Researcher Profile and Settings

Profile and Settings

Name

• Name

  NONAMI Toru

Affiliations

Affiliation (Master)

• School of Engineering, Professor
• Department of Mechanical and Systems Engineering, Professor
• Institute for Advanced Studies in Artificial Intelligence, Researcher
• Graduate School of Engineering, Professor
• Ｉnstitute of Social Sciences, Researcher

Education, Etc.

Degree

• Mar. 1984
• Jun. 1996

その他基本情報

Committee Memberships

• 1996

Research Activities

Research Areas, Etc.

Research Interests

• ceramics

Book, papers, etc

Published Papers

• 354, 359, 2023, refereed, Joint Work
• High activation of apatite-coated titanium dioxide using heat treatment
  Shogo Saeki, Ikumi Nishimura, Ryushin Ono, Nanase Tsunekawa, Toru Nonami
  Ceramics International, 6094, 6099, 2022, refereed, Joint Work
• Degradation of methylene blue by a spherical porous hydroxyapatite-supported zinc oxide photocatalyst
  Ryusuke Ban, Toru Nonami
  MRS Advances, 870, 875, 2022, refereed, Joint Work
• Metal adsorption characteristics of rice husk charcoal carbonized in a gasifier
  Ryoya Kunieda, Kyohei Murase, Aine Furuta, Fumiya Machino
  The Wood Carbonization Research Society, 11, 21, 2022, refereed, Joint Work
• 1, 5, 2021, Not refereed, Joint Work
• vol.45, No.6, 187, 189, 2020, refereed, Joint Work
• 第40巻, 第1号, 187, 222, 2020, refereed, Joint Work
• 99, 26, 37, 2020, Not refereed, Joint Work
• 61, 65, 2020, Not refereed, Single Work
• Synthesis of hydroxyapatite containing iron ions by soft solution method and evaluation of photoFenton reaction
  Shogo Saeki, Toru Nonami
  MATERIALS TECHNOLOG, ISSN: 1066-7857 (Print) 1753-5557 (Online) Journal homepage:, 1, 8, 2020, refereed, Joint Work
• 1, 8, 2019, refereed, Joint Work
• The caesium and strontium adsorption properties of the bamboo charcoal-contained concrete block
  15, 8/9/10, 721, 728, 2019, refereed, Single Work
• Caesium and strontium adsorption ability of activated bamboo charcoalInt.
  Shingo Hayakawa,Soichiro Matsubara,Yusuke Sumi,Syo Yamamoto,Norihisa Kawamura,Toru.Nonami
  15, 8/9/10, 683, 688, 2019, refereed, Joint Work
• Strontium Adsorption Properties of Rice Hull Charcoal Treated with Inorganic Component Elution
  Hirofumi Shibata, Katsuki Koyanagi, Shuji Matsuoka, Norihisa Kawamura, ...
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, 44, 4, 133, 136, 2019, refereed, Joint Work
• Adsorption of Cesium and Strontium Ions by Alkali-Treated Rice Hull Charcoal
  K. Koyanagi, H. Shibata, N. Kawamura, T. Nonami
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, Transactions of the Materials Research Society of Japan, 44, 5, 165, 169, 2019, refereed, Joint Work
• 69, 73, 2019, refereed, Joint Work
• 109, 114, 2019, refereed, Joint Work
• 458, 463, 2019, refereed, Joint Work
• Effect of Carbonate Ions on the Adsorption of Phosphorus by Diopside in Aqueous Solution
  Yamamoto Sho, Osakabe Keisuke, Nonami Toru
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, 43, 3, 129, 133, 2018, refereed, Joint Work
• Evaluation of the Phosphorus Adsorption Capacity of Natural Diopside in Aqueous Phosphoric Acid
  Egami Yuki, Soichiro Hata, Kato Seiken, Yamamoto Sho, Nonami Toru
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, 43, 2, 97, 100, 2018, refereed, Joint Work
• Anodized Titanium Production Using Titanium Oxide Suspended in Sulfuric Acid Electrolyte and Evaluation of Hydroxyapatite Formation in Simulated Body Fluid
  Shibata Hirofumi, Kanie Yusuke, Kato Yuya, Nonami Toru
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, 43, 2, 65, 70, 2018, refereed, Joint Work
• Diopside synthesized by Sol-gel method as phosphorus adsorption material; Evaluation of apatite deposition in pseude body solution
  Sho Yamamoto, Norihisa Kawamura, Toru Nonami
  Transactions of the Materials Research Society of Japan, Materials Research Society of Japan, 44, 1, 17, 23, 2019, refereed, Joint Work
• 297, 303, 2018, refereed, Joint Work
• Zairyou, 67, 10, 898, 903, 2018, refereed, Joint Work
• Crystal structure and formation mechanism of spherical porous hydroxyapatite synthesised in simulated body fluid
  Ayu Kodaira,Toru Nonami
  Journal Materials technology, 1, 7, 2018, refereed, Joint Work
• Synthesis of Titanium Oxide Photocatalyst Supported on Spherical Porous Hydroxyapatite
  Narumi Yoshijima, Kengo Tamazawa, Ayu Kodaira, Toru Nonami
  Transactions of the Materials Research Society of Japan, 42, 6, 167, 171, 2017, refereed, Joint Work
• Evaluation of protein adsorption capacity of TiO2supported spherical porous hydroxyapatite
  Max Katayama, Kengo Tamazawa, Ayu Kodaira,Toru Nonami
  key engineering materials, 758, 90, 96, 2017, refereed, Joint Work
• Particle diameter control of spherical porous hydroxyapatite by simulated body fluid immersion
  Max Katayama, Kengo Tamazawa, Ayu Kodaira, Toru Nonami
  BIO-INTEGRATION SOCIETY, BIO-INTEGRATION SOCIETY, 7, 71, 76, 2017, refereed, Joint Work
• 2015
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• 1990
• 1984

Books etc

• 2021
• 2014

Conference Activities & Talks

• Single Work
• Single Work
• Single Work
• Award for Encouragement of Research in the 34th Annual Meeting of MRS-J, Single Work
• Ammonia adsorption capacity of rice husk charcoal treated with citric acid for surface modification
  2024, Single Work
• Single Work
• Single Work
• Single Work
• N. Tsunekawa, K. Ito, and T.Nonami
  Single Work
• Synthesis of calcium magnesium silicate compounds from rice husk-derived silica and their investigation as phosphorus recovery materials
  Joint Work
• Synthesis of lanthanum oxyapatite using apatite derived from salmon bone
  Joint Work
• Synthesis of Apatite Coated Titanium Dioxide using Calcium Hydroxide Derived from Eggshell by Pseudo-Body Fluid Method
  2022, Joint Work
• Synthesis of spherical porous hydroxyapatite using calcium hydroxide derived from eggshells
  Single Work
• Pseudo-body fluid concentration and methylene blue decolorization ability during synthesis of apatite-coated titanium dioxide
  Single Work
• Strontium Adsorption on Composite Materials of Apatite and Carbon Compounds Derived from Salmon Bone
  Single Work
• Calcium silicate compound made from rice-hull-derived silica
  Single Work
• Single Work
• Single Work
• Single Work
• Joint Work
• Single Work
• Joint Work
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• Single Work
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• 2019, Joint Work, refereed
• 2019, Single Work, refereed, JST,,NEDO
• Joint Work
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• Joint Work
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• Joint Work
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• Joint Work
• Single Work
• 2018, Single Work, Not refereed
• 2018, Single Work, Not refereed
• 2018, Single Work, refereed
• 2018, Single Work
• Single Work
• Single Work
• Single Work
• Single Work
• Single Work
• Single Work
• Joint Work, refereed
• The International Society for Ceramics in Medicine (ISCM), 2017, Single Work, refereed
• International Union of Materials Research Societies - The 15th International Conference on Advanced Materials, 2017, Single Work, refereed
• International Union of Materials Research Societies - The 15th International Conference on Advanced Materials, 2017, Single Work
• Observation of mineral content distribution in cuticular layer of bamboo charcoal depending on atmospheres in carbonization
  2017, Single Work, refereed
• 2017
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Misc

• 「オープンカレッジ」【専門分野から社会を考える】
• 2020, ２, 61, 65, 2020, Not refereed

Other Research Activities

Patents

• 特願 2024-218910
• 特願2024-055954
• 2023-187647
• 特許第3903167号
• 特許第3906355号
• WO2007-039985
• 特許第3950341号
• 特許第3975270号
• 特許第3994151号
• 特許第4048273号
• 特許第4071384号
• 特許第4081545号
• 特開2008-043829
• 特許第4088685号
• 特開2008-088436
• 特許第4117371号
• 特許第4157943号
• 特開2008-280309
• 特許第4245846号
• 特許第4269044号
• 特許第4273204号
• 特許第4280812号
• 特許第4385115号
• 特許第3486631号
• 特開2003-321334
• 特開2003-321313
• 特許第3493393号
• 特開2003-334453
• 特開2003-334454
• 特開2004-010682
• 特開2004-058050
• 特開2004-076002
• 特許第3550652号
• 特開2004-141740
• 特許第3554734号
• 特開2004-168601
• 特開2004-195416
• 特許第3598349号
• 特開2004-269737
• 特開2005-279582
• 特開2005-280267
• 特開2006-000781
• 特許第3756759号
• 特開2003-002815
• 特開2003-012306
• 特開2003-012431
• 特開2003-024797
• 特開2003-034630
• 特開2003-034629
• 特許第3401552号
• 特開2003-064606
• 特開2003-080078
• 特開2003-082393
• 特開2003-089587
• 特許第3430218号
• 特許第3451260号
• 特開2003-212754
• 特許第3463106号
• 特開2003-252713
• 特許第3472803号
• 特開2003-275600
• 特開2003-277041
• 特開2003-277056
• 特開2001-000452
• 特許第3146239号
• 特開2001-232206
• 特開2001-270709
• 特開2001-270717
• 特開2001-292902
• WO2001-091701
• 特許第3275032号
• 特開2002-060871
• 特許第3288265号
• 特許第3289140号
• 特許第3292872号
• 特開2002-129265
• 特開2002-172332
• 特許第3337023号
• 特開2002-249373
• 特開2002-277839
• 特開2002-284656
• 特開2002-291773
• 特開2002-293725
• 特許第2898331号
• 特開平11-092351
• 特許第2920204号
• 特開平11-138017
• 特開平11-137663
• 特許第2939548号
• 特開平11-267519
• 特開2000-000402
• 特開2000-000401
• 特開2000-001631
• 特許第3030380号
• 特開2000-072572
• 特開2000-070292
• 特開2000-083971
• 特開2000-117271
• 特開2000-126551
• 特開2000-157876
• 特許第3084397号
• 特許第3118558号
• 特開2000-344640
• 特開平5-146503
• 特開平5-154191
• 特開平5-154190
• 特開平5-170529
• 特開平6-007148
• 特開平6-197947
• 特開平6-205794
• 特開平6-245942
• 特開平7-232930
• 特開平8-206190
• 特許第2652781号
• 特開平10-130112
• 特開平10-174882
• 特許第2807752号
• 特許第2810965号
• 特開平10-211271
• 特開平10-244166
• 特開平11-012115
• 特許第4392440号
• 特開2009-268943
• 特許第4482679号
• 特許第4487062号
• 特開2010-155786
• 特開2010-155785
• 特許第4572282号
• 特許第4572281号
• 特許第4613339号
• 特許第4617451号
• 特許第4621859号
• 特許第4819784号
• 特許第4848509号
• 特許第4903943号
• 特許第4916624号
• 特許第6104651号
• 特開2018-183752
• 特願2021-190448
• 特願2018-226601
• ２０１７－０９７３１１
• 特願2014-104685
• 2017-106889, 2018-20310

Awards & Honors

• 2017
• 2018
• 2017, soitirou matsubara, Preparation of Interlocking Block Containing Cfhaff Charcoal for Environmental Preservation and Evaluation of Metal Ion Adsorption Capacity in Aqueous Solution
• 2018, souichirou matsubara

Research Grants & Projects

• 2024
• 2023
• 2023
• 2023
• 2022
• 2022
• 2022
• 2022
• 2020
• 2021
• 2021
• 2021
• 2021
• 2020
• 2020
• 2020
• 2019, 2019, 2021
• 2019, 2019, 2020, L19044
• 2019, 2019, 2020, Ｌ１９０４５　
• 2018
• 2018
• 2018
• 2018
• 2017, 1290001052861
• 2017, 2017.4, 2018.3
• 2017
• 2017
• 2017
• 2017
• 2018
• 2017
• 2017
• 2016
• 2016
• 2016
• 2016
• 2015
• 2015
• 2015
• 2015
• 2015
• 2014
• 2014
• 2014
• 2013
• 2013
• 2013
• 2013
• 2013
• 2012
• 2012
• 2012
• 2012
• 2012
• 2012
• 2011
• 2011

Others

• 2022
• 2022
• 2022
• 2022
• 2019