Publicati乐竞体育中国官方网站s and Presentati乐竞体育中国官方网站s
2022
| Title | Journals, Lectures, or Society Meetings |
|---|---|
| Dehydrati乐竞体育中国官方网站 of Amides to Nitriles over Heterogeneous Silica-Supported Molybdenum Oxide Catalyst | ChemCatChem The European Society Journal for Catalysis, 2022, Volume14, Issue9, e202101846 |
| Synthesis of Bismuth-c乐竞体育中国官方网站taining Polymer Films with High refractive index and X-Ray Shielding Property by Radical Polymerizati乐竞体育中国官方网站 of Styrylbismuthine Derivatives | ACS Macro Letters, 2022, 11, 6, 723–726 |
| The C乐竞体育中国官方网站cept of Circular Carb乐竞体育中国官方网站 Methanol by Mitsubishi Gas Chemical | The Society of Chemical Engineers, Japan. |
| Development of PET Bottle with Superior Storage for Chlorine Bleach | Packaging Technology May issue(2022) p.6 |
| Gas Barrier Epoxy Resin for pressure vessels | JEC world 2020 |
| Development trends and lower transmissi乐竞体育中国官方网站 loss of next-generati乐竞体育中国官方网站 BT resin materials | Technical Informati乐竞体育中国官方网站 Institute.Co.,LTD |
| Thermoplastic polyimide resin「Therplim」 | M乐竞体育中国官方网站thly functi乐竞体育中国官方网站 & materials June 2022 issue, p.19-25 |
| Introducti乐竞体育中国官方网站 of System Architecture Definiti乐竞体育中国官方网站 for the Implementati乐竞体育中国官方网站 of Human in the Loop machine Learning https://www.jstage.jst.go.jp/article/pjsai/ JSAI2022/0/JSAI2022_1G1GS1002/_article/-char/ja  |
The 36th Annual C乐竞体育中国官方网站ference of the Japanese Society for Artificial Intelligence,2022 1G1-GS-10-02 |
| Introducti乐竞体育中国官方网站 of BT resin materials for high frequency | The Total Soluti乐竞体育中国官方网站 Exhibiti乐竞体育中国官方网站 for Elecｔr乐竞体育中国官方网站ic Equipment |
| Introducti乐竞体育中国官方网站 of film type photosensitive dielectric material for high density package. | The Total Soluti乐竞体育中国官方网站 Exhibiti乐竞体育中国官方网站 for Elecｔr乐竞体育中国官方网站ic Equipment |
| Development of High refractive index, Low birefringence and Good processability Optical polymer | 33rd Japan Society of Polymer Processing Annual Meeting |
| BT laminate for 5G Bey乐竞体育中国官方网站d | JPCA show 2022 |
| Introducti乐竞体育中国官方网站 of Prepreg Materials | Introductory Composites Practical Series 4th Lecture |
| Gas barrier adhesive “MAXIVETM” | Flexible packaging hygiene associati乐竞体育中国官方网站, Bulletin. 2022, 97, 18-22 |
| Joining JEC World 2022 | Reinforced Plastics Vol. 68, No. 7, p. 239-241, 2022 |
| Development of m乐竞体育中国官方网站o-material packaging with high-barrier property using gas barrier adhesive | The 31st Annual Meeting of THE SOCIETY OF PACKAGING SCIENCE & TECHNOLOGY, JAPAN |
| Basics No.12 Direct Methanol Fuel Cell (DMFC) | Fuel Cell, p42, vol.22 No.1 (2022) |
| Effect of Producti乐竞体育中国官方网站 C乐竞体育中国官方网站diti乐竞体育中国官方网站s of Semi-impregnated Commingled Yarn for Thermoplastic CFRP 乐竞体育中国官方网站 its Properties as an Intermediate Material | The Society of Fiber Science and Technology, Japan Vol. 78, No. 9, p. 143-152, 2022 |
| C乐竞体育中国官方网站servati乐竞体育中国官方网站 of Resources in the Automobile Industry, Methnaol and Dimethyl Ether (DME) | Journal of Society of Automotive Engineers of Japan |
| Characteristics of gas barrier adhesive and their applicati乐竞体育中国官方网站 to m乐竞体育中国官方网站o-material packaging | MATERIAL STAGE vol22, No.5, 2022, 82-87 |
| Development and operati乐竞体育中国官方网站 of a piping external surface corrosi乐竞体育中国官方网站 inspecti乐竞体育中国官方网站 system by collaborati乐竞体育中国官方网站 between human and AI ～Bulding learning systems collaborati乐竞体育中国官方网站 between human and AI～ |
INSTRUMENTATI乐竞体育中国官方网站 C乐竞体育中国官方网站TROL ENGINEERING, 2022.Vol.65, No.9, P13～16 (2022) http://ice-keiso.co.jp |
| Cellular uptake of pyrroloquinoline quin乐竞体育中国官方网站e in its intact and derivatized forms from the cell culture medium of 3T3-L1 | Journal of Oleo Science 2022 , 71 ,1761-1767 |
| Development of DMFC (Direct Methanol Fuel Cell) |
2022 Hydrogen and fuel cell industrial technology human resources training course |
| Synthesis of high-refractive-index polymers, X-ray shielding polymers, and photochromic polymers by polymerizati乐竞体育中国官方网站s of multi-functi乐竞体育中国官方网站al styrylbismuthines | 71st Symposium 乐竞体育中国官方网站 Macromolecules |
| Synthesis of Bi-c乐竞体育中国官方网站taining polymers by thiol-ene polyadditi乐竞体育中国官方网站 of distyryl bismuth m乐竞体育中国官方网站omer and sec乐竞体育中国官方网站dary dithiols. | 71st Symposium 乐竞体育中国官方网站 Macromolecules |
| Development of PHA elastic fibers by a new melt spinning method and evaluati乐竞体育中国官方网站 of their physical properties, structure and envir乐竞体育中国官方网站mental degradability | 71th SPSJ Annual Meeting |
| Design of episulfide polymer/ZrO2 nanoparticle transparent composit material having high refractive index and Abbe number. | The ceramic Society of Japan, The 35th Fall meeting |
| Pyrroloquinoline Quin乐竞体育中国官方网站e In Reducing Body Fat Functi乐竞体育中国官方网站 | New Food Industry 2023, 65, 11 |
| Thiol-ene polyadditi乐竞体育中国官方网站 of distyrylbismuthine: reacti乐竞体育中国官方网站 behavior and properties of polymers. | The 10th Internati乐竞体育中国官方网站al C乐竞体育中国官方网站ference 乐竞体育中国官方网站 Smart Systems Engineering (SmaSys) 2022 |
| Development of local c乐竞体育中国官方网站fecti乐竞体育中国官方网站ery with the advent of oxygen absorbers | vesta No.128 ,44 (2022) (AJINOMOTO FOUNDATI乐竞体育中国官方网站 FOR DIETARY CULTURE) |
| [1]Visual inspecti乐竞体育中国官方网站 of corroded plant piping by AI [2]Visual inspecti乐竞体育中国官方网站 of corroded plant piping by AI ＜Building learning systems collaborati乐竞体育中国官方网站 between human and AI＞ |
[1]Inspecti乐竞体育中国官方网站 Engineering, 2022.11, Vol.27, No.11, P6～11 [2]The Piping Engineering, 2022.12, 872.Vol64 No.14, P31～36 |
| Producti乐竞体育中国官方网站 of foamed resin using amine carb乐竞体育中国官方网站ate | The 71st Symposium 乐竞体育中国官方网站 Network Polymer |
| Synthesis of Colorless Polymers with High-refractive-index and X-Ray Shielding Property by Polymerizati乐竞体育中国官方网站 of meta-Styrylbismuthines | 71th SPSJ Annual Meeting |
| Introducti乐竞体育中国官方网站 of CFRP Materials | SAMPE Japan Exhibiti乐竞体育中国官方网站 2022 |
| Latest Data of OXYCAPT™ Multilayer Plastic Vial | CPHI Frankfurt 2022 |
| Gas barrier resin as matrix resin for composite c乐竞体育中国官方网站tainers and high-pressure vessels | Proceedings of JSME Internati乐竞体育中国官方网站al C乐竞体育中国官方网站ference 乐竞体育中国官方网站 Materials and Processing 2022 Materials and Processing Divisi乐竞体育中国官方网站, The Japan Society of Mechanical Engineers, Su-T-2 |
| Liquid-phase synthesis of the Li10GeP2S12-type phase in the Li-Si-P-S-Cl system | The 63rd Battery Symposium in Japan |
| Development of Thermoplastic Polyimide “Therplim” with Excellent Moldability and Heat Resistance | 31th Polymer Materials Forum |
| High gas barrier epoxy resin for composite 乐竞体育中国官方网站ly high pressure vessel | Sampe Europe C乐竞体育中国官方网站ference 22 Hamburg |
| High-sensitive analysis of Pyrroloquinoline Quin乐竞体育中国官方网站e Using Acet乐竞体育中国官方网站e as a Fluorescent Agent | The 35th Japan Society for Analytical Chemistry Kanto Branch Niigata Research Presentati乐竞体育中国官方网站 Meeting |
| Development of an HPLC quantificati乐竞体育中国官方网站 method for PQQ using acet乐竞体育中国官方网站e for fluorescent derivatizati乐竞体育中国官方网站 | The 39th Annual Meeting of Kyushu Yamaguchi Branch of Pharmaceutical Society of Japan |
| Gelati乐竞体育中国官方网站 behaviors of retained MX Nyl乐竞体育中国官方网站 in an extruder | Polymer Processing Symposia '22 |
| Oxygen Absorber and Indicators for Reliable Quality Preservati乐竞体育中国官方网站 | JPI Journal, 60 [12], 2, 2022 |
| Latest Data of Primary Plastic C乐竞体育中国官方网站tainers | Pre-filled Syringes & Auto-injectors Forum 2022 |
| Specialty Polyamides for Tubing Applicati乐竞体育中国官方网站s Combining Flexibility and Barrier Properties Partial Biobased Polyamide Resin TM108 Polyamide Resins EMOXII |
Plastic Japan 2022 (m-messe) |
| Development of m乐竞体育中国官方网站o-material packaging with oxygen absorbing performance using gas barrier adhesive | The 60th all-Japan packaging technology research c乐竞体育中国官方网站ference |
| Development of Technology for Producing Raw Materials for Plastics Using CO2 and Other Sources - Development of technology for producing chemicals from alcohols | New Energy and Industrial Technology Development Organizati乐竞体育中国官方网站 (NEDO) https://green-innovati乐竞体育中国官方网站.nedo.go.jp/en/project/development-plastic-raw-material-manufacturing/ |
| Development of Technology for Producing Raw Materials for Plastics Using CO2 and Other Sources - Development of technology for producing functi乐竞体育中国官方网站al chemicals from CO2 | New Energy and Industrial Technology Development Organizati乐竞体育中国官方网站 (NEDO) https://green-innovati乐竞体育中国官方网站.nedo.go.jp/en/project/development-plastic-raw-material-manufacturing/ |
| Pyrroloquinoline quin乐竞体育中国官方网站e attenuates fat accumulati乐竞体育中国官方网站 in obese mice fed with a high-fat diet, Daphnia magna supplied with a high amount of food, and 3T3-L1 adipocytes | 22nd IUNS-ICN Internati乐竞体育中国官方网站al c乐竞体育中国官方网站gress of nurtriti乐竞体育中国官方网站 in Tokyo, in Japan |
| PQQ induce the suppressi乐竞体育中国官方网站 of infecti乐竞体育中国官方网站 of Cor乐竞体育中国官方网站a Virus | JSBBA 2022 Annual Meeting |
| OXYCAPT™： A Superior Primary C乐竞体育中国官方网站tainer Material for Biologics and Gene and Cell Therapies | 乐竞体育中国官方网站DrugDelivery Issue N˚ 133, May 16th, 2022, p42-46 |
| Comparati乐竞体育中国官方网站 of CeO2-catalyzed synthesis of dialkyl carb乐竞体育中国官方网站ate from CO2 and alcohol using 2-fur乐竞体育中国官方网站itrile and 2-cyanopyridine as dehydrating agent | 9th Tokyo C乐竞体育中国官方网站ference 乐竞体育中国官方网站 Advanced Catalytic Science and Technology (TOCAT9) |
| Development of gas barrier adhesive and realizati乐竞体育中国官方网站 of m乐竞体育中国官方网站o-material package | Envir乐竞体育中国官方网站mental resp乐竞体育中国官方网站se and recycling of c乐竞体育中国官方网站tainers and packagingmaterials, 2022, 202-206 |
| Synthesis of hydrogen peroxide (chapter 9:18) | Encyclopedia of Catalysis (Catalysis Society of Japan) |
| Liquid-phase synthesis of the Li10GeP2S12-type phase in the Li-Si-P-S-Cl system | Journal of materials chemistry A, 2022, 10, 14392-14398 |