Eiji Takeda

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Panasonic Holdings Corporation, Japan

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Eiji Takeda

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Last Synced 04 Aug 2026, 01:48 PM

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Author Impact Score

Custom 3-year author impact calculator based on citations and indexed documents.

3.57

Author impact score

25 Citations 2024 - 2026

7 Documents 2024 - 2026

Total Citations

124

Scholar + author-added

H-Index

6

research impact

I10-Index

5

quality score

Articles Found

28

merged research works

Top Performing Year

2025

15 citations

Tier

T3

CiteScore rank tier

Author CiteScore

3.57

Upward trend

Avg Citations / Year

6.55

yearly average

Citations / Article

4.43

impact efficiency

Citation Trend

5

Declining trend

Most Cited Article

Surface plasmon polariton mediated phot...

37 citations

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Auto Summary

Top citation year was 2025 with 15 citations. Average citations per year stand at 6.55. Each indexed article contributes around 4.43 citations on average. Latest Author Impact Score for 2026 is 3.57, indicating a upward trend. Current H-index is 6 and I10-index is 5. Most cited article currently has 37 citations. Recent yearly citation pattern indicates a declining trend.

Author Impact Score Trend

16 Years

Most Cited

37 Citations

Year: 2006

Surface plasmon polariton mediated photoluminescence from excitons in silicon nanocrystals

E Takeda, T Nakamura, M Fujii, S Miura, S Hayashi

Applied Physics Letters 89 (10), 101907, 2006

Yearly Citations

Author year-wise citation data

Year	Citations
2026	5
2025	15
2024	5
2023	1
2022	8
2021	3
2020	8
2019	7
2018	8
2017	11
2016	9
2015	9
2014	4
2013	7
2012	7
2011	1
2010	5
2009	5
2008	6
2007	7

Yearly Citations Chart

Author citation trend

20 Years

Year-wise Citation Share

Citation percentage by year

Top Research Articles

Showing 20 articles per page

28 Articles Page 1 of 2

#	Article Details	Year
1	Surface plasmon polariton mediated photoluminescence from excitons in silicon nanocrystals Google Scholar 👨‍🔬 E Takeda, T Nakamura, M Fujii, S Miura, S Hayashi 📚 Applied Physics Letters 89 (10), 101907, 2006	2006
2	Enhancement of photoluminescence from excitons in silicon nanocrystals via coupling to surface plasmon polaritons Google Scholar 👨‍🔬 E Takeda, M Fujii, T Nakamura, Y Mochizuki, S Hayashi 📚 Journal of Applied Physics 102 (2), 2007	2007
3	Facilely fabricated zero-bias silicon-based plasmonic photodetector in the near-infrared region with a Schottky barrier properly controlled by nanoalloys Google Scholar 👨‍🔬 S Okamoto, K Kusada, Y Nomura, E Takeda, Y Inada, K Hisada, S Anada, ... 📚 ACS applied materials & interfaces 16 (7), 8984-8992, 2024	2024
4	58.3: Invited Paper: Highly Reliable InGaZnO Thin Film Transistor Backplane for 55‐inch 4K2K Organic Light‐Emitting Diode Display Google Scholar 👨‍🔬 H Hayashi, Y Nakazaki, T Izumi, A Sasaki, T Nakamura, E Takeda, ... 📚 SID Symposium Digest of Technical Papers 45 (1), 853-856, 2014	2014
5	Method for producing thin film transistor Google Scholar 👨‍🔬 E Takeda, T Kawashima 📚 US Patent 9,691,906, 2017	2017
6	Enhancement of radiative recombination rate of excitons in Si nanocrystals on Au Film Google Scholar 👨‍🔬 K Imakita, M Fujii, T Nakamura, S Miura, E Takeda, S Hayashi 📚 Japanese Journal of Applied Physics 45 (8R), 6132, 2006	2006
7	Mechanisms for the degradation of phosphor excitation efficiency by short wavelength vacuum ultraviolet radiation in plasma discharge devices Google Scholar 👨‍🔬 E Takeda, T Zukawa, T Ishibashi, K Yoshino, Y Morita, M Fujii 📚 Journal of Physics and Chemistry of Solids 124, 274-280, 2019	2019
8	Annealing process for recovery of carbonated (Mg,Ca) O protective layer for plasma discharge device Google Scholar 👨‍🔬 E Takeda, T Zukawa, T Tsujita, K Yoshino, Y Morita 📚 Japanese Journal of Applied Physics 57 (9), 096001, 2018	2018
9	Silicon-based plasmonic photodetector in the near-infrared region with a Schottky barrier properly controlled by nanoalloys Google Scholar 👨‍🔬 S Okamoto, K Kusada, Y Nomura, E Takeda, Y Inada, K Hisada, S Anada, ...	2022
10	Optical lens, optical system, and imaging device Google Scholar 👨‍🔬 K Masuda, E Takeda, K Minami 📚 US Patent App. 18/884,095, 2025	2025
11	Shrinkage and expansion of discharge areas in plasma discharge devices having complex oxide protective layers Google Scholar 👨‍🔬 E Takeda, T Zukawa, T Ishibashi, K Yoshino, N Kosugi, Y Morita, M Fujii 📚 Journal of Physics and Chemistry of Solids 130, 172-179, 2019	2019
12	Organic EL element and method for manufacturing organic EL element Google Scholar 👨‍🔬 ABE Yuuki, K Yokota, Y Shinokawa, K Sugano, E Takeda 📚 US Patent 10,026,795, 2018	2018
13	Optical lens and method for fabricating the same Google Scholar 👨‍🔬 E Takeda, K Masuda 📚 US Patent App. 19/335,016, 2026	2026
14	Optical element Google Scholar 👨‍🔬 K Masuda, E Takeda 📚 US Patent App. 19/342,756, 2026	2026
15	Optical lens Google Scholar 👨‍🔬 K Masuda, E Takeda 📚 US Patent App. 18/882,814, 2025	2025
16	A Questionnaire Survey of Nurses on Pharmacist Services in the Emergency Rooms at Tokushukai Medical Group Google Scholar 👨‍🔬 H Tateishi, Y Saito, Y Miyata, Y Sakaguchi, K Yamamoto, E Takeda, ... 📚 Yakugaku Zasshi: Journal of the Pharmaceutical Society of Japan 144 (5), 577-584, 2024	2024
17	Sensor module and method for manufacturing sensor module Google Scholar 👨‍🔬 H Kodama, E Takeda, T Yoshizawa 📚 US Patent App. 18/574,386, 2024	2024
18	シリコンミー共振器を用いた中赤外誘電体ホイヘンスメタサーフェス Google Scholar 👨‍🔬 森本拓実，増田圭吾，武田英治，高原淳一 📚 応用物理学会学術講演会講演予稿集第 70 回応用物理学会春季学術講演会, 711, 2023	2023
19	Pressure sensor Google Scholar 👨‍🔬 H Kodama, N Yoshida, K Miyashita, E Takeda, N Yamada, Y Tomomatsu, ... 📚 US Patent App. 17/508,249, 2022	2022
20	Detection device and detection method Google Scholar 👨‍🔬 E Takeda 📚 US Patent App. 17/523,583, 2022	2022
21	Optical device Google Scholar 👨‍🔬 E Takeda, S Okamoto 📚 US Patent App. 17/805,471, 2022	2022
22	Development of Highly Reliable Plasma Discharge Devices with (Mg,Ca) O Protective Layers Google Scholar 👨‍🔬 E Takeda 📚 Kobe University, 2019	2019
23	Method of evaluating thin-film transistor, method of manufacturing thin-film transistor, and thin-film transistor Google Scholar 👨‍🔬 E Takeda, T Saito 📚 US Patent 10,230,003, 2019	2019
24	Laser radar Google Scholar 👨‍🔬 H NOGUCHI, E TAKEDA	2019
25	Phosphor und Knochen Google Scholar 👨‍🔬 E Zwettler 📚 Osteologie 27 (02), 72-77, 2018	2018
26	Plasma display panel having a plurality of aggregated particles attached to a protective layer at a face confronting a discharge space formed between a first substrate and a … Google Scholar 👨‍🔬 J Hashimoto, M Gotou, E Takeda, T Shimamura 📚 US Patent 8,294,366, 2012	2012
27	Method for producing plasma display panel Google Scholar 👨‍🔬 E Takeda, T Tsujita, J Hashimoto, M Gotou 📚 US Patent App. 13/148,152, 2012	2012
28	Luminescence properties of Er and Si nanoparticles co-doped aluminum silicate thin films Google Scholar 👨‍🔬 K Matsumoto, E Takeda, K Imakita, M Fujii, S Hayashi 📚 Transactions of the Materials Research Society of Japan 32 (2), 441-443, 2007	2007

Showing 1 to 20 of 28 articles

Eiji Takeda

DataCiteX Author Profile

Author Impact Score

124

6

5

28

2025

T3

3.57

6.55

4.43

5

Surface plasmon polariton mediated phot...

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Author Impact Score Trend

Most Cited

Yearly Citations

Yearly Citations Chart

Year-wise Citation Share

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