MMIJ 2024, Akita
Sep 10 - Sep 12, 2024Akita University Tegata Campus
You can search for presentations in this event.
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MMIJ 2024, Akita
Sep 10 - Sep 12, 2024Akita University Tegata Campus
You can search for presentations in this event.
SearchSearch Results(445)
[1101-08-01]Yield value measurement of mortar using a rotational viscometer
○Naoto Kamoshida1, Takara Kikuchi2, Kota Hotta1(1. Iwate university, 2. OYO Corporation )
[1101-08-02]Study on cracking occurs of cured cement by laumontite
○Eiji Iwatsuki1(1. AICHI INSTITUTE OF TECHNOLOGY)
[1101-08-03]Study on alkali silica reaction controlling effect of calcium aluminate minerals in outdoor exposure test
○Eiji Iwatsuki1, Tatsuo Shinmi2, Takashi Chabayashi2(1. Aichi Institute of Technology, 2. Tokuyama Corporation)
[1101-08-04]Effects of Notch Depth and Temperature on SCB Testing of Asphalt Mixtures.
Takayuki Fumoto1, ○Tanaka Yuki1[Bachelor’s course](1. Kindai University)
[1101-08-6add]Break
[1101-08-05]Chemical Approach of Color Reaction Monitoring Method on Heavy Metals in Crushed Stone Dust
○JAESEO YANG1[Doctoral course], Mitsugu SAITO1(1. The University of Iwate)
[1101-08-06]Herbicidal activity for crushed sand and stone dust soil mixtures
○tadao imai1, Takuma Nagasaka1, Akihisa kizaki1, Yasuaki Igarasi2(1. Akita University, 2. Tohoku Saiseki Corporation)
[1101-08-07]The Construction of Aggregate Transportation Routes Using a Road Closure Search Model in Case of Disaster Based on GIS Systems
○SHOUYI GAO1[Doctoral course], MITSUGU SAITO1(1. Iwate University)
[1101-08-08]Methods of Measuring and Reducing Blind Areas in Heavy Machinery in Mines
○Mizuki Watanabe2, tadao imai1, Akihisa kizaki1, Takahiko Hokazono2(1. Akita University, 2. Nippon Caterpillar LLC)
[1201-06-1add]Outline of the session
[1201-06-01]Streamlining the Kawara Mine production process to create an optimal operation system
○Kenichi Murakami1(1. Kawara Kogyo Co., Ltd.)
[1201-06-02]Renewal of dry-crushed-sand plant at Fujiwara Mine
○Kenji Kyoso1(1. Mie Taiheiyo Kogyo Corporation)
[1201-06-03]Excavation of Vertical Shaft No.3 in Torigatayama Quarry Complex
○Satoshi Koga1(1. Nittetsu Mining Co., Ltd.)
[1201-06-5add]Break
[1201-06-04]Stabilisation of the slope consisted of fragile black shale in Shirakidani mine
○Katsuya Miyaji1(1. Shikokukouhatsu Co.,ltd)
[1201-06-05]Attacks for nature restoration at the Ofunato mine
○Nozomi Aoki1(1. Ryusin Kogyo Co., Ltd)
[1201-06-06]Strategic mineralization of calcite from carbon dioxide and fly ash for goaf stowing in Kushiro Coal Mine 3nd Report
○Hiroyuki Matsumoto1, Yoshihisa Ichihara1, Yoshiaki Suzuki1, Yoshihiro Ito1, Kenichi Itakura2, Gota Deguchi3(1. Kushiro Coal Mine co.,ltd., 2. Muroran Institute of Technology, 3. Underground Resources Innovation Network, NPO)
[1301-09-01]Causes and control of pH fluctuation in mine drainage at A Mine Fukushima Japan.
○Yuuki Shimada1, Hayato Yodoya1, Hiromichi Matsumoto1, Kohei Mitsuhashi1(1. Nittetsu Mining CO., LTD.)
[1301-09-02]Study on the Initial Reaction of Metakaolin-Based Geopolymer
○Haruki Nakashima1[Master’s course], Kiyofumi Kurumisawa2(1. Division of Sustainable Resources Engineering, Graduate School of Engineering, Hokkaido University, Japan, 2. Division of Sustainable Resources Engineering, Faculty of Engineering, Hokkaido University, Japan)
[1301-09-03]Vegetation at the former open-pit mine, 36 years after closure treatment: Impact of soil cover on woody plant establishment and dominance of the perennial herb Miscanthus sinensis
○Kohei Doyama Doyama1,4, Keiko Yamaji1, Toshikatsu Haruma2, Yu Ichihara2, Kenji Tamura1, Qi Jiang1, Tetsuo Yasutaka4, Yasumichi Tsunasima3, Kenjin Fukuyama3(1. University of Tsukuba, 2. Forest Research and Management Organization, 3. Japan Atomic Energy Agency, 4. National Institute of Advanced Industrial Science and Technology)
[1301-09-04]A study about storage method of tritium-contaminated water using water absorptive polymer (12)
○Shogo Higaki1, Takehiko Goto2, Toru Oishi3(1. The University of Tokyo, 2. Hiroshima University, 3. Nippon Steel Cement)
[1301-09-5add]Break
[1301-09-05]Performance of large-scale passive treatment tests of contact oxidation process utilizing Mn-oxidizing bacteria for Mn-containing mine water
○Yuki Semoto1, Takaya Hamai1, Yusei Masaki1, Manami Ikeda1, Tadao Okumura1, Naoyuki Miyata2, Tetsuo Yasutaka3, Taiki Katayama3(1. Japan Organization for Metals and Energy Security, 2. Akita Prefectural University, 3. National Institute of Advanced Industrial Science and Technology)
[1301-09-06]Evaluation of operating conditions and Mn removal performance in a mine wastewater treatment plant using Mn-oxidising bacteria
○Yuto Komura1, Taiki Katayama1, Tetsuo Yasutaka1, TUM Sereyroith1, Miho Watanabe2, Naoyuki Miyata2(1. National Institute of Advanced Industrial Science and Technology, 2. AKITA PREFECTURAL UNIVERSITY)
[1301-09-07]“Effect of Sulfate ions and Carbonate ions on Mn Precipitation during Mine Drainage treatment"
○Seiya kato1[Master’s course], Yoshiyuki Ohara2, Risa Kawahara2, Shigeshi Fuchida1(1. Tokyo university of marine science and energy, 2. Nihon Kaisui Co., Ltd.)
[1301-09-08]Performance assessment of the Mn-containing mine water treatment systems and the transition of autotrophic and heterotrophic Mn-oxidizing microbial communities
○Miho Watanabe1, Gotore Obey1, Naoyuki Miyata1, Taiki Katayama2, Tetsuo Yasutaka2, Yuuki Semoto3, Takaya Hamai3(1. Akita Prefectural University, 2. AIST, 3. JOGMEC)
[1501-06-1add]Opening Address
[1501-06-01]Development of resource exploration method using high spatial resolution multispectral images
○Natsuo Okada1[Doctoral course], Takahiko Arima1, Hisatoshi Toriya2, Yoko Ohtomo1, Itaru Kitahara3, Youhei Kawamura1(1. Hokkaido University, 2. Akita University, 3. Tsukuba University)
[1501-06-02]Development of a Single-Particle Flotation Prediction Model Using Machine Learning and MLA Data : Applicable to Different Ores, Operations, and Chemical Conditions
Takeshi Shibuya2, ○Naoki HIroyoshi1, Park Seyong2, Shun Ichige2, Takamoto Murata1, Taisuke Sakakibra Sakakibara3, Tatsuhiro Ono3, Taiga Sato3(1. Hokkaido university, 2. Tsukuba university, 3. JOGMEC)
[1501-06-4add]Break
[1501-06-03]Estimation of costomized flotation conditions to acheive Cu-Zn separation for copper ores containing sphalerite
○Kosei Aikawa1, Nodoka Orii2, Ilhwan Park2, Naoki Hiroyoshi2, Taisuke Sakakibara3, Mayumi Ito2(1. National Institute of Advanced Industrial Science and Technology, 2. Hokkaido University, 3. Japan Organization for Metals and Energy Security)
[1501-06-04]Advancement in Cobalt Recovery from Tailings: An Investigation of Flotation Parameter and Carrier Flotation Technology
○Refilwe Magwaneng1, Tatsuhiro Ono1, Shuichi Kuwaba1, Michihiro Akahori1, Taro Kamiya1, Anita Parbhakar-Fox2, Vladimir Lisitsin3(1. Japan Organization for Metals and Energy Security, Japan, 2. Sustainable Minerals Institute, University of Queensland, Australia, 3. Geological Survey of Queensland, Australia)
[1501-06-05]Developing an efficient electrolytic refining process for low-grade crude copper anodes
○Ken Adachi1, Atsushi Iizuka1, Etsuro Shibata1(1. Tohoku University)
[1501-06-06]Separation and Recovery of Iridium and Ruthenium via Gas Phase
○Takashi Nagai1(1. Chiba Institute of Technology)
[1501-06-9add]Panel discussion
[1601-05-1add]Outline of the session［Hiroyuki Fukuyama (Tohoku university)］
[1601-05-2add]Activity Report［Masahito Uchikoshi (Tohoku university)］
[1601-05-01]Effect of Fe/SiO2 mass ratio on the combustion behavior of copper concentrate
○Shota Miyake1[Master’s course], Yuko Goto1,2, Shungo Natsui1, Hiroshi Nogami1(1. Tohoku University, 2. Sumitomo Metal Mining Co., Ltd.)
[1601-05-02]Viscosity measurements of Ni melt for validation of thermophysical property measurement methods using an aerodynamic levitation technique
○Masayoshi Adachi1, Ikuma Nagakusa1, Makoto Ohtsuka1, Masahito Watanabe2, Junichi Takahashi3, Hiroyuki Fukuyama1(1. Tohoku University, 2. Gakushuin University, 3. Sumitomo Metal Mining Co. Ltd.)
[1601-05-03]Analysis of component separation mechanism in dielectrophoresis
○Kizuku Kushimoto1, Satoshi Asano2, Hiroto Watanabe2, Junya Kano1(1. Tohoku University, 2. Sumitomo Metal Mining Co., Ltd.)
[1601-05-04]Basic research for the development of a highly efficient scandium separation process (1)
○Akira Kirishima1, Masahito UCHIKOSHI1, Daisuke Akiyama1(1. Tohoku university)
[1601-05-05]Evolution of hydration and complexation of chromium chlorides in hydrochloric acid solutions at 323 K (50 °C)
○Masahito Uchikoshi1, Akira Kirishima1(1. Tohoku University)
[11-1200-1add]meeting
[12-1200-1add]meeting
[14-1200-1add]meeting
[15-1200-1add]meeting
[16-1200-1add]meeting
[1109-16-01]Current status of world marine mineral resource development
○Nobuyuki Okamoto1(1. Deep Ocean Resources Development Co., Ltd.)
[1109-16-02]Current status of exploration activities aimed at mining deep-sea polymetallic nodules
○Akira Tsune1(1. Deep Ocean Resources Development, Co., Ltd.)
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