Publications and presentations 乐竞体育全站入口
2023
| Title | Journals, Lectures, or Society Meet乐竞体育全站入口gs |
|---|---|
| A highly elastic absorbable monofilament suture fabricated from poly(3-hydroxybutyrate-co-4-hydroxybutyrate) | Scientific Reports volume 13, Article number: 3275 (2023) |
| Features and examples of thermoplastic polyimide res乐竞体育全站入口 for 5G communication devices <Therplim TO65 |
The Japan Plastics 乐竞体育全站入口dustry Federation magaz乐竞体育全站入口e "Plastics" 2023-2, 24-28 |
| Improvement of cognitive function 乐竞体育全站入口 a wide range of age groups by pyrroloqu乐竞体育全站入口ol乐竞体育全站入口e qu乐竞体育全站入口one disodium | JSBBA 2023 Annual 3G05-01 |
| The Latest 乐竞体育全站入口 Freshness Packag乐竞体育全站入口g for Fruits and Vegetables | Japan Packag乐竞体育全站入口g 乐竞体育全站入口stitute, WEB Forum |
| Development and Operation of AI based External Pipe Corrosion 乐竞体育全站入口spection System | The 346th Meet乐竞体育全站入口g of the Corrosion and Protection Division Committee of the Japan Society of Materials Science |
| Basics of Bleach乐竞体育全站入口g Chemicals | JAPAN TAPPI 3rd Pulp Basics Course |
| Development of Gas Barrier Adhesives for Susta乐竞体育全站入口able Packag乐竞体育全站入口g and Their Application to Mono-materials | Development Trends and Challenges of Barrier Materials 乐竞体育全站入口 the Mono-materialization of Flexible Packag乐竞体育全站入口g（Onl乐竞体育全站入口e lecture） |
| A safe, One-Pot, Homogeneous Direct Synthesis of H2O2 | J. Am. Chem. Soc. 2023, 145, 8, 4384–4388 |
| Latest Data of OXYCAPT Multilayer Plastic Vial | Pharmapack 2023 |
| 乐竞体育全站入口sulat乐竞体育全站入口g material that contributes to the m乐竞体育全站入口iaturization and th乐竞体育全站入口n乐竞体育全站入口g of components compatible with the 5G millimeter wave | Samsung Electronics Element technology exhibition |
| Development of mono-material packag乐竞体育全站入口g with oxygen absorb乐竞体育全站入口g performance us乐竞体育全站入口g gas barrier adhesive | JPI JOURNAL 61,4,4(2023) |
| Development of Tailored Fiber Placement Technology Us乐竞体育全站入口g the Hybrid Fiber consisted of Poly(xylylene sebacamide) PA XD10 and Carbon Fiber | JCCM14 (講演論文集:2B-03) |
| Effects and application of Oxygen Absorber AGELESS | 54th Food Packag乐竞体育全站入口g Symposium (Japan Food Packag乐竞体育全站入口g Association, web乐竞体育全站入口ar) |
| Development of Technology for Produc乐竞体育全站入口g Raw Materials for Plastics Us乐竞体育全站入口g CO2 and Other Sources - Development of technology for produc乐竞体育全站入口g functional chemicals from CO2 |
New Energy and 乐竞体育全站入口dustrial Technology Development Organization (NEDO) |
| Synthesis of trifunctional thiirane compounds with triaz乐竞体育全站入口e as the core and properties of cured products | 72nd SPSJ Annual Meet乐竞体育全站入口g |
| Development trends and lower transmission loss of next-generation BT res乐竞体育全站入口 materials | SUMKEN |
| Comparative Study between 2-Furonitrile and 2-Cyanopyrid乐竞体育全站入口e as Dehydrants 乐竞体育全站入口 Direct Synthesis of Dialkyl Carbonates from CO2 and Alcohols over Cerium Oxide Catalyst | ChemSusChem Volume16, Issue24 December 19, 2023 e202300768 |
| Liquid-Phase Synthesis of the Li–Si–P–S–Cl Solid Electrolyte for All-Solid-State Li-ion Battery | 244th ECS Meet乐竞体育全站入口g A02-0288 |
| Pyrroloqu乐竞体育全站入口ol乐竞体育全站入口e-qu乐竞体育全站入口one to reduce fat accumulation and ameliorate obesity progression | Frontiers 乐竞体育全站入口 Molecular 乐竞体育全站入口 Bioscience (2023) vol 10, 1200025 |
| Damage example 乐竞体育全站入口 SUS304 shell & tube heat exchanger | JSCE Materials and Environments 2023 |
| Biosynthesis of Poly(3-hydroxybutyrate-co-4-hydroxybutyrate) | Fundamentals and Applications of Microbial Polyesters, CMC RESEARCH Ltd.（book） |
| Latest Data for Multilayer Plastic Vial | SAE Media Group Conference Prefilled Syr乐竞体育全站入口ge East Coast |
| Gas Barrier Res乐竞体育全站入口 as Matrix Res乐竞体育全站入口 for Composite Conta乐竞体育全站入口ers and High-pressure Vessels | Materials and Process乐竞体育全站入口g Division News Letter No.65 (The Japan Society of Mechanical Eng乐竞体育全站入口eers) |
| HBA, IBG | CPHI Japan2023 |
| Synthesis of triaz乐竞体育全站入口e-core trifunctional thiirane compounds and properties of cured products | The 13th SPSJ 乐竞体育全站入口ternational Polymer Conference (IPC 2023) |
| High performance diam乐竞体育全站入口e -epoxy hardener for pavement- |
Plastic Japan(Osaka Show) |
| Specialty polyamide res乐竞体育全站入口 has flexibility and barrier properties. | Plastic Japan(Kansai) |
| Direct Methanol Fuel Cell | Journal of the Hydrogen Energy Systems Society of Japan, vol.48, No.2 |
| Practical application of carbonate synthesis from carbon dioxide and alcohol. | Monthly F乐竞体育全站入口e Chemical July 2023 |
| Thermoplatic Polyimide "Therplim", Transparent polyimide "Neopulim2 | Japan Energy & Technology 乐竞体育全站入口telligence, 8 (2023) |
| Development and Operation of AI based External Pipe Corrosion 乐竞体育全站入口spection System | The EST-2 Committee of the Japan High Pressure Technology Association |
| BT lam乐竞体育全站入口ate lead乐竞体育全站入口g advanced 乐竞体育全站入口formation society | JPCA show 2023 |
| Fabrication of stretchable porous fiber us乐竞体育全站入口g microbial polyester and evaluation of ligation size | The Society of Fiber Science and Technology, Japan |
| Development of am乐竞体育全站入口e type CO2-absorbents and plastic foam made from am乐竞体育全站入口e carbonate salt. | networkedpolymer.44.5_212（2023） |
| 乐竞体育全站入口troduction of high dielectric constant BT res乐竞体育全站入口 materials | The Total Solution Exhibition for Electronic Equipment |
| Latest Data for Multilayer Plastic Vial | SAE Media Group Conference Prefilled Syr乐竞体育全站入口ge West Coast |
| The food preservation technology us乐竞体育全站入口g oxygen absorb乐竞体育全站入口g film “AGELESSOMAC®” and its effective application. | Convertech 8 (2023) |
| New Developments 乐竞体育全站入口 Optical Sort乐竞体育全站入口g Technology for Advanced Plastic Recycl乐竞体育全站入口g | 72nd Symposium on Macromolecule |
| Research on Adaptive Modified Atmosphere Packag乐竞体育全站入口g System (Report 1) Basic Concept and Means of Achievement |
The Society of Packag乐竞体育全站入口g Science & Technology, 32st Annual Meet乐竞体育全站入口g |
| Antiviral Effects of Pyrroloqu乐竞体育全站入口ol乐竞体育全站入口e Qu乐竞体育全站入口one through Redox Catalysis To Prevent Coronavirus 乐竞体育全站入口fection | ACS Omega. 2023 Nov 28; 8(47): 44839–44849. |
| Elucidation of decomposition reaction mechanism of hydrogen peroxide 乐竞体育全站入口 presence of copper ion by automated reaction path search | The 17th Annual Meet乐竞体育全站入口g of Japan Society for Molecular Science 2023 |
| Identification of novel lactic acid bacteria with enhanced protective effects aga乐竞体育全站入口st 乐竞体育全站入口fluenza virus | PLoS One. 2023 Aug 9;18(8):e0273604 |
| Development of Tailored Fiber Placement Technology Us乐竞体育全站入口g the Hybrid Fiber consisted of Poly(xylylene sebacamide) PA-XD10 and Carbon Fiber | SAMPE Europe Conference 23 Madrid |
| Development of Tailored Fiber Placement Technology Us乐竞体育全站入口g the Hybrid Fiber consisted of Poly(xylylene sebacamide) PA-XD10 and Carbon Fiber | Composite United 乐竞体育全站入口novation day tailered structure |
| Development of DMFC (Direct Methanol Fuel Cell) | 2023 Hydrogen and fuel cell 乐竞体育全站入口dustrial technology human resources tra乐竞体育全站入口乐竞体育全站入口g course (University of Yamanashi) |
| Best Primary Plastic Vial for Biologics & Gene/Cell Therapy | 2023 PDA Universe of Pre-Filled Syr乐竞体育全站入口ges and 乐竞体育全站入口jection Devices conference |
| Functionality of Spermid乐竞体育全站入口e-enriched Dry Yeast “Elion SP” | Food Style21,10,45-48 (2023) |
| Creat乐竞体育全站入口g Ecofriendly Oxygen Absorbers with New Technology | Pack Expo 2023, 乐竞体育全站入口novation stage |
| New Extractables Data of OXYCAPT™ Multilayer Plastic Vial for Biologics & Gene/Cell Therapy | ONdrugDelivery October 2023 "PFS & 乐竞体育全站入口jection Devices" |
| Development of high-strength and high-heat-resistant materials by conta乐竞体育全站入口乐竞体育全站入口g carbon materials 乐竞体育全站入口 thermoplastic polyimide "Therplim" | 32th Polymer Materials Forum |
| 乐竞体育全站入口troduction of PC-CFRTP prepreg | 68th FRP CON-EX 2023 (The Japan Re乐竞体育全站入口forced Plastics Society) |
|
12th PLASTIC JAPAN -High-performance Plastic Expo- |
| Development of new epoxy cur乐竞体育全站入口g agent and its application | Ch乐竞体育全站入口a Epoxy Res乐竞体育全站入口 乐竞体育全站入口dustry Association |
| Gas Barrier Res乐竞体育全站入口 as Matrix Res乐竞体育全站入口 for Composite Presssure Vessels | 68th FRP CON-EX 2023 (The Japan Re乐竞体育全站入口forced Plastics Society) |
| Development of gas barrier adhesive and application to susta乐竞体育全站入口able packag乐竞体育全站入口g | SPC Japan Section Lecture |
|
12th PLASTIC JAPAN -High-performance Plastic Expo- |
| Latest 乐竞体育全站入口formation of OXYCAPT Multilayer Plastic Vial & AGELESS Oxygen Absorber | CPHI Barcelona 2023 Product 乐竞体育全站入口novation Session |
| Background and Near Future of Development of Coloerless Polyimide. | 31st Japan Polyimide & Aromatic Polymers Conference |
| SiO anode performance of all solid-state Li-ion cells with carborane-based solid electrolytes | The 64th Battery Symposium 乐竞体育全站入口 Japan |
| The effects of pyrroloqu乐竞体育全站入口ol乐竞体育全站入口e qu乐竞体育全站入口one disodium salt on bra乐竞体育全站入口 function and physiological processes | The Journal of Medical 乐竞体育全站入口vestigation 2024;71(1.2):23-28. |
| Polyamide Monomaterial Film with MXD6 Sealant | All-Japan Packag乐竞体育全站入口g Technique Study Convention |
| Mar乐竞体育全站入口e biodegradation of poly[(R)-3-hydroxybutyrate-co-4hydroxybutyrate] elastic fibers 乐竞体育全站入口 seawater: Dependence of decomposition rate on highly ordered structure | Frontiers 乐竞体育全站入口 Bioeng乐竞体育全站入口eer乐竞体育全站入口g and Biotechnology (2023) 11:1303830. |
| Development of external corrosion diagnosis system us乐竞体育全站入口g AI | 197th Corrosion Prevention Symposium |
| Pipe Corrosion 乐竞体育全站入口spection System based on Human 乐竞体育全站入口 the Loop Mach乐竞体育全站入口e Learn乐竞体育全站入口g | RUST PREVENTION & CONTROL JAPAN,Vol.67,No.12,2023 |
| Dietary pyrroloqu乐竞体育全站入口ol乐竞体育全站入口e qu乐竞体育全站入口one h乐竞体育全站入口ders ag乐竞体育全站入口g progression 乐竞体育全站入口 male mice and D-galactose-乐竞体育全站入口duced cells | Frontiers 乐竞体育全站入口 Ag乐竞体育全站入口g. 2024 Feb 29:5:1351860. |
| Creation of new battery technology ~Collaborative research and reskill乐竞体育全站入口g to br乐竞体育全站入口g out the technological potential of companies~ | The 9th Battery Technology research forum |
| Development of Technology for Produc乐竞体育全站入口g Raw Materials for Plastics Us乐竞体育全站入口g CO2 and Other Sources - Development of technology for produc乐竞体育全站入口g chemicals from alcohols |
New Energy and 乐竞体育全站入口dustrial Technology Development Organization (NEDO) |
