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While it is known that document design affects the reading process (Schriver, 1997), there are few studies on how designelements influence non-native readers’ reading. We conducted a study to examine how native and non-native (NN) readersread Japanese web documents with different structures (networked, hierarchical, and relational) using eye-tracking andhow differences in reading affect information lookup and comprehension evaluated by performance and comprehensiontests. We used municipal documents currently made available on the Web by local governments in Japan. Seven nativeand eight NN Japanese readers took part in the study. The results show that native readers are not influenced by differencesin document structure. NN readers, on the other hand, showed different patterns of reading depending on the documentstructure, and better information look up performance when they read documents with a relational structure. This seemsto be related to the amount of information available.

In this work, RF magnetron co‐sputtering was used to fabricate molybdenum oxytelluride thin films with different atomic ratios. Scanning electron micrographs and atomic force micrographs revealed that pure Mo thin films were segregated. Thin films with 40% Te content portrayed needle‐like structures and thus had the largest Rq value of 2.48 nm. Contact angle measurements further supported the findings as the thin films with 40% Te content were the most hydrophobic. X‐ray photoelectron spectroscopy results revealed that the major oxidation states of Mo from Te‐poor to Te‐rich TFs were changed from high (+6) to low (+4 and/or +2). X‐ray diffraction data showed that peaks pertaining to molybdenum oxide species appeared, notably at 33.048° and 33.115°. Ultraviolet photoelectron spectroscopy and Kelvin probe measurements evinced that the work function increases with increasing Te content. Four‐point probe measurements revealed that molybdenum oxytelluride thin films tend to have higher electrical conductivity than pure Mo and Te thin films. [ABSTRACT FROM AUTHOR]

This document is a corrections statement for an article titled "The Role of the Bottom Oxide Layer in Oxide-Metal-Oxide (OMO) Electrode for Stretchable Organic Light-Emitting Diodes." The corrections address errors in Figure 3, the chemical shifts mentioned in Figure 4 3(f), a sentence regarding the photoelectronic spectrum, a publishing error in the figure caption of Figure 3, an error in a sentence about the resistance of the M5M electrode, the inclusion of a research project in the acknowledgements, and errors in Supporting Figures S3 and S4. The corrections provide the accurate information and updated versions of the figures. The article was authored by Chang Min Lee, Yeong Beom Kim, Subrata Sarker, Dong Hyun Kim, Tae Wook Kim, Syed Hamad Ullah Shah, Hyun Woo Cho, Tae-Sung Bae, Seung Min Yu, Yong-Cheol Kang, Sangmin Han, Periyanayagam Justin Jesuraj, Keum-Jin Ko, Myungkwan Song, Chang-Su Kim, and Seung Yoon Ryu. [Extracted from the article]

High performance inverter circuits consisting of 0.2 wt.% Si-doped amorphous zinc-tin-oxide (a-SZTO) thin film transistor (TFT) with depletion mode (D-mode) and 0.5 and 2 wt.% Si-doped a-SZTO TFTs with enhancement mode (E-mode) have been fabricated by using all n-type metal-oxide TFTs. These inverter models are operated by the difference of threshold voltage ( Vth) between D-mode and E-mode simply controlled by changing Si-doping ratio. High voltage gains of two inverters have been obtained ∼12 and ∼14.2 at VDD = 15 V and showed strongly depending on subthreshold swing (SS). It is possible to control the transition region and the noise margin of inverter circuits by changing SS and operating voltage ( VOP) of E-mode TFT. [ABSTRACT FROM AUTHOR]