MDR
  • About
  • Help
  • Contact
  • 表示言語の変更
    日本語 English
  1. Home
  2. Article and Dataset

  • Article(2)
  • hydrophobic effect (2)
  • azobenzene (1)
  • delamination (1)
  • intercalation (1)
  • isomerization (1)
  • layered compounds (1)
  • liquid-liquid phase separation (1)
  • molecular weight (1)
  • oversized high-quality nanosheets (1)
(more)
  • In Copyright (2)
  • application/pdf (2)
Resource type: journal_article Keyword: hydrophobic effect
Reset all filters

2 records found.

Supporting Information.pdf
Systematic Study on Swelling/Delamination of Layered Metal Oxides with Quaternary Ammonium Ions: Production of Well‐Shaped/Oversized Unilamellar Nanosheets
Article
Creator
Yeji Song ; Nobuyuki Sakai SAMURAI ORCID ; Yasuo Ebina SAMURAI ORCID ; Nobuo Iyi ; Takayuki Kikuchi SAMURAI ORCID ; Renzhi Ma SAMURAI ORCID ; Yasuhiro Ishida ; Takayoshi Sasaki SAMURAI ORCID
Keyword
delamination, hydrophobic effect, intercalation, layered compounds, oversized high-quality nanosheets
Date published
2024-09-16
Updated at
2025-09-16 08:30:17 +0900

Homma et al MDR.pdf
Polarity Does Not Matter: Molecular Weight Reverses the Photoisomerization-Induced Phase Separation of an Azobenzene-Bearing Polymer
Article
Creator
本間 健太 ORCID ; チャン チン シュエン ; 山本 翔太 SAMURAI ORCID ; 上木 岳士 SAMURAI ORCID ; 中西 淳 SAMURAI ORCID
Keyword
azobenzene, hydrophobic effect, isomerization, liquid-liquid phase separation, molecular weight
Date published
2023-05-12
Updated at
2024-05-02 08:30:15 +0900

Keyword
  • hydrophobic effect (2)
  • azobenzene (1)
  • delamination (1)
  • intercalation (1)
  • isomerization (1)
  • layered compounds (1)
  • liquid-liquid phase separation (1)
  • molecular weight (1)
  • oversized high-quality nanosheets (1)
RDE metadata def
RDE invoice schema
  • <
  • 1
  • >

National Institute for Materials Science

Research Network and Facility Services Division (RNFS)
Materials Data Platform

Contact

  • Terms of use
  • Privacy Policy
  • Researchers Directory SAMURAI
  • NIMS Digital Library
  • Data Platform DICE
© National Institute for Materials Science. Datasets are available under licenses specified on their pages.