【研究發展處訊】

發表期刊論文名單如下：

• 人社院中國文學系 林怡岑助理教授
• 人社院哲學系 黃筱慧副教授
• 理學院化學系 蘇平貴教授
• 理學院化學系 蘇平貴教授
• 商學院經濟學系 曹添旺名譽教授

人社院中國文學系 林怡岑助理教授

論文名稱：從類同到情態：副詞「也」的演變

作    者：林怡岑

期刊名稱：語言暨語言學（THCI）

卷期數：26:3

頁碼(文獻號碼) ：431-466

出版時間：2025.07

摘要：

本文贊同音變的觀點，認為副詞「也」來自副詞「亦」，並將兩者視為一詞。藉由文獻語料的分析，可以觀察到最早出現在中古漢語裡的副詞「也」如何承襲上古漢語裡副詞「亦」原有的用法，並在近代以後持續發展，逐漸成為現代漢語裡的高頻副詞。依照副詞「也」本身的功能，可將其用法重新分為兩類：在類同用法裡，副詞「也」具有類同追加義，可將類同義指向左方的主語或話題，右方的賓語或謂語，以及整個句子所表達的命題，並且有追加新信息的功能。在情態用法裡，副詞「也」原有的類同義或者保留，或者丟失，但都藉由語境吸收，衍生出反預期的情態義，並可根據預期的來源再分為兩類：違反說話者預期、違反聽話者預期。副詞「也」的用法之所以能從類同發展到情態有兩個關鍵因素：一是當副詞「也」指向左方的主語或話題時，類同項可以隱含在說話者的認知中，使得副詞「也」的關聯項受到強調；二是出現在違反說話者或聽話者預期的語境裡，讓副詞「也」得以從中吸收反預期的情態義。

關鍵詞：「也」、「亦」、副詞、類同、情態

人社院哲學系 黃筱慧副教授

論文名稱：On Reparation through Hermeneutic Perspective -Johann Michel's Philosophical Anthropology

作    者：Huang, C (Huang, Cristal)

期刊名稱：UNIVERSITAS-MONTHLY REVIEW OF PHILOSOPHY AND CULTURE（A&HCI）

卷期數：52(6)

頁碼(文獻號碼)：67-79

出版時間：2025.06

摘要：

To study contemporary French philosopher Johann Michel, it is a valuable work as a mark after the studying contemporary French philosopher Paul Ricoeur on the French Hermeneutics. The paper will work through recent works as the path of framework of Johann Michel, via his new perspective on philosophical anthropology. It is also the main task as the frame of this special volume. Through Johann Michel's Sociologie du soi, he continues to work on many valuable books on Hermeneutics, in order to research the connection between interpretation and human beings. In his book Le r & eacute;parable et l'irr & eacute;parable-L'humain au temps du vuln & eacute;rable, he proposes one path to manifest contemporary French philosophical approach with wideness and depth, his main ideas present the possible demostration that the actual interpretation is imporatant to human beings. That may repair and totalize multiple events in human beings' lived experiences to be new conditions of living. The paper will study the path of Johann Michel's path of thoughts, by working through the valid function, in order to introduce Johann Michel's method as philosophical anthropology to contribute the academic world.

理學院化學系 蘇平貴教授

論文名稱：Fabrication of an ultra-sensitive humidity sensor based on polypyrrole flakes/b-AgVO3 nanowires nanocomposite films via in situ photopolymerization.

作    者：Su, PG (Su, Pi-Guey) ; Lin, YF (Lin, Ya-Fang)

期刊名稱：ANALYTICAL METHODS（SCI）

卷期數：17(19)

頁碼(文獻號碼) ：3994-4001

出版時間：2025.05

摘要：

An ultra-sensitive impedance-type humidity sensor was developed through in situ UV-irradiation photopolymerization of a polypyrrole flakes (PPy Fs)/b-AgVO3 nanowires (NWs) nanocomposite film on an alumina substrate. The composition, microstructure, and morphology of the PPy Fs/b-AgVO3 NWs nanocomposite films were characterized using Fourier transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), scanning electron microscopy (SEM), and transmission electron microscopy (TEM). The influence of varying PPy Fs concentrations on the electrical properties and humidity-sensing performance of PPy Fs/b-AgVO3 nanocomposite films was systematically investigated. A PPy Fs/b-AgVO3

NWs nanocomposite film composed of 0.5 mL of PPy Fs and 0.1 g of b-AgVO3 NWs exhibited a broad operating humidity range, exceptional sensitivity, satisfactory linearity, minimal hysteresis, rapid response/recovery time, and low temperature dependence. The humidity-sensing mechanism of the PPy Fs/b-AgVO3 NWs nanocomposite film-based sensor was analyzed using complex impedance spectra.

理學院化學系 蘇平貴教授

論文名稱：Room-temperature NH3 gas sensor based on Ag-PPy core-shell nanowires

作    者：Su, PG (Su, Pi-Guey); Wang, CC (Wang, Chih-Chia); Zhang, KF (Zhang, Kai-Fu)

期刊名稱：SENSORS AND ACTUATORS A-PHYSICAL（SCI）

卷期數：393

頁碼(文獻號碼) ：116867

出版時間：2025.10

摘要：

A novel room-temperature NH3 gas sensor leveraging Ag-polypyrrole (Ag-PPy) core-shell (C-S) nanowires (NWs) was fabricated via a one-pot redox polymerization method based on the common-ion adsorption effect. The compositional and microstructural characteristics of the Ag-PPy C-S NW film were systematically analyzed using Fourier transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), scanning electron microscopy (SEM), 

and transmission electron microscopy (TEM). The PPy shell thickness and the Ag core diameter in the synthesized Ag-PPy C-S NWs were approximately 31.2 nm and 47.7 nm, respectively, while the nanowire lengths ranged from 5 to 10 µm. The NH3 gas sensor based on Ag-PPy C-S NWs exhibited a response 2.65 times higher than that of pristine PPy NWs when exposed to 5 ppm NH3 at room temperature. This enhanced performance was related to the synergistic effects of the metal-semiconductor (MS) interface within the C-S structure and the efficient charge carrier transport provided by the Ag NW architecture. The Ag-PPy C-S NW-based NH3 gas sensors demonstrated exceptional performance, including high sensitivity to low NH3 concentrations, rapid response times, strong selectivity, excellent reproducibility, a low detection limit, and long-term stability under ambient conditions. These attributes highlight their potential for enabling low power consumption and economical NH3 gas sensors for practical applications.

商學院經濟學系 曹添旺名譽教授

論文名稱：Currency Substitution, Trade Elasticities, Real Exchange Rate Dynamics, and Monetary Independence

作    者：Jen-Ruey Tsaur and Tien-Wang Tsaur

期刊名稱：經濟論文叢刊（TSSCI）

卷期數：53:3

頁碼(文獻號碼) ：357-385

出版時間：2025.09

摘要：

This paper constructs a three-currency generalized macroeconomic model to analyze the effects of domestic monetary expansion on the macroeconomic economy in a small open system. The dynamic general equilibrium model shows that whether these foreign currencies are complementary or substitutable with the domestic currency plays an important role in assessing monetary independence and real exchange rate dynamics. The magnitude of trade elasticities also crucially affects the dynamic consequences of exchange rates under currency substitution. When the modified Marshall-Lerner condition holds, the exchange rate adjustment exhibits an unique saddle path. However, if the modified Marshall-Lerner condition does not hold, the exchange rate adjustment may be either unstable or indeterminate.

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