Search Results - "Perng, T P"

Organic Semiconductor Nanowires for Field Emission by Chiu, J.-J., Kei, C.-C., Perng, T.-P., Wang, W.-S.

“…Field emission of organic semiconductor nanowires has been demonstrated for the first time. Tris‐(8‐hydroxyquinoline)aluminum (AlQ3) nanowires were grown on an…”
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Crystallization of Amorphous Tris(8-hydroxyquinoline)aluminum Nanoparticles and Transformation to Nanowires by Cho, C.-P., Wu, C.-A., Perng, T.-P.

“…Amorphous tris(8‐hydroxyquinoline)aluminum (AlQ3) nanoparticles can be grown directly into α‐phase crystalline nanowires in a one‐step heat treatment. At the…”
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Electrochemical hydrogenation of nanocrystalline face-centered cubic Co powder by Chung, S.-R., Wang, K.-W., Teng, M.-H., Perng, T.-P.

“…Nanocrystalline face-centered cubic (FCC) Co powder encapsulated within graphite layers was fabricated by an arc discharge method. Its electrochemical…”
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Pressure–composition isotherms and reversible hydrogen-induced phase transformations in Ti–6Al–4V by Shen, C.-C., Perng, T.-P.

“…Reversible stepwise phase transformations induced by the addition and removal of hydrogen in pure Ti and Ti–6Al–4V (Ti64) were examined by means of…”
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A brief review note on mechanisms of hydrogen entry into metals by Perng, T.P., Wu, J.K.

“…Metal hydrides can serve as hydrogen storage materials either through chemical reaction or by thermal decomposition. Severe embrittlement can also occur in…”
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Tris-(8-hydroxyquinoline) aluminum nanoparticles prepared by vapor condensation by Chiu, J.-J., Wang, W.-S., Kei, C.-C., Perng, T.-P.

“…Tris-(8-hydroxyquinoline) aluminum (AlQ3) spherical nanoparticles of the average size varying from 50 to 500 nm were synthesized by vapor condensation. The…”
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Microstructure of Ti–6Al–4V processed by hydrogenation by Yu, C.Y., Shen, C.C., Perng, T.P.

“…Precipitation of α 2 (Ti 3Al) and β phases in the form of platelet or spherical particle in the α matrix of Ti–6Al–4V was observed after…”
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Correlation of substitutional solid solution with hydrogenation properties of TiFe1-xMx (M=Ni, Co, Al) alloys by LEE, S.-M, PERNG, T.-P

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On the cyclic hydrogenation stability of an Lm(NiAl) 5-based alloy with different hydrogen loadings by Shen, C.-C., Perng, T.-P.

“…Cyclic hydrogenation of an LmNi 4.8Al 0.2 alloy with different hydrogen loadings up to 3000 cycles at room temperature was conducted, and the performance is…”
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Hydrogenation of TiFe by high-energy ball milling by Chiang, C.-H, Chin, Z.-H, Perng, T.-P

“…The hydrogenation properties of TiFe, TiFe 2 and pure Ti during high-energy ball milling in hydrogen atmosphere were studied. By ball milling, TiFe could…”
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Effect of particle size on hydrogenation properties of a gas-atomized AB5-type alloy by CHUNG, S.-R, PERNG, T.-P

“…The effect of particle size on the hydrogenation properties of gas-atomized MmNi3.6Co0.56Mn0.56Al0.28 was investigated. Its gas-phase and electrochemical…”
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Hydrogenation properties of a nonbreakable electrode made of ZrMn0.6V0.2Co0.1Ni1.2 and Ag by SHIH, R.-J, SU, Y. Oliver, PERNG, T.-P

“…An AB2-type alloy ZrMn0.6V0.2Co0.1Ni1.2 was sintered with Ag powder to form a durable pellet. The aim is to fabricate a metal hydride electrode that can be…”
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Electrochemical performance of gas-atomized MmNi5-based alloy powders by Chung, S.-R., Perng, T.-P.

“…A series of MmNi5-based (Mm–Ni–Co–Mn–Al) alloy powders were prepared by gas atomization. On hydrogenation, a large discontinuous volume change produced…”
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In situ observation of combustion to form TiN during ball milling Ti in nitrogen by Chin, Z.-H., Perng, T.-P.

“…Mechanical milling of Ti powder in nitrogen by a high-energy ball mill was performed. The pressure was monitored in situ. Initially, nitrogen was dissolved in…”
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Effects of boron and carbon on the hydrogenation properties of TiFe and Ti1.1Fe by LEE, S.-M, PERNG, T.-P

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Cyclic hydrogenation of an LmNi5-based alloy with different hydrogen loadings by Shen, C.-C., Lee, S.-M., Tang, J.-C., Perng, T.-P.

“…Cyclic hydrogenation of an LmNi5-based alloy up to 3000 cycles at room temperature was conducted. Based on the (P–C–T) curve of the activated alloy, the…”
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Observation of metal–insulator transition in vanadium-doped superconducting Li(Ti2−xVx)O4 by Hsu, F.C., Liao, Y.C., Yan, D.C., Gu, S.Y., Wu, M.K., Tang, H.Y., Perng, T.P.

“…We have successfully synthesized the vanadium-doped LiTi2−xVxO4 superconductors. Detailed structure analysis shows that all samples are spinel structure with…”
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Compositional inhomogeneity of Pd–Ag nanoparticles probed by hydrogen by Chu, H.-C, Sheen, S.-R, Yeh, C.-T, Perng, T.-P

“…Nanoparticles of Pd 77Ag 23 and Pd 60Ag 40 of sizes 6–7 nm were prepared by a wet reduction method. The surface compositions obtained by electron spectroscopy…”
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Variation of structure and mechanical properties of Ti–6Al–4V with isothermal hydrogenation treatment by Shen, C.C., Yu, C.Y., Perng, T.P.

“…Grain refinement of Ti–6Al–4V (Ti64) was achieved by means of nucleation and growth of hydride phases associated with repeated isothermal hydrogenation (RIH)…”
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Analysis of hydrogen and deuterium absorption kinetics in Pd nanofilms by Liu, S.-Y., Kao, Y.-H., Oliver Su, Y., Perng, T.-P.

“…An electrochemical quartz crystal microbalance was used to study the kinetics of hydrogen or deuterium absorption in a Pd nanofilm. The Pd film in a thickness…”
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