Individual Model Identification of Waste Digital Devices by the Combination of CNN-Based Image Recognition and Measured Values of Mass and 3D Shape Features，S. Koyanaka and K. Kobayashi，JOURNAL of MATERIAL CYCLES and WASTE MANAGEMENT, Accepted, DOI https://doi.org/10.1007/s10163-024-01961-3
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In-line sorting system with battery detection capabilities in e-waste using combination of X-Ray transmission scanning and deep learning, T. Ueda, S. Koyanaka and T. Oki, Resources Conservation & Recycling, 201, 107345, 2024/02
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Automatic high-speed smartphone disassembly system, T. Ueda, H. Fukuzawa, Y. Nakagawa,K. Nagano, N. Sunahara, H. Yamada, J. Fujisawa, M. Yamada, S. Koyanaka and T. Oki, Journal of Cleaner Production, 434, 139928, 2024/01
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Sensor-Based Sorting of Waste Digital Devices by CNN-Based Image Recognition using Composite Images Created from Mass and 2D/3D Appearances，S. Koyanaka and K. Kobayashi，JOURNAL of MATERIAL CYCLES and WASTE MANAGEMENT,25,pp.851-862,2023/3, https://doi.org/10.1007/s10163-022-01565-9
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Optimum Design Using Genetic Algorithm and Discrete-element Method: Application to Vibration Feeder Design for E-waste Recycling Automation，J. Katagiri, S. Koyanaka，N. Hayashi and T. Ueda, Resources Processing,69,pp.133-141,2023/02
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Challenges for Future Robotic Sorters of Mixed Industrial Waste: A Survey，T. Kiyokawa, J. Takamatsu and S. Koyanaka，IEEE TRANSACTIONS on AUTOMATION SCIENCE and ENGINEERING，https://ieeexplore.ieee.org/document/9966530
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Verification of Algorithm for Automatic Detection of Electronic Devices Mounted on Waste Printed Circuit Boards，N. Hayashi, S. Koyanaka and T. Oki，JOURNAL OF THE AIR & WASTE MANAGEMENT ASSOCIATION，72-5, pp.420-433, 2022/05
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Design-of-experiment analysis of non-destructive detachment of electric parts from printed circuit boards of mobile phones using a cross-flow shredder，T. Ueda, H. Fukuzawa, N. Sunahara, H. Yamada, T. Oki and S. Koyanaka，WASTE MANAGEMENT，134-，pp.52-56、2021/10
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Genetic algorithm optimization in discrete element simulation of electric parts separation from printed circuit board，T. Ueda, J. Katagiri, T. Oki and S. Koyanaka，STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION，64-，pp.2763-2771、2021/10
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Genetic algorithm based automatic input parameter calibration method for the discrete element modeling of vibration feeders，J. Katagiri, N. Hayashi, T. Ueda and S. Koyanaka，MATERIALS TRANSACTIONS，62-4，pp.-, 2021/04
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An automated assessment method for integrated circuit chip detachment from printed circuit board by multistep binarization and template matching of X-ray transmission images，T. Ueda, T. Oki and S. Koyanaka，JOURNAL of MATERIAL CYCLES and WASTE MANAGEMENT，23-，pp.315-322、2021/01
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A new criterion for decision-making in mesh simplification of 3D-scanned objects used in discrete-element modelling，J. Katagiri and S. Koyanaka，MATERIALS TRANSACTIONS，61-6，pp.1158-1163、2020/06
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Elementary-volume-scale simulations of inertial flow in sphere pack: Improvement of di felice drag model in high porosity，J. Katagiri, N. Hayashi and S. Koyanaka，MATERIALS TRANSACTIONS，61-5，pp.1026-1031、2020/05
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Constructing an automatic object-recognition algorithm using labeling information for efficient recycling of WEEE，N. Hayashi, S. Koyanaka and T. Oki，WASTE MANAGEMENT，88-，pp.337-346、2019/04
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2D-3D conversion method for assessment of multiple characteristics of particle shape and size，T. Ueda, T. Oki and S. Koyanaka，POWDER TECHNOLOGY，343-，pp.287-295、2019/02
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Numerical analysis of the general characteristics of stereological bias in surface liberation assessment of ore particles，T. Ueda, T. Oki and S. Koyanaka，ADVANCED POWDER TECHNOLOGY，29-12，pp.3327-3335、2018/12
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Statistical reliability of the liberation distribution of ore particles with respect to number of particle measurements，T. Ueda, T. Oki and S. Koyanaka，MINERALS ENGINEERING，126-，pp.82-88、2018/09
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A general quantification method for addressing stereological bias in mineral liberation assessment in terms of volume fraction and size of mineral phase，T. Ueda, T. Oki and S. Koyanaka，MINERALS ENGINEERING，119-，pp.156-165、2018/04
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Experimental analysis of mineral liberation and stereological bias based on X-ray computed tomography and artificial binary particles，T. Ueda, T. Oki and S. Koyanaka，ADVANCED POWDER TECHNOLOGY，29-3，pp.462-470、2018/03
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Comparison of seven texture analysis indices for their applicability to stereological correction of mineral liberation assessment in binary particle systems，T. Ueda, T. Oki and S. Koyanaka，Minerals，7-11，pp.-、2017/11
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Stereological correction method based on sectional texture analysis for the liberation distribution of binary particle systems，T. Ueda, T. Oki and S. Koyanaka，ADVANCED POWDER TECHNOLOGY，28-5，pp.1391-1398、2017/05
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Effect of particle shape on the stereological bias of the degree of liberation of biphase particle systems，T. Ueda, T. Oki and S. Koyanaka，MATERIALS TRANSACTIONS，58-2，pp.280-286、2017/02
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Numerical Simulations of Stereological Bias in Particles with Simple Texture，T. Ueda, T. Oki and S. Koyanaka，POWDER TECHNOLOGY，298-，pp.130-136、2016/09
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Statistical effect of sampling particle number on mineral liberation assessment，T. Ueda, T. Oki and S. Koyanaka，MINERALS ENGINEERING，98-，pp.204-212、2016/08
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Stereological bias for spherical particles with various particle compositions，T. Ueda, T. Oki and S. Koyanaka，ADVANCED POWDER TECHNOLOGY，27-4，pp.1828-1838、2016/07
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Novel Numerical Simulation of the Stereological Bias of Binary Particles，T. Ueda, T. Oki and S. Koyanaka，MATERIALS TRANSACTIONS，57-3，pp.438-444、2016/02
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Automatic sorting of small electronic device scraps to facilitate tantalum recycling, S. Koyanaka, K. Kobayashi and T. Oki, RESOURCES PROCESSING, 62(1)，1-7，2015
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ニッケル水素電池焼成物の破砕・物理選別特性に関する研究, 蓬莱賢一, 芝田隼次, 村山憲弘,古屋仲茂樹, 環境資源工学, 61(3), 177-184, 2014
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粉砕・分級と湿式処理によるリチウムイオン電池のリサイクル, 蓬莱賢一, 芝田隼次, 村山憲弘,古屋仲茂樹, 新苗正和,日本金属学会誌, 78(7), 250-257, 2014
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Elemental analysis of lightweight metal scraps recovered by an automatic sorting technique combining a weight meter and a laser 3D shape-detection system, S. Koyanaka, K. Kobayashi,Y. Yamamoto, M. Kimura, K. Rokucho,
RESOURCES,CONSERVATION and RECYCLING, 75, 63-69, 2013
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過熱水蒸気処理によるマグネシウム合金塗装付着物の除去,古屋仲茂樹, 山本剛義, 木村正人, 吉田一雅, 齋藤陽, 環境資源工学, 60, 1, 41-45, 2013
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放射性廃水からのCs除去に関する動的吸着挙動, 芝田隼次, 村山憲弘, 田中智史, 古屋仲秀樹, 古屋仲茂樹,化学工学論文集, 39(1), 53-59, 2013
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使用済みリチウムイオン電池焼成物の選択破砕・物理選別特性に関する実験的検討,古屋仲茂樹, 蓬莱賢一, 河合秀将, 加藤彰悟, 芝田隼次, 村山憲弘, 大木達也,
増田康次, Journal of MMIJ, 128, 232-240, 2012
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廃フレキシブルプリント基板のリサイクルに及ぼす粉砕方法の影響,近藤光, 古屋仲茂樹, 大木達也, 阿部浩也, 内藤牧男,
粉体工学会誌, 48(11), 751-74, 2011
|
A study of the kinetics of impact grinding of copper and phenol resin in printed circuit board scrap, S. Koyanaka and K. Kobayashi, RESOURCES PROCESSING,
58, 1, 22-27, 2011
|
Incorporation of neural network analysis into a technique for automatically sorting lightweight metal scrap generated by ELV shredder facilities, S. Koyanaka and K. Kobayashi, RESOURCES,CONSERVATION and RECYCLING, 55, 515-523, 2011
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Explosibility characteristics of magnesium dust and detection of igniting spark in shredding process, M.Nifuku and S.Koyanaka, SCIENCE AND TECHNOLOGY OF ENERGETIC MATERIALS, 72, (3-4),106-110 2011
|
Automatic sorting of lightweight metal scrap by sensing apparent density and three-dimensional shape, S. Koyanaka and K. Kobayashi,
RESOURCES,CONSERVATION and RECYCLING, 54, 571-578, 2010
|
Ignitability characteristics of aluminum and magnesium dusts that are generated during the shredding of post-consumer wastes, M.Nifuku, S. Koyanaka, H. Ohya, C. Barre, M. Hatori, S. Fujiwara, S. Horiguchi
and I. Sochet, JOURNAL OF LOSS PREVENTION IN THE PROCESS INDUSTRIES,20(4-6), 322-329, 2007
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New grinding technique to simplify the recycling process of scrap electronic devices, REVIEW OF AUTOMOTIVE ENGINEERING, S. Koyanaka, S. Endoh and H. Ohya, 27(2), 353-355, 2006
|
Effect of impact velocity control on selective grinding of waste printed circuit boards, S. Koyanaka, S. Endoh and H. Ohya, ADVANCED POWDER TECHNOLOGY,
17, 113-126, 2006
|
Numerical simulation of the optical system and medium flow-field suitable for particle separation using laser radiation
pressure, S. Koyanaka and S. Endoh, ADVANCED POWDER TECHNOLOGY,15,321-336, 2004
|
Effect of laser scanning on increase of throughput in particle separation using laser radiation pressure, S. Koyanaka and S. Endoh, ADVANCED POWDER TECHNOLOGY,15,337-349,2004
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ラマン分光法によるプラスチック素材特性の判定法の検討,古屋仲 茂樹, 山路洋, 茂呂端生, 遠藤 茂寿, 粉体工学会誌, 39(3), 190-195, 2002
|
Three-dimensional analysis of the movement of the various micron-sized particles under laser radiation pressure, S. Koyanaka and S. Endoh, POWDER
TECHNOLOGY, 116, 13-22, 2001
|
Impact milling of printed circuit board waste for resource recycling and evaluation of liberation using heavy medium separation,
S. Koyanaka, H. Ohya, J. C. Lee, H. Iwata and S. Endoh, KONA POWDER AND PARTICLE, 18,
194-199,2000
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マンガン酸化物Mn2O3に対する水溶液中カドミウムの吸着, 古屋仲秀樹, 古屋仲茂樹, 梁瑞録, 内田篤志, 水環境学会誌, 23(2), 116-121, 2000
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凸型粒子の球形度の評価, 岩田博行, 大矢仁史, 遠藤茂寿, 古屋仲茂樹, 増田薫, 粉体工学会誌, .37(4), 238-245, 2000
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廃プリント配線基板の衝撃粉砕と比重分離による単体分離性の評価, 古屋仲茂樹, 大矢仁史, 李在天, 岩田博行, 遠藤茂寿, 粉体工学会誌, 36(6), 479-483, 1999
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傾斜振動板上の酸化アルミニウム造粒体の挙動と形状調整の可能性, 岩田博行, 遠藤茂寿, 大矢仁史, 古屋仲茂樹, 粉体工学会誌, 36(8), 606-612, 1999
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高速楕円型ローター型複合化装置により形成された複合粒子層の評価, 遠藤茂寿, 古屋仲茂樹, 幡野博之, 谷本友秀, 内藤牧男, 化学工学論文集, 25(1), 92-97, 1999
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旋回駆動源を利用した固体粒子の形状分離, 岩田博行, 大矢仁史, 増田薫, 遠藤茂寿, 古屋仲茂樹, 粉体工学会誌, 36(2), 112-120, 1999
|
The effect of relative refractive index on monosized particle movement under laser radiation pressure, S. Koyanaka and S. Endoh, ADVANCED POWDER TECHNOLOGY,
10, 205-221, 1999
|
水平円振動法による粒子形状分離, 大矢仁史, 岩田博行, 古屋仲茂樹, 遠藤茂寿, 資源処理技術, 46(1), 13-18, 1999
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Recovering copper from electriccable wastes using a particle shape separation technique, S. Koyanaka, H. Ohya, S. Endoh, H. Iwata and P. Ditl, ADVANCED POWDER TECHNOLOGY, 8, 103-111, 1997
|
Particle shape of copper milled by swing-hammer-type impact mill, S. Koyanaka, S. Endoh, H. Ohya and H. Iwata, POWDER TECHNOLOGY, 90, 135-140, 1997
|
Recovery of copper、tin and lead from the spent printed circuit boards (PCBs) by the shape separation method, J. C. Lee, S. Koyanaka, M. Y. Lee, H. Ohya and S. Endoh, 資源と素材, 113(5), 357-362, 1997
|
Analysis of trajectory for ground printed wiring boards on shape separator, H. Ohya, S. Koyanaka, S. Endoh, H. Iwata, C. Izumikawa, H. Sasaki, P. Ditl,資源処理技術, 44(1), 3-8, 1997
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形状分離法による雲母片岩からの雲母の回収, 李敏溶, 呉煕賛, 古屋仲茂樹, 遠藤茂寿, 大矢仁史, 粉体工学会誌, 34(7), 29-35, 1997
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形状分離技術による廃棄物処理, 古屋仲茂樹, 遠藤茂寿, 大矢仁史, 岩田博行, 資源と環境, 4(5), 383-390, 1995
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形状分離技術を利用したプリント基板廃材のリサイクリング-傾斜振動法による銅成分の分離回収-, 古屋仲茂樹, 遠藤茂寿, 岩田博行, 粉体工学会誌, 32(6), .385-391, 1995
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溶媒抽出法における界面化学的一考察, 新苗正和，古屋仲茂樹，中広吉孝，若松貴英, 水曜会誌, 21(8), .572-579, 1992
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国際会議プロシーディング
Robotic Image Dataset Collection System Accomplished by Domain Adaptation for Robotic Waste Sorter，T. Kiyokawa, H. Katayama, J. Takamatsu, S. Koyanaka and T. Ogasawara，2021 17th IEEE International Conference on Automation Science and Engineering (CASE2021), Online, August, 2021 (industry paper)
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Mutual Separation of Aluminum Alloys by Combining Appearance Recognition with Neural Network Analysis (ARENNA) and Laser-induced Breakdown Spectroscopy (LIBS) Sorters
, M. Harita, S. Owada, S. Koyanaka, Y. Katoh, A. Takasugi and M. Kuzuya, Proceedings of 7th Sensor-Based Sorting & Control 2016, 209-219, Aachen, 2016
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Automatic sorting of small electronic device
scrap by sensing weight and 3D shape, S. Koyanaka and K. Kobayashi, PROCEEDINGS OF SENSOR BASED SORTING
2014, 157-167, Aachen, 2014
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Metal separation by sensing apparent particle density and
shape, PROCEEDINGS OF SENSOR BASED SORTING 2012, S. Koyanaka, paper No. 23, Aachen, 2012
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Incorporation of neural network analysis into a technique for automatically
sorting lightweight metal scrap generated by ELV shredder facilities, S. Koyanaka and K. Kobayashi, PROCEEDINGS
OF THE 9TH JAPAN/KOREA INTERNATIONAL SYMPOSIUM ON RESOURCES RECYCLING AND MATERIAL SCIENCE, I-2, Osaka, 2011
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Explosibility characteristics of magnesium dust and detction of igniting spark in shredding process, PROCEEDINGS OF 8TH
INTERNATIONAL SYMPOSIUM ON HAZARDS, PREVENTION, AND MITIGATION OF INDUSTRIAL EXPLOSIONS (8th ISHPMIE), M.Nifuku and S.Koyanaka, Yokohama, 2010
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Fast identification of lightweight metal scrap generated in end-of-life
vehicles shredder facility, S. Koyanaka, PROCEEDINGS OF THE 7TH JAPAN/KOREA INTERNATIONAL
SYMPOSIUM ON RESOURCES RECYCLING AND MATERIAL SCIENCE, 11-19, Kyoto, 2009
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Automatic sorting of non-ferrous metal scraps by sencing apparent density
and three-dimensional shape, S. Koyanaka and K. Kobayashi, PROCEEDINGS OF THE 10TH INTERNATIONAL SYMPOSIUM
ON EAST ASIAN RESOURCES RECYCLING TECHNOLOGY (EARTH2009), 765-768 Jejudo, 2009
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A study on the kinetics of impact grinding of copper and phenol resin
in printed circuit boards scrap, S. Koyanaka, PROCEEDINGS OF 11TH INTERNATIONAL CONFERENCE ON MINING, PETOROLEUM AND
METALLUGICAL ENGINEERING, MIN7, Sherm El-Sheikh, 2009
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Assessment of explosion risk of magnesium
dust, M.Nifuku, H. Ohya, S.Koyanaka, PROCEEDINGS OF 7TH INTERNATIONAL SYMPOSIUM ON HAZARDS, PREVENTION,
AND MITIGATION OF INDUSTRIAL EXPLOSIONS (7th ISHPMIE), St.Pertersburg, 2008
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A selective grinding technique of waste printed circuit boards, S. Koyanaka,
PROCEEDINGS OF INTERNATIONAL COMMINUTION RESEARCH ASSOCIATION (ICRA) ASIAN WORKSHOP, 10-13, Seoul, 2007
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New selective grinding technique for the recycling
of electronic scraps, S. Koyanaka and H. Ohya, PROCEEDINGS OF THE 9TH INTERNATIONAL SYMPOSIUM ON EAST ASIAN RESOURCES
RECYCLING TECHNOLOGY (EARTH 2007), 394-397, Sendai, 2007
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Ignitability characteristics of aluminum and magnesium dusts
relating to the shredding process of industrial wastes, M.Nifuku, S. Koyanaka, H. Ohya, C. Barre, M. Hatori, S. Fujiwara, S. Horiguchi
and I. Sochet, PROCEEDINGS OF 6TH INTERNATIONAL SYMPOSIUM ON HAZARDS, PREVENTION, AND MITIGATION OF INDUSTRIAL
EXPLOSIONS (6th ISHPMIE), Vol. 1, 77-86, Halifax, 2006
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Optical separation of fine particles by repetitive
scanning of a focused laser beam, S. Koyanaka and S. Endoh, PROCEEDING OF OPTICAL PARTICLE CHARACTERIZATION
2004 (OPC 2004), 211-215, Kyoto, 2004
|
Advanced impact-grinding system for
the recycling of scrap electronics, S. Koyanaka, S. Endoh and S. Matsuda, PROCEEDING OF 16TH INTERNATIONAL CONGRESS
OF CHEMICAL AND PROCESS ENGINEERING (CHISA2004), Paper No. P7.14, Prague, 2004
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Fast identification of black coloerd plastics
in scrap electronics by using laser raman spectroscopy, S. Koyanaka and S. Endoh, PROCEEDINGS OF THE 7TH INTERNATIONAL SYMPOSIUM ON
EAST ASIAN RESOURCES RECYCLING TECHNOLOGY (EARTH 2003), 165-169, Tainan, 2003
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Particle shape separation by lasr radiation pressure, S. Koyanaka and S. Endoh, PRESENTATION
RECORDS OF AIChE 2000 ANNUAL MEETING, Paper No. 142C, Los Angels, 2000
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A fundamental study for new particle separation technology by using laser radiation pressure,
S. Koyanaka and S. Endoh, PROCEEDINGS OF THE INTERNATIONAL WORKSHOP ON EFFECTIVE UTILIZATION OF
WASTE FOR MINIMUM EMISSION AND ITS SAFETY, 103-113, Krakow, 2000
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Three-dimensional analysis of the movement of
glass, nickel and aluminum oxide particles under laser radiation pressure, S. Koyanaka and S. Endoh,
PRESENTATION RECORDS OF AIChE 1999 ANNUAL MEETING, Paper No.134K, 1-15, Dallas, 1999
|
Energy analysis of recycling, H. Ohya, S. Koyanaka, S. Endoh, A. Inaba, A. Tsunashima,
PROCEEDINGS OF THE 5TH INTERNATIONAL SYMPOSIUM ON EAST ASIAN RESOURCES
RECYCLING TECHNOLOGY (EARTH 1999), Tsukuba,102-105, 1999
|
Particle separation using radiation
pressure of laser beam-Particle behavior in various surrounding surrounding mediums-, S. Koyanaka, H. Ohya, S. Endoh, J. C. Choi,
PROCEEDINGS OF 13TH INTERNATIONAL CONGRESS OF CHEMICAL AND PROCESS ENGINEERING (CHISA'98), Paper No. P1-66, .1-10, Prague, 1998
|
Recovery of valuable materials from the spent printed circuit
board, S. Endoh, J. C. Lee, S. Koyanaka, H. Ohya, H. Iwata, J. C. Choi and H. Sakamoto,
PROCEEDINGS OF 13TH INTERNATIONAL CONGRESS OF CHEMICAL AND PROCESS ENGINEERING (CHISA'98), Paper No. P5-19, Pragure, 1998
|
Characterization of composite particle layer formed with a high-speed elliptical - rotor type mixer,
S. Endoh, S. Koyanaka, H. Hatano, H. Ohya, M. Naitoh, K. Izumi, S. Asahi,
PROCCEDING OF THE 6TH ASIAN CONFERENCE ON FLUIDIZED-BED AND THREE PHASE
REACTORS, ASCONFBR 98, 126-131, Fukuoka,1998
|
Recovering copper from electric cable wastes using a particle shape separation technique,
S. Koyanaka, H. Ohya, S. Endoh, H. Iwata, PROCEEDINGS. OF '96 CHINA-JAPAN SYMPOSIUM ON PARTICUOLOGY, 499-504, Beijing 1996
|
Resource recycling by particle shape separation,
PROCEEDINGS OF 6TH SYMPOSIUM ON PARTICLE SIZE ANALYSIS ENVIRONMENT, H. Ohya, S. Koyanaka, S. Endoh, H. Iwata,
POWDER TECHNOLOGY, 47-55, 1996
|
Characterization of highly loaded Al2O3 suspension, S. Suzuki, S. Koyanaka, H. Ohya, S. Endoh, H. Iwata,
PROCEEDINGS OF 12TH INTERNATIONAL CONGRESS OF CHEMICAL AND PROCESS ENGINEERING (CHISA'96), P1(132), 1193, Pragure 1996
|
Synthesis and analysis of colloidal particles in a liquid phase, H. Ohya, S. Koyanaka, S. Suzuki, S. Endoh,
PROCEEDINGS OF 12TH INTERNATIONAL CONGRESS OF CHEMICAL AND PROCESS ENGINEERING (CHISA'96), 8(3), 1194, Prague, 1996
|
Upgrading of powdered abrasive using particle separation technique,
H. Iwata, H. Ohya, S. Endoh, K. Masuda, S. Koyanaka and L.Nemeth,
PROCEEDINGS OF 12TH INTERNATIONAL CONGRESS OF CHEMICAL AND PROCESS ENGINEERING (CHISA'96), P.7 55, Pragure, 1996
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解説、総説
走査型LIBSソータによるアルミニウム合金スクラップの高度選別，古屋仲 茂樹，小林賢一郎, 張田真, 寺崎秀樹,
軽金属，72-9, pp.561-568, 2022/09
|
資源リサイクリングにおけるAI画像認識の活用，古屋仲 茂樹，エネルギー・資源，39-6，pp.372-376、2018/11
|
レーザー３次元計測を応用したアルミニウムスクラップ自動選別技術の開発, 古屋仲茂樹, アルトピア, 45(5), 17-22, 2015
|
近未来のスクラップソーティング技術, エコマテリアルマガジン, 古屋仲茂樹, 7(4), 2-3, 2014
|
資源リサイクリングにおけるセンサー選別技術の最近の動向，古屋仲 茂樹，Journal of MMIJ，129-10,11，pp.615-625、2013/10
|
資源リサイクリングにおけるソーティング技術, 古屋仲茂樹, 環境資源工学, 60(4), 197-202, 2013
|
マグネシウム合金のリサイクル技術の研究動向, 古屋仲茂樹, 高圧ガス, 50(8), 44-46, 2013
|
非鉄金属スクラップの自動ソーティング，古屋仲 茂樹，中小企業のための技術宝箱 〜産総研特許の解説集〜，pp.114-119、2011/12
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高度に選別をして付加価値の高いリサイクル材料にする，大木 達也、古屋仲 茂樹、西須 佳宏，中小企業のための技術宝箱〜産総研特許の解説集〜，pp.108-113、2011/12
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希少金属リサイクルのための物理選別技術開発，大木 達也、古屋仲 茂樹、西須 佳宏、林 直人，環境資源工学，58-3，pp.95-100、2011/09
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使用済み製品からの金属回収の高度化を目指した新しい粉砕・物理選別技術，古屋仲茂樹, 化学工学, 75(11), 738-740, 2011
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Automatic sorting system for lightweight metal scraps in the shredder of end-of-life vehicles, S. Koyanaka, JOURNAL OF THE KOREAN SOCIETY FOR GEOSYSTEM ENGINEERING, 47(5), 609-618,2010
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廃車シュレッダー処理で発生するAl、Mgスクラップの自動選別技術，古屋仲 茂樹，環境資源工学会シンポジウム「リサイクル設計と分離精製技術」資料集，pp.19-26、2009/02
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国際粉体工業展東京2008カメラルポ, 森田章友, 古屋仲茂樹, 粉体技術,1(2),19-31,2009
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粉砕条件による砕成物の形状制御と分離, 古屋仲茂樹, 粉体技術,1(1),51-55,2009
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国際粉体工業展2006カメラルポ, 堀江弘道, 古屋仲茂樹, 粉体と工業, 39(2), 33-46, 2007
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製品廃棄物のアクティブ粉砕ー複合材廃棄物の選択粉砕技術ー, 古屋仲茂樹, 粉体と工業，38(1), 57-64,2006
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レーザーを利用した分離技術, 古屋仲茂樹, 粉体と工業, 32(10), 58-63, 2000
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資源循環型システム構築のキーテクノロジー，遠藤茂寿、大矢仁史、古屋仲茂樹，粉体工学会誌，36(10),pp.772-779、1999/10
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廃プリント基板からの有価金属の回収, 古屋仲茂樹, Science & Technonews Tsukuba, 52, 26-27,1999
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廃プリント基板のリサイクルにおける課題, 遠藤茂寿, 古屋仲茂樹, 日経ボード情報, (12),81-83,1998
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廃プリント基板の再資源化, 遠藤茂寿, 古屋仲茂樹, ケミカル・エンジニヤリング, 42(9), 24-28,1997
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レーザー光を利用した微粒子のマイクロマニピュレーション，古屋仲茂樹，資源と環境，6,(3)，pp.195-204、1997/05
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形状分離を利用した廃棄物からの有価物の回収, 遠藤茂寿, 古屋仲茂樹, ケミカルエンジニアリング，39(11), 17-22,1994
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著書（共著）
プラスチックのリサイクルと再生材の改質技術, AIを用いた廃プラスチックの高度選別, 古屋仲茂樹,(株)技術情報協会, 2024
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環境配慮型設計を見据えた再生資源プラスチックの将来展望,資源プラスチックの選別システムの最新動向, AIを用いた廃プラスチックの選別作業, 古屋仲茂樹, AndTech, 2022
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未来を拓く元素戦略 持続可能な社会を実現する化学, 二次電池のリサイクル, 芝田隼次, 古屋仲茂樹, 171-176, 化学同人, 2013
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粉体精製と湿式処理―基礎と応用―, ソーター選別・形状選別, 古屋仲茂樹, 105-119, 松香堂, 2012
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粉砕技術とエコ・リサイクル, 家電リサイクルにおける粉砕の現状と課題, 古屋仲茂樹, 318-325, NGT，2010
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粉砕技術とエコ・リサイクル, ソーティング分離, 古屋仲茂樹, 110-115, NGT，2010
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