 SEDS process (1) |
|---|
| Topics which this keyword is mostly used: 8-f (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 28 | Glucose detection characteristics of Pt/CeO2 prepared by supercritical CO2 antisolvent micronization process
(Nagoya U.) (Stu\(DF\))*Manabe A.$B!&(B (SCUT) Zhu L.$B!&(B (Nagoya U.) Wang T.$B!&(B (Reg)Yamamoto T.$B!&(B (Tohoku U. IMRAM) (Reg)Iwase K.$B!&(B (Tohoku U.FRIS) (Reg)Tomai T.$B!&(B (Nagoya U.) Kanda H. | 8-f | Swirl mixer
SEDS process
Supercritical carbon dioxide
| 6/18
13:21:07 |
|---|
Sensor (1) |
|---|
| Topics which this keyword is mostly used: 7-e (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 58 | Stabilization of Hypoxanthine Detection with a Sample Well-Integrated Molecularly Imprinted Polymer Sensor Chip
(Shibaura Inst. Tech.) (Stu\(M\))*Chao C.$B!&(B (Stu\(UG\))Edamatsu R.$B!&(B (Shibaura Inst. Technol) (Reg)Yoshimi Y | 7-e | Molecularly Imprinted Polymer
Hypoxianthine
Sensor
| 6/26
10:19:59 |
|---|
Single-ion conducting polymer electrolyte (1) |
|---|
| Topics which this keyword is mostly used: 11-a (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 16 | Structural Design of Novel Ion-Conducting Polymers from Virtual Chemical Space
(Kogakuin U.) (Stu\(M\))*Akaike N.$B!&(B (Reg)Higuchi H.$B!&(B (Reg)Miyagawa M.$B!&(B (Reg)Takaba H. | 11-a | Sodium-ion battery
Computational chemistry
Single-ion conducting polymer electrolyte
| 6/15
13:20:12 |
|---|
sloshing (1) |
|---|
| Topics which this keyword is mostly used: 2-e (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 38 | CFD Modeling and Analysis of Flow and Mass Transfer Characteristics of Self-Induced Sloshing Caused by Bubbly Flow
(Keio U.) (Stu\(M\))*Ochiai Yusuke$B!&(B (Reg)Fujioka Satoko$B!&(B (Reg)Terasaka Koichi | 2-e | sloshing
bubble
CFD
| 6/18
23:08:31 |
|---|
Slurry (1) |
|---|
| Topics which this keyword is mostly used: 6-c (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 2 | Development of a Slurry Viscosity Evaluation Method Using an AI-Based Reduced-Order Model
(U. Tokyo) (Stu\(M\))*Ikegami Shin$B!&(B (Reg)Li Shuo$B!&(B (Reg)Imatani Toshiki$B!&(B (Reg)Sakai Mikio | 6-c | Reduced-order model
DEM-DNS
Slurry
| 5/25
14:17:23 |
|---|
soap stock (1) |
|---|
| Topics which this keyword is mostly used: 4-f (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 56 | Development of a continuous countercurrent liquid–liquid extraction system for resource recovery of organic acid salt waste
(Tohoku U.) (Stu\(DF\)·*PCEF)Ohigashi Yumiko$B!&(B (Reg·PCEF)Hiromori Kousuke$B!&(B (Reg)Takahashi Atsushi$B!&(B (Reg)Shibasaki-Kitakawa Naomi | 4-f | continuous countercurrent liquid-liquid extraction
soap stock
recycle
| 6/25
17:51:57 |
|---|
Sodium-ion battery (1) |
|---|
| Topics which this keyword is mostly used: 11-a (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 16 | Structural Design of Novel Ion-Conducting Polymers from Virtual Chemical Space
(Kogakuin U.) (Stu\(M\))*Akaike N.$B!&(B (Reg)Higuchi H.$B!&(B (Reg)Miyagawa M.$B!&(B (Reg)Takaba H. | 11-a | Sodium-ion battery
Computational chemistry
Single-ion conducting polymer electrolyte
| 6/15
13:20:12 |
|---|
solar chemical heat pump (1) |
|---|
| Topics which this keyword is mostly used: 9-b (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 30 | Effect of heat exchange medium containing phase change material on thermal collection of solar chemical heat pump
(U.Chiba) (Stu\(DF\))*Taniguchi H.$B!&(B (Reg)Hirose Y.$B!&(B (Reg)Ogura H. | 9-b | latent heat
heat exchange material
solar chemical heat pump
| 6/18
14:41:39 |
|---|
Solid-solid phase change (1) |
|---|
| Topics which this keyword is mostly used: 9-b (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 15 | Solid-Solid Phase Change Behavior of Poly-alcohol Mixture
(Chiba U.) (Stu\(DF\))*Noda Takumu$B!&(B (Stu\(DF\))Suzumura Hayato$B!&(B (Reg)Ryu Junichi | 9-b | Latent heat storage
Neopentyl glycol
Solid-solid phase change
| 6/11
18:46:38 |
|---|
Solubility (1) |
|---|
| Topics which this keyword is mostly used: 1-a (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 68 | Evaluation of dispersion and aggregation of organic-inorganic hybrid nanoparticles + alkane systems by cloud point method using laser light scattering technique
(Nihon U.) (Stu\(DF\))*Horiguchi Go$B!&(B (Stu\(DF\))Yamazaki Rikuto$B!&(B (Stu\(D\))Yang Naishu$B!&(B (Reg)Matsuda Hiroyuki$B!&(B (Tohoku U.) (Reg)Ota Masaki$B!&(B (Reg)Tomai Takaaki$B!&(B (Reg)Inomata Hiroshi | 1-a | Organically-modified nanoparticle
Organic solvent
Solubility
| 7/9
17:18:08 |
|---|
solvo-thermal polyol synthesis (1) |
|---|
| Topics which this keyword is mostly used: 12-d (1) |
Acknowledgement
number | Title/Authors | Topics | Keywords | Date/Time |
|---|
| 18 | Effect of iodine species on morphologies of copper nanoplates via the solvo-thermal polyol synthesis
(U. Utsunomiya) (Stu\(M\))*Noguchi Sota$B!&(B (Reg)Sato Masahide | 12-d | Copper nanoplate
solvo-thermal polyol synthesis
iodine species
| 6/16
15:09:51 |
|---|
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easp 2.52+2.1; update.pl 2.37+2 (C)1999-2015 kawase, 2026 H.S.