/erase mechanisms and operational conditions, all disturbs can be suppressed to the manageable level. The preferred program method is by Channel Initiated Secondary Electron (CHISEL) while F-N tunneling is utilized in erase operation. Silicon-Oxynitride (SiO x N y ) film is chosen as the ONO trapping layer because of its superior data retention performance in comparison to the silicon nitride (Si 3 N 4 ). Characterization results of SONOS cells, with ONO film stack 26A tunnel-oxide/105A SiO x N y /42A top-oxide, show reasonably good program speed, erase speed, data retention, endurance, and free or has minimal effect from all disturbs.