Most recent update: 2016-11-29 11:54:01
Japan (1) | ||||
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This keyword is frequently used in the topics code HQ-21 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
137 | Report on the Publication of Energy Technology Roadmaps of Japan | HQ-21 | energy technology roadmap Japan | 6/10 08:33:20 |
Japanese ceder pollinosis (1) | ||||
This keyword is frequently used in the topics code SY-73 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
391 | Development of transcutaneous immunotherapy for Japanese seder pollinosis using CpG as an adjuvant | SY-73 | Japanese ceder pollinosis adjuvant Solid-in-Oil technique | 6/15 22:08:40 |
Japanese paper (1) | ||||
This keyword is frequently used in the topics code SY-79 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
940 | Hydrolysis of Japanese paper in a dilute aqueous acid solution under hydrothermal conditions | SY-79 | Japanese paper Hydrothermal Hydrolysis | 6/17 21:39:54 |
Japanese SAKE (1) | ||||
This keyword is frequently used in the topics code SY-58 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
171 | Development of zeolite membranes for alcohol removal from SAKE | SY-58 | MFI zeolite membrane Japanese SAKE organic acid | 6/10 17:54:20 |
jet flow (1) | ||||
This keyword is frequently used in the topics code SY-87 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
986 | Fast phase transition in microchannel wet-spinning for nanofibers | SY-87 | nanofiber wet spinning jet flow | 6/17 23:12:45 |
Joback method (1) | ||||
This keyword is frequently used in the topics code SY-51 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
39 | Thermodynamic Properties Prediction for the System Containing Big Molecules with Improved Joback Method | SY-51 | Joback method property prediction equation of state | 5/30 10:14:44 |
Just-suspension Speed (1) | ||||
This keyword is frequently used in the topics code SY-54 (1) | ||||
ACKN No. | Title/Author(s) | code | Keywords | Received |
500 | Performance of Solid-Liquid Mixing Based on A Model for Estimation of Just-suspension Speed | SY-54 | Just-suspension Speed Solid-Liquid Mixing Power per Unit Volume | 6/16 16:21:47 |