Last modified: 2018-09-04 10:00:00
Affillations field begins with “Kansai U.”; 16 programs are found. (“Poster with Flash” presentations are double-counted.)
The search results are sorted by the start time.
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Day 1 | CD107 | wet treatment of steelmaking slag for preparation of anion removal agent | Steelmaking slag Anion removal agent Recycling | ST-23 | 302 |
Day 1 | CD108 | Synthesis of geopolymer from coal fly ash and influence of synthesis conditions on its mechanical properties | Geopolymer Coal fly ash | ST-23 | 400 |
Day 1 | BB119 | Vapor-phase conversion of ZnO to ZIF-8 MOF | ZnO ZIF-8 Vapor-phase synthesis | SY-79 | 1062 |
Day 1 | CD119 | Adsorption of platinum group metal in hydrochloric acid solution by betaine-type ion-exchange resin | Adsorption Platinum group metal Betaine-type ion-exchange resin | ST-23 | 301 |
Day 1 | BC124 | Evaluation of influence of fine particle surface modification using Hansen solubility parameter | Hansen solubility parameter Treatment agent fine particle | SY-82 | 423 |
Day 2 | PA204 | Synthesis of CHA zeolite via OSDA-free interzeolite transformation using FAU zeolite | OSDA-free CHA interzeolite transformation | SY-80 | 51 |
Day 2 | PA210 | Synthesis of Zn type complex oxide from precursor obtained by wet process and its physical properties | Zn-Al complex hydroxide Wet process Hydrothermal method | SY-80 | 309 |
Day 2 | PA227 | Application of acid-base theory to Hansen solubility parameter on particle surface | Hansen solubility parameter acid-base theory Dispersibility | SY-80 | 427 |
Day 2 | PA233 | A new measurement method of the Hansen solubility parameter by the capillary penetration method | Hansen solubility parameter the capillary penetration method Fine particle | SY-80 | 760 |
Day 2 | PA267 | Conversion process of Y-type zeolite into high-silica SSZ-13 using TEAOH | zeolite SSZ-13 TEAOH | SY-80 | 443 |
Day 2 | PB248 | Measurement of flow property for blood of cerebral infarction patients using compact-sized Falling Needle Rheometer | Blood viscosity Cerebral infarction Rheometer | SY-70 | 392 |
Day 2 | PB249 | Improvement of Herschel-Bulkley model equation by blood flow analysis using Falling Needle Rheometer | blood viscosity expression flow analysis | SY-70 | 524 |
Day 2 | PB248 | Measurement of flow property for blood of cerebral infarction patients using compact-sized Falling Needle Rheometer | Blood viscosity Cerebral infarction Rheometer | SY-70 | 392 |
Day 2 | PB249 | Improvement of Herschel-Bulkley model equation by blood flow analysis using Falling Needle Rheometer | blood viscosity expression flow analysis | SY-70 | 524 |
Day 3 | PA342 | Removal of As(III) and B using various Mg-Fe type complex oxides | Waste water treatment Anion removal agent Complex oxide | SY-58 | 265 |
Day 3 | PA344 | Sorption removal of boron in dilute aqueous solution using complex hydroxide of 3-component system | Waste water treatment Boron removal Sorption removal | SY-58 | 305 |
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SCEJ 50th Autumn Meeting (Kagoshima, 2018)